ويكي الجامعة arwikiversity https://ar.wikiversity.org/wiki/%D8%A7%D9%84%D8%B5%D9%81%D8%AD%D8%A9_%D8%A7%D9%84%D8%B1%D8%A6%D9%8A%D8%B3%D9%8A%D8%A9 MediaWiki 1.39.0-wmf.23 first-letter ميديا خاص نقاش مستخدم نقاش المستخدم ويكي الجامعة نقاش ويكي الجامعة ملف نقاش الملف ميدياويكي نقاش ميدياويكي قالب نقاش القالب مساعدة نقاش المساعدة تصنيف نقاش التصنيف مدرسة نقاش المدرسة بوابة نقاش البوابة موضوع نقاش الموضوع مجموعة نقاش المجموعة TimedText TimedText talk وحدة نقاش الوحدة إضافة نقاش الإضافة تعريف الإضافة نقاش تعريف الإضافة موضوع 0 28388 118022 118020 2022-08-10T19:16:30Z ForzaGreen 14525 /* قانون التناقص الإشعاعي */ wikitext text/x-wiki __فهرس__ == التناقص الإشعاعي == === الصبغة العشوائية للنشاط الإشعاعي === {{خاصية|محتوى=النشاط الإشعاعي ظاهرة عشوائية تحدث تلقائيا، إذ لا يمكن التنبؤ باللحظة التي يحدث فيها التفتت ولا يمكن تغيير خاصيات هذه الظاهرة.|عنوان=خاصية|عرض=70%|align=right}} إن الدراسة الإحصائية لهذه الظاهرة العشوائية، تُمَكِّن من التنبؤ بالتطور الزمني لعينة تحتوي على عدد كبير من النوى المشعة. وتخضع هذه العينة لقانون إحصائي يسمى قانون التناقص الإشعاعي. === قانون التناقص الإشعاعي === نعتبر عينة تحتوي على <math>N_0</math> من النوى المشعة في اللحظة <math>t=0</math> ، ونعتبر <math>N(t)</math> عدد النوى التي لم تتفتت بعد في اللحظة <math>t</math> ، أي النوى المتبقية في العينة. <math>N(t) + \mathrm{d}N(t)</math> هو عدد النى المتبقة في العينة عند اللحظة <math>t + \mathrm{d}t</math> . <math>\mathrm{d}N(t) < 0</math> لأن <math>N(t)</math> يتناقص. عدد النوى المتفتتة بين اللحظتين <math>t</math> و <math>t + \mathrm{d}t</math> هو: <math>N(t) - (N(t) + \mathrm{d}N(t)) = -\mathrm{d}N(t)</math> تبين الدراسة الإحصائية لعينة أن عدد النوى المتفتتة <math>-\mathrm{d}N(t)</math> يتناسب مع: * <math>N(t)</math> عدد النوى المتبقية في العينة (لم تشع بعد) * <math>\mathrm{d}t</math> المدة الزمنية ويُعبر عن هذا رياضيا بالعلاقة: <math>-\mathrm{d}N(t) = \lambda N(t) \mathrm{d}t</math> ويُمكن كتابة هذه العلاقة كالتالي: <math>\frac{\mathrm{d}N(t)}{N(t)} = -\lambda \mathrm{d}t</math> وهي معادلة تفاضلية من الدرجة الأولى حلها يُكتب على شكل: <math>N(t) = K e^{-\lambda t}</math> تُحدد الثابتة <math>K</math> حسب الشروط البدئية: <math>N(t=0)=N_0=K</math> الجداء <math>\lambda t</math> لا بُعْد له <math>\left( [\lambda ] = \frac{1}{[t]} \right)</math> ، وبالتالي فإن وحدة <math>\lambda</math> هي {{Val|ul=s-1}} === ثابتة الزمن - عمر النصف === {{ تطوير مقالة }} === نشاط عينة مشعة === {{ تطوير مقالة }} {{ ذيل الصفحة |الرئيسية={{#titleparts: {{ FULLPAGENAME }} | 1 }} |السابق=التناقص الإشعاعي/التحولات النووية التلقائية - النشاط الإشعاعي |التالي=التناقص الإشعاعي/التأريخ بالنشاط الإشعاعي}} [[تصنيف:علم الفيزياء الذرية]] [[تصنيف:كلية علوم الفيزياء]] k6kfikmz8yqb374n2kksdefh2h0skpz 118023 118022 2022-08-10T19:23:15Z ForzaGreen 14525 /* قانون التناقص الإشعاعي */ wikitext text/x-wiki __فهرس__ == التناقص الإشعاعي == === الصبغة العشوائية للنشاط الإشعاعي === {{خاصية|محتوى=النشاط الإشعاعي ظاهرة عشوائية تحدث تلقائيا، إذ لا يمكن التنبؤ باللحظة التي يحدث فيها التفتت ولا يمكن تغيير خاصيات هذه الظاهرة.|عنوان=خاصية|عرض=70%|align=right}} إن الدراسة الإحصائية لهذه الظاهرة العشوائية، تُمَكِّن من التنبؤ بالتطور الزمني لعينة تحتوي على عدد كبير من النوى المشعة. وتخضع هذه العينة لقانون إحصائي يسمى قانون التناقص الإشعاعي. === قانون التناقص الإشعاعي === نعتبر عينة تحتوي على <math>N_0</math> من النوى المشعة في اللحظة <math>t=0</math> ، ونعتبر <math>N(t)</math> عدد النوى التي لم تتفتت بعد في اللحظة <math>t</math> ، أي النوى المتبقية في العينة. <math>N(t) + \mathrm{d}N(t)</math> هو عدد النى المتبقة في العينة عند اللحظة <math>t + \mathrm{d}t</math> . <math>\mathrm{d}N(t) < 0</math> لأن <math>N(t)</math> يتناقص. عدد النوى المتفتتة بين اللحظتين <math>t</math> و <math>t + \mathrm{d}t</math> هو: <math>N(t) - (N(t) + \mathrm{d}N(t)) = -\mathrm{d}N(t)</math> تبين الدراسة الإحصائية لعينة أن عدد النوى المتفتتة <math>-\mathrm{d}N(t)</math> يتناسب مع: * <math>N(t)</math> عدد النوى المتبقية في العينة (لم تشع بعد) * <math>\mathrm{d}t</math> المدة الزمنية ويُعبر عن هذا رياضيا بالعلاقة: <math>-\mathrm{d}N(t) = \lambda N(t) \mathrm{d}t</math> ويُمكن كتابة هذه العلاقة كالتالي: <math>\frac{\mathrm{d}N(t)}{N(t)} = -\lambda \mathrm{d}t</math> وهي معادلة تفاضلية من الدرجة الأولى حلها يُكتب على شكل: <math>N(t) = K e^{-\lambda t}</math> تُحدد الثابتة <math>K</math> حسب الشروط البدئية: <math>N(t=0)=N_0=K</math> الجداء <math>\lambda t</math> لا بُعْد له <math>\left( [\lambda ] = \frac{1}{[t]} \right)</math> ، وبالتالي فإن وحدة <math>\lambda</math> هي {{Val|ul=s-1}} {{مبرهنة|محتوى= يخضع <math>N(t)</math> عدد النوى المتبقية في عينة مشعة لقانون التناقص الإشعاعي التالي: {{Equation box 1|equation=<math>N(t) = N_0 e^{-\lambda t}</math>|border colour=black|background colour=white}} <math>\lambda</math> تُسمى ثابتة النشاط الإشعاعي، أو ثابتة التفتت، وهي تُميز طبيعة النويدة المشعة. و<math>N_0</math> عدد النوى في اللحظة <math>t=0</math> |عنوان=قانون التناقص الإشعاعي|عرض=70%|align=right}} === ثابتة الزمن - عمر النصف === {{ تطوير مقالة }} === نشاط عينة مشعة === {{ تطوير مقالة }} {{ ذيل الصفحة |الرئيسية={{#titleparts: {{ FULLPAGENAME }} | 1 }} |السابق=التناقص الإشعاعي/التحولات النووية التلقائية - النشاط الإشعاعي |التالي=التناقص الإشعاعي/التأريخ بالنشاط الإشعاعي}} [[تصنيف:علم الفيزياء الذرية]] [[تصنيف:كلية علوم الفيزياء]] 1b0d7i36eovsjh9mib2ghg66fd9d8du 118024 118023 2022-08-10T19:26:49Z ForzaGreen 14525 /* ثابتة الزمن - عمر النصف */ wikitext text/x-wiki __فهرس__ == التناقص الإشعاعي == === الصبغة العشوائية للنشاط الإشعاعي === {{خاصية|محتوى=النشاط الإشعاعي ظاهرة عشوائية تحدث تلقائيا، إذ لا يمكن التنبؤ باللحظة التي يحدث فيها التفتت ولا يمكن تغيير خاصيات هذه الظاهرة.|عنوان=خاصية|عرض=70%|align=right}} إن الدراسة الإحصائية لهذه الظاهرة العشوائية، تُمَكِّن من التنبؤ بالتطور الزمني لعينة تحتوي على عدد كبير من النوى المشعة. وتخضع هذه العينة لقانون إحصائي يسمى قانون التناقص الإشعاعي. === قانون التناقص الإشعاعي === نعتبر عينة تحتوي على <math>N_0</math> من النوى المشعة في اللحظة <math>t=0</math> ، ونعتبر <math>N(t)</math> عدد النوى التي لم تتفتت بعد في اللحظة <math>t</math> ، أي النوى المتبقية في العينة. <math>N(t) + \mathrm{d}N(t)</math> هو عدد النى المتبقة في العينة عند اللحظة <math>t + \mathrm{d}t</math> . <math>\mathrm{d}N(t) < 0</math> لأن <math>N(t)</math> يتناقص. عدد النوى المتفتتة بين اللحظتين <math>t</math> و <math>t + \mathrm{d}t</math> هو: <math>N(t) - (N(t) + \mathrm{d}N(t)) = -\mathrm{d}N(t)</math> تبين الدراسة الإحصائية لعينة أن عدد النوى المتفتتة <math>-\mathrm{d}N(t)</math> يتناسب مع: * <math>N(t)</math> عدد النوى المتبقية في العينة (لم تشع بعد) * <math>\mathrm{d}t</math> المدة الزمنية ويُعبر عن هذا رياضيا بالعلاقة: <math>-\mathrm{d}N(t) = \lambda N(t) \mathrm{d}t</math> ويُمكن كتابة هذه العلاقة كالتالي: <math>\frac{\mathrm{d}N(t)}{N(t)} = -\lambda \mathrm{d}t</math> وهي معادلة تفاضلية من الدرجة الأولى حلها يُكتب على شكل: <math>N(t) = K e^{-\lambda t}</math> تُحدد الثابتة <math>K</math> حسب الشروط البدئية: <math>N(t=0)=N_0=K</math> الجداء <math>\lambda t</math> لا بُعْد له <math>\left( [\lambda ] = \frac{1}{[t]} \right)</math> ، وبالتالي فإن وحدة <math>\lambda</math> هي {{Val|ul=s-1}} {{مبرهنة|محتوى= يخضع <math>N(t)</math> عدد النوى المتبقية في عينة مشعة لقانون التناقص الإشعاعي التالي: {{Equation box 1|equation=<math>N(t) = N_0 e^{-\lambda t}</math>|border colour=black|background colour=white}} <math>\lambda</math> تُسمى '''ثابتة النشاط الإشعاعي'''، أو '''ثابتة التفتت'''، وهي تُميز طبيعة النويدة المشعة. و<math>N_0</math> عدد النوى في اللحظة <math>t=0</math> |عنوان=قانون التناقص الإشعاعي|عرض=70%|align=right}} === ثابتة الزمن - عمر النصف === ==== ثابتة الزمن <math>\tau</math> ==== {{تعريف|محتوى=تمكن|عنوان=تعريف|عرض=70%|align=right}} تُ ==== عمر النصف <math>t_{1/2}</math> لنويدة مشعة ==== === نشاط عينة مشعة === {{ تطوير مقالة }} {{ ذيل الصفحة |الرئيسية={{#titleparts: {{ FULLPAGENAME }} | 1 }} |السابق=التناقص الإشعاعي/التحولات النووية التلقائية - النشاط الإشعاعي |التالي=التناقص الإشعاعي/التأريخ بالنشاط الإشعاعي}} [[تصنيف:علم الفيزياء الذرية]] [[تصنيف:كلية علوم الفيزياء]] jfdbqaw1w63hg0ubors0q35hw265dps 118032 118024 2022-08-10T21:11:16Z ForzaGreen 14525 s-1 wikitext text/x-wiki __فهرس__ == التناقص الإشعاعي == === الصبغة العشوائية للنشاط الإشعاعي === {{خاصية|محتوى=النشاط الإشعاعي ظاهرة عشوائية تحدث تلقائيا، إذ لا يمكن التنبؤ باللحظة التي يحدث فيها التفتت ولا يمكن تغيير خاصيات هذه الظاهرة.|عنوان=خاصية|عرض=70%|align=right}} إن الدراسة الإحصائية لهذه الظاهرة العشوائية، تُمَكِّن من التنبؤ بالتطور الزمني لعينة تحتوي على عدد كبير من النوى المشعة. وتخضع هذه العينة لقانون إحصائي يسمى قانون التناقص الإشعاعي. === قانون التناقص الإشعاعي === نعتبر عينة تحتوي على <math>N_0</math> من النوى المشعة في اللحظة <math>t=0</math> ، ونعتبر <math>N(t)</math> عدد النوى التي لم تتفتت بعد في اللحظة <math>t</math> ، أي النوى المتبقية في العينة. <math>N(t) + \mathrm{d}N(t)</math> هو عدد النى المتبقة في العينة عند اللحظة <math>t + \mathrm{d}t</math> . <math>\mathrm{d}N(t) < 0</math> لأن <math>N(t)</math> يتناقص. عدد النوى المتفتتة بين اللحظتين <math>t</math> و <math>t + \mathrm{d}t</math> هو: <math>N(t) - (N(t) + \mathrm{d}N(t)) = -\mathrm{d}N(t)</math> تبين الدراسة الإحصائية لعينة أن عدد النوى المتفتتة <math>-\mathrm{d}N(t)</math> يتناسب مع: * <math>N(t)</math> عدد النوى المتبقية في العينة (لم تشع بعد) * <math>\mathrm{d}t</math> المدة الزمنية ويُعبر عن هذا رياضيا بالعلاقة: <math>-\mathrm{d}N(t) = \lambda N(t) \mathrm{d}t</math> ويُمكن كتابة هذه العلاقة كالتالي: <math>\frac{\mathrm{d}N(t)}{N(t)} = -\lambda \mathrm{d}t</math> وهي معادلة تفاضلية من الدرجة الأولى حلها يُكتب على شكل: <math>N(t) = K e^{-\lambda t}</math> تُحدد الثابتة <math>K</math> حسب الشروط البدئية: <math>N(t=0)=N_0=K</math> الجداء <math>\lambda t</math> لا بُعْد له <math>\left( [\lambda ] = \frac{1}{[t]} \right)</math> ، وبالتالي فإن وحدة <math>\lambda</math> هي {{Val|u=s-1}} {{مبرهنة|محتوى= يخضع <math>N(t)</math> عدد النوى المتبقية في عينة مشعة لقانون التناقص الإشعاعي التالي: {{Equation box 1|equation=<math>N(t) = N_0 e^{-\lambda t}</math>|border colour=black|background colour=white}} <math>\lambda</math> تُسمى '''ثابتة النشاط الإشعاعي'''، أو '''ثابتة التفتت'''، وهي تُميز طبيعة النويدة المشعة. و<math>N_0</math> عدد النوى في اللحظة <math>t=0</math> |عنوان=قانون التناقص الإشعاعي|عرض=70%|align=right}} === ثابتة الزمن - عمر النصف === ==== ثابتة الزمن <math>\tau</math> ==== {{تعريف|محتوى=تمكن|عنوان=تعريف|عرض=70%|align=right}} تُ ==== عمر النصف <math>t_{1/2}</math> لنويدة مشعة ==== === نشاط عينة مشعة === {{ تطوير مقالة }} {{ ذيل الصفحة |الرئيسية={{#titleparts: {{ FULLPAGENAME }} | 1 }} |السابق=التناقص الإشعاعي/التحولات النووية التلقائية - النشاط الإشعاعي |التالي=التناقص الإشعاعي/التأريخ بالنشاط الإشعاعي}} [[تصنيف:علم الفيزياء الذرية]] [[تصنيف:كلية علوم الفيزياء]] 7pdyuvc98795k9eyjy1w4udcsu4aobf 828 28894 118021 2022-08-10T19:14:47Z ForzaGreen 14525 أنشأ الصفحة ب'-- Conversion data used by [[Module:Convert]] which uses mw.loadData() for -- read-only access to this module so that it is loaded only once per page. -- See [[:en:Template:Convert/Transwiki guide]] if copying to another wiki. -- -- These data tables follow: -- all_units all properties for a unit, including default output -- default_exceptions exceptions for default output ('kg' and 'g' have different defaults) -- link_exceptions exceptions for...' Scribunto text/plain -- Conversion data used by [[Module:Convert]] which uses mw.loadData() for -- read-only access to this module so that it is loaded only once per page. -- See [[:en:Template:Convert/Transwiki guide]] if copying to another wiki. -- -- These data tables follow: -- all_units all properties for a unit, including default output -- default_exceptions exceptions for default output ('kg' and 'g' have different defaults) -- link_exceptions exceptions for links ('kg' and 'g' have different links) -- -- These tables are generated by a script which reads the wikitext of a page that -- documents the required properties of each unit; see [[:en:Module:Convert/doc]]. --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local all_units = { ["Gy"] = { _name1 = "جراي", _name1_us= "Gray", _symbol = "جراي", _sym_us = "Gy", utype = "absorbed radiation dose", scale = 1, prefixes = 1, default = "rad", link = "جراي (وحدة)", }, ["rad"] = { _name1 = "راد", _name1_us= "Rad", _symbol = "ر", _sym_us = "rad", utype = "absorbed radiation dose", scale = 0.01, prefixes = 1, default = "Gy", link = "راد (وحدة)", }, ["cm/s2"] = { name1 = "سنتيمتر لكل ثانية مربعة", name2 = "سنتيمتر لكل ثانية مربعة", name2_us = "centimeters per second squared", symbol = "سم/ث²", sym_us = "cm/s²", utype = "acceleration", scale = 0.01, default = "ft/s2", link = "غال (وحدة)", }, ["ft/s2"] = { name1 = "قدم لكل ثانية مربعة", name2 = "قدم لكل ثانية مربعة", symbol = "قدم/ث²", sym_us = "ft/s²", utype = "acceleration", scale = 0.3048, default = "m/s2", }, ["g0"] = { name1 = "standard gravity", name2 = "standard gravities", symbol = "''g₀''", utype = "acceleration", scale = 9.80665, default = "m/s2", link = "جاذبية معيارية", }, ["km/hs"] = { name1 = "كيلومتر في الساعة في الثانية", name2 = "كيلومتر في الساعة في الثانية", name2_us = "kilometers per hour per second", symbol = "كم/(س·ث)", sym_us = "km/(h·s)", utype = "acceleration", scale = 0.27777777777777779, default = "mph/s", link = "تسارع", }, ["km/s2"] = { name1 = "كيلومتر في الثانية المربعة", name2 = "كيلومتر في الثانية المربعة", name2_us = "kilometers per second squared", symbol = "كم/ث²", sym_us = "km/s²", utype = "acceleration", scale = 1000, default = "mph/s", link = "تسارع", }, ["m/s2"] = { name1 = "متر في الثانية المربعة", name2 = "متر في الثانية المربعة", name2_us = "meters per second squared", symbol = "م/ث²", sym_us = "m/s²", utype = "acceleration", scale = 1, default = "ft/s2", }, ["mph/s"] = { name1 = "ميل في الساعة في الثانية", name2 = "ميل في الساعة في الثانية", symbol = "ميل.س/ث", sym_us = "mph/s", utype = "acceleration", scale = 0.44704, default = "km/hs", link = "تسارع", }, ["km/h/s"] = { target = "km/hs", }, ["standard gravity"] = { target = "g0", }, ["1000sqft"] = { name1 = "ألف قدم مربع", symbol = "1000قدم²", sym_us = "1000sqft", utype = "area", scale = 92.90304, default = "m2", link = "قدم مربع", }, ["a"] = { _name1 = "آر", _symbol = "آر", _sym_us = "a", utype = "area", scale = 100, prefixes = 1, default = "sqft", link = "آر (وحدة)", }, ["acre"] = { name1 = "أكر", symbol = "acre", sym_us = "~acre", usename = 1, utype = "area", scale = 4046.8564224, default = "ha", subdivs = { ["rood"] = { 4, default = "ha" }, ["sqperch"] = { 160, default = "ha" } }, }, ["acre-sing"] = { target = "acre", }, ["arpent"] = { name1 = "أربنت", name1_us = "arpent", symbol = "arpent", sym_us = "~arpent", usename = 1, utype = "area", scale = 3418.89, default = "ha", }, ["cda"] = { symbol = "حبل", utype = "area", scale = 3930.395625, default = "acre ha", }, ["daa"] = { name1 = "ديكار", name1_us = "decare", symbol = "دا.ها", sym_us = "daa", utype = "area", scale = 1000, default = "km2 sqmi", link = "هكتار", }, ["dunam"] = { name1 = "دونم", symbol = "dunam", sym_us = "~dunam", usename = 1, utype = "area", scale = 1000, default = "km2 sqmi", }, ["dunum"] = { name1 = "دونم", symbol = "dunum", sym_us = "~dunum", usename = 1, utype = "area", scale = 1000, default = "km2 sqmi", }, ["ha"] = { name1 = "هكتار", symbol = "ها", sym_us = "ha", utype = "area", scale = 10000, default = "acre", }, ["hectare"] = { name1 = "هكتار", symbol = "ha", sym_us = "~ha", usename = 1, utype = "area", scale = 10000, default = "acre", }, ["Irish acre"] = { name1_us = "Irish acre", symbol = "أكر إيرلندي", sym_us = "Irish acres", utype = "area", scale = 6555.2385024, default = "ha", link = "Acre (Irish)", }, ["m2"] = { _name1 = "متر مربع", _symbol = "م²", _sym_us = "m²", utype = "area", scale = 1, prefixes = 2, default = "sqft", link = "متر مربع", }, ["pondemaat"] = { name1_us = "pondemaat", name2_us = "pondemaat", symbol = "pond", utype = "area", scale = 3674.363358816, default = "m2", link = ":nl:pondemaat", }, ["pyeong"] = { name1 = "بيونغ", symbol = "pyeong", sym_us = "~pyeong", usename = 1, utype = "area", scale = 3.3057851239669422, default = "m2", }, ["rai"] = { name2 = "rai", symbol = "rai", utype = "area", scale = 1600, default = "m2", link = "Rai (unit)", }, ["rood"] = { symbol = "rood", sym_us = "~rood", usename = 1, utype = "area", scale = 1011.7141056, default = "sqft sqm", subdivs = { ["sqperch"] = { 40, default = "m2" } }, link = "Rood (unit)", }, ["sqfoot"] = { name1 = "قدم مربع", symbol = "قدم²", utype = "area", scale = 0.09290304, default = "m2", }, ["sqft"] = { name1 = "قدم مربع", symbol = "قدم²", utype = "area", scale = 0.09290304, default = "m2", }, ["sqin"] = { name1 = "بوصة مربعة", symbol = "بوصة²", utype = "area", scale = 0.00064516, default = "cm2", }, ["sqmi"] = { name1 = "ميل مربع", symbol = "ميل²", utype = "area", scale = 2589988.110336, default = "km2", }, ["sqnmi"] = { name1 = "ميل بحري مربع", symbol = "sq&nbsp;nmi", utype = "area", scale = 3429904, default = "km2 sqmi", link = "ميل بحري", }, ["sqperch"] = { name1 = "قصبة", symbol = "perch", sym_us = "~perch", usename = 1, utype = "area", scale = 25.29285264, default = "sqm", link = "قصبة (وحدة قياس)", }, ["sqverst"] = { name1 = "فرستا مربعة", symbol = "square verst", sym_us = "~square verst", usename = 1, utype = "area", scale = 1138062.24, default = "km2 sqmi", link = "فرستا (وحدة قياس)", }, ["sqyd"] = { name1 = "ياردة مربعة", symbol = "ياردة²", sym_us = "sqyd", utype = "area", scale = 0.83612736, default = "m2", }, ["tsubo"] = { name1 = "توسبو", symbol = "tsubo", sym_us = "~tsubo", usename = 1, utype = "area", scale = 3.3057851239669422, default = "m2", link = "Japanese units of measurement#Area", }, ["Cypriot donum"] = { name1 = "دونم", symbol = "donum", sym_us = "~donum", usename = 1, utype = "area", scale = 1337.803776, default = "km2 sqmi", }, ["Cypriot dunam"] = { name1 = "دونم", symbol = "dunam", sym_us = "~dunam", usename = 1, utype = "area", scale = 1337.803776, default = "km2 sqmi", }, ["Cypriot dunum"] = { name1 = "دونم", symbol = "dunum", sym_us = "~dunum", usename = 1, utype = "area", scale = 1337.803776, default = "km2 sqmi", }, ["Cypriot dönüm"] = { name1 = "دونم", symbol = "dönüm", sym_us = "~dönüm", usename = 1, utype = "area", scale = 1337.803776, default = "km2 sqmi", }, ["Libn"] = { symbol = "لبنة", sym_us = "Libn", utype = "area", scale = 44.44, default = "m2", link = "لبنة (مساحة)", }, ["لبنة"] = { target = "Libn", }, ["Feddan"] = { symbol = "فدان", sym_us = "Feddan", utype = "area", scale = 4200.83, default = "m2", }, ["فدان"] = { target = "Feddan", }, ["Mead"] = { symbol = "معاد", sym_us = "Mead", utype = "area", scale = 4444, default = "m2", link = "معاد (مساحة)", }, ["donum"] = { name1 = "دونم", symbol = "donum", sym_us = "~donum", usename = 1, utype = "area", scale = 1000, default = "km2 sqmi", }, ["dönüm"] = { name1 = "دونم", symbol = "dönüm", sym_us = "~donum", usename = 1, utype = "area", scale = 1000, default = "km2 sqmi", }, ["Iraqi donum"] = { name1 = "دونم", symbol = "donum", sym_us = "~donum", usename = 1, utype = "area", scale = 2500, default = "km2 sqmi", }, ["Iraqi dunam"] = { name1 = "دونم", symbol = "dunam", sym_us = "~dunam", usename = 1, utype = "area", scale = 2500, default = "km2 sqmi", }, ["Iraqi dunum"] = { name1 = "دونم", symbol = "dunum", sym_us = "~dunum", usename = 1, utype = "area", scale = 2500, default = "km2 sqmi", }, ["Iraqi dönüm"] = { name1 = "دونم", symbol = "dönüm", sym_us = "~dönüm", usename = 1, utype = "area", scale = 2500, default = "km2 sqmi", }, ["old donum"] = { name1 = "دونم", symbol = "donum", sym_us = "~donum", usename = 1, utype = "area", scale = 919.3, default = "km2 sqmi", }, ["old dunam"] = { name1 = "دونم", symbol = "dunam", sym_us = "~dunam", usename = 1, utype = "area", scale = 919.3, default = "km2 sqmi", }, ["old dunum"] = { name1 = "دونم", symbol = "dunum", sym_us = "~dunum", usename = 1, utype = "area", scale = 919.3, default = "km2 sqmi", }, ["old dönüm"] = { name1 = "دونم", symbol = "dönüm", sym_us = "~dönüm", usename = 1, utype = "area", scale = 919.3, default = "km2 sqmi", }, ["معاد"] = { target = "Mead", }, ["acres"] = { target = "acre", }, ["أكر"] = { target = "acre", }, ["are"] = { target = "a", }, ["Cypriot donum diaeresis"] = { target = "Cypriot dönüm", }, ["Cypriot donum dots"] = { target = "Cypriot dönüm", }, ["decare"] = { target = "daa", }, ["donum diaeresis"] = { target = "dönüm", }, ["donum dots"] = { target = "dönüm", }, ["foot2"] = { target = "sqfoot", }, ["قدم2"] = { target = "sqfoot", }, ["ft2"] = { target = "sqft", }, ["in2"] = { target = "sqin", }, ["Iraqi donum diaeresis"] = { target = "Iraqi dönüm", }, ["Iraqi donum dots"] = { target = "Iraqi dönüm", }, ["km²"] = { target = "km2", }, ["كم2"] = { target = "km2", }, ["metric donum"] = { target = "donum", }, ["metric donum diaeresis"] = { target = "dönüm", }, ["metric donum dots"] = { target = "dönüm", }, ["metric dunam"] = { target = "dunam", }, ["metric dönüm"] = { target = "dönüm", }, ["mi2"] = { target = "sqmi", }, ["ميل2"] = { target = "sqmi", }, ["million acre"] = { target = "e6acre", }, ["million acres"] = { target = "e6acre", }, ["million hectares"] = { target = "e6ha", }, ["m²"] = { target = "m2", }, ["م²"] = { target = "m2", }, ["م2"] = { target = "m2", }, ["nmi2"] = { target = "sqnmi", }, ["old donum diaeresis"] = { target = "old dönüm", }, ["old donum dots"] = { target = "old dönüm", }, ["pond"] = { target = "pondemaat", }, ["sq arp"] = { target = "arpent", }, ["sqkm"] = { target = "km2", }, ["sqm"] = { target = "m2", }, ["square verst"] = { target = "sqverst", }, ["verst2"] = { target = "sqverst", }, ["yd2"] = { target = "sqyd", }, ["ياردة2"] = { target = "sqyd", }, ["m2/ha"] = { name1 = "متر مربع لكل هكتار", name2 = "متر مربع لكل هكتار", name2_us = "square meters per hectare", symbol = "م²/هكتار", utype = "area per unit area", scale = 0.0001, default = "sqft/acre", link = "Basal area", }, ["sqft/acre"] = { name1 = "قدم مربع لكل فدان", name2 = "قدم مربع لكل فدان", symbol = "قدم²/هكتار", utype = "area per unit area", scale = 2.295684113865932e-5, default = "m2/ha", }, ["cent"] = { name1 = "سنت", symbol = "¢", utype = "cent", scale = 1, default = "cent", link = "سنت (عملة)", }, ["¢"] = { target = "cent", }, ["A.h"] = { name1 = "أمبير-ساعة", name2 = "أمبير-ساعة", symbol = "أ.س", sym_us = "A.h", utype = "charge", scale = 3600, default = "coulomb", }, ["coulomb"] = { _name1 = "كولوم", _name2 = "كولوم", _symbol = "كل", _sym_us = "C", utype = "charge", scale = 1, prefixes = 1, default = "e", link = "كولوم", }, ["e"] = { name1 = "شحنة أولية", name2 = "شحنة أولية", symbol = "''ش_e''", sym_us = "''_e''", utype = "charge", scale = 1.602176487e-19, default = "coulomb", }, ["A·h"] = { target = "A.h", }, ["g-mol"] = { name1 = "غرام مول", symbol = "غ-مول", utype = "chemical amount", scale = 1, default = "lbmol", link = "مول", }, ["gmol"] = { name1 = "جرام مول", symbol = "غ.مول", utype = "chemical amount", scale = 1, default = "lbmol", link = "مول", }, ["kmol"] = { name1 = "كيلومول", symbol = "ك.مول", utype = "chemical amount", scale = 1000, default = "lbmol", link = "مول", }, ["lb-mol"] = { name1 = "رطل-مول", symbol = "lb-mol", utype = "chemical amount", scale = 453.59237, default = "mol", link = "مول", }, ["lbmol"] = { name1 = "رطل-مول", symbol = "lbmol", utype = "chemical amount", scale = 453.59237, default = "mol", link = "مول", }, ["mol"] = { symbol = "مول", utype = "chemical amount", scale = 1, default = "lbmol", }, ["kgCO2/L"] = { name1 = "كيلوغرام لكل لتر", name1_us = "kilogram per liter", name2 = "كيلوغرام لكل لتر", name2_us = "kilograms per liter", symbol = "kg(CO₂)/L", utype = "co2 per unit volume", scale = 1000, default = "lbCO2/USgal", link = "غاز عادم", }, ["lbCO2/USgal"] = { name1_us = "pound per US gallon", name2 = "رطل لكل جالون أمريكي", symbol = "lbCO2/US&nbsp;gal", utype = "co2 per unit volume", scale = 119.82642731689663, default = "kgCO2/L", link = "غاز عادم", }, ["oz/lb"] = { per = { "oz", "lb" }, utype = "concentration", default = "mg/kg", }, ["mg/kg"] = { per = { "mg", "kg" }, utype = "concentration", default = "oz/lb", }, ["$/acre"] = { per = { "$", "acre" }, utype = "cost $ per unit area", default = "$/ha", }, ["$/ha"] = { per = { "$", "ha" }, utype = "cost $ per unit area", default = "$/acre", }, ["$/m2"] = { per = { "$", "m2" }, utype = "cost $ per unit area", default = "$/sqft", }, ["$/sqft"] = { per = { "$", "sqft" }, utype = "cost $ per unit area", default = "$/m2", }, ["$/km"] = { per = { "$", "km" }, utype = "cost $ per unit length", default = "$/mi", }, ["$/mi"] = { per = { "$", "mi" }, utype = "cost $ per unit length", default = "$/km", }, ["$/kg"] = { per = { "$", "kg" }, utype = "cost $ per unit mass", default = "$/lb", }, ["$/g"] = { per = { "$", "g" }, utype = "cost $ per unit mass", default = "$/lb", }, ["$/lb"] = { per = { "$", "lb" }, utype = "cost $ per unit mass", default = "$/kg", }, ["$/oz"] = { per = { "$", "oz" }, utype = "cost $ per unit mass", default = "$/g", }, ["$/ozt"] = { per = { "$", "ozt" }, utype = "cost $ per unit mass", default = "$/kg", }, ["$/m3"] = { per = { "$", "m3" }, utype = "cost $ per unit volume", default = "$/oilbbl", }, ["$/oilbbl"] = { per = { "$", "oilbbl" }, utype = "cost $ per unit volume", default = "$/m3", }, ["£/acre"] = { per = { "£", "acre" }, utype = "cost £ per unit area", default = "£/ha", }, ["£/ha"] = { per = { "£", "ha" }, utype = "cost £ per unit area", default = "£/acre", }, ["g/dm3"] = { name1 = "غرام لكل ديسي متر مكعب", name1_us = "grams per cubic decimeter", name2 = "غرام لكل ديسي متر مكعب", symbol = "غ/دم³", sym_us = "g/dm³", utype = "density", scale = 1, default = "kg/m3", link = "كثافة", }, ["g/L"] = { name1 = "غرام لكل لتر", name1_us = "grams per liter", name2 = "غرام لكل لتر", symbol = "غ/ل", sym_us = "g/L", utype = "density", scale = 1, default = "lb/cuin", link = "كثافة", }, ["g/mL"] = { name1 = "غرام لكل مليلتر", name1_us = "grams per milliliter", name2 = "غرام لكل مليلتر", symbol = "ج/مـل", sym_us = "g/mL", utype = "density", scale = 1000, default = "lb/cuin", link = "كثافة", }, ["g/ml"] = { name1 = "غرام لكل مليلتر", name1_us = "grams per milliliter", name2 = "غرام لكل مليلتر", symbol = "ج/مـل", sym_us = "g/ml", utype = "density", scale = 1000, default = "lb/cuin", link = "كثافة", }, ["kg/dm3"] = { name1 = "كيلوغرام لكل ديسي متر مكعب", name1_us = "kilograms per cubic decimeter", name2 = "كيلوغرام لكل ديسي متر مكعب", symbol = "كجم/دم³", sym_us = "kg/dm³", utype = "density", scale = 1000, default = "lb/cuft", link = "كثافة", }, ["kg/L"] = { name1 = "كيلوغرام لكل لتر", name1_us = "kilograms per liter", name2 = "كيلوغرام لكل لتر", symbol = "كجم/ل", sym_us = "kg/L", utype = "density", scale = 1000, default = "lb/USgal", link = "كثافة", }, ["kg/l"] = { name1 = "كيلوغرام لكل لتر", name1_us = "kilograms per liter", name2 = "كيلوغرام لكل لتر", symbol = "كجم/ل", sym_us = "kg/l", utype = "density", scale = 1000, default = "lb/USgal", link = "كثافة", }, ["kg/m3"] = { name1 = "كيلوغرام لكل متر مكعب", name1_us = "kilograms per cubic meter", name2 = "كيلوغرام لكل متر مكعب", symbol = "كجم/م³", sym_us = "kg/m³", utype = "density", scale = 1, default = "lb/cuyd", link = "كثافة", }, ["lb/cuft"] = { name1 = "رطل لكل قدم مكعب", name1_us = "pound per cubic foot", name2 = "رطل لكل قدم مكعب", symbol = "lb/cu&nbsp;ft", utype = "density", scale = 16.018463373960142, default = "g/cm3", link = "كثافة", }, ["lb/cuin"] = { name1 = "رطل لكل بوصة مكعبة", name2 = "رطل لكل بوصة مكعبة", symbol = "lb/cu&nbsp;in", utype = "density", scale = 27679.904710203122, default = "g/cm3", link = "كثافة", }, ["lb/cuyd"] = { name1 = "رطل لكل ياردة مربعة", name1_us = "pound per cubic yard", name2 = "رطل لكل ياردة مربعة", symbol = "lb/cu&nbsp;yd", utype = "density", scale = 0.5932764212577829, default = "kg/m3", link = "كثافة", }, ["lb/impgal"] = { name1 = "رطل لكل جالون إمبراطوري", name1_us = "pound per imperial gallon", name2 = "رطل لكل جالون إمبراطوري", symbol = "lb/imp&nbsp;gal", utype = "density", scale = 99.776372663101697, default = "kg/L", link = "كثافة", }, ["lb/in3"] = { name1 = "رطل لكل بوصة مكعبة", name1_us = "pound per cubic inch", name2 = "رطل لكل بوصة مكعبة", symbol = "lb/cu&#thinsp;in", utype = "density", scale = 27679.904710203122, default = "g/cm3", link = "كثافة", }, ["lb/U.S.gal"] = { name1 = "رطل لكل جالون أمريكي", name1_us = "pound per U.S. gallon", name2 = "رطل لكل جالون أمريكي", symbol = "lb/U.S.&nbsp;gal", utype = "density", scale = 119.82642731689663, default = "kg/L", link = "كثافة", }, ["lb/USbu"] = { name1 = "رطل لكل بوشل أمريكي", name1_us = "pound per US bushel", name2 = "رطل لكل بوشل أمريكي", symbol = "lb/US&nbsp;bu", utype = "density", scale = 12.871859780974471, default = "kg/m3", link = "بوشل", }, ["lb/USgal"] = { name1 = "رطل لكل جالون أمريكي", name1_us = "pound per US gallon", name2 = "رطل لكل جالون أمريكي", symbol = "lb/US&nbsp;gal", utype = "density", scale = 119.82642731689663, default = "kg/L", link = "كثافة", }, ["lbm/cuin"] = { name1_us = "pound mass per cubic inch", symbol = "lbm/cu&#thinsp;in", utype = "density", scale = 27679.904710203122, default = "g/cm3", link = "كثافة", }, ["mg/L"] = { name1 = "ملليغرام لكل لتر", name1_us = "milligram per litre", name2 = "ميلي غرام لكل لتر", name2_us = "milligrams per liter", symbol = "مـغ/ل", sym_us = "mg/L", utype = "density", scale = 0.001, default = "lb/cuin", link = "كثافة", }, ["oz/cuin"] = { name1 = "أوقية لكل بوصة مكعبة", name1_us = "ounce per cubic inch", name2 = "أوقية لكل بوصة مكعبة", symbol = "أوقية/بوصة³", sym_us = "oz/cu&nbsp;in", utype = "density", scale = 1729.9940443876951, default = "g/cm3", link = "كثافة", }, ["g/cm3"] = { per = { "g", "cm3" }, utype = "density", default = "lb/cuin", }, ["g/m3"] = { per = { "g", "m3" }, utype = "density", default = "lb/cuyd", link = "كثافة", }, ["Mg/m3"] = { per = { "Mg", "m3" }, utype = "density", default = "lb/cuft", }, ["mg/l"] = { per = { "mg", "l" }, utype = "density", default = "oz/cuin", }, ["μg/dL"] = { per = { "μg", "dL" }, utype = "density", default = "lb/cuin", }, ["μg/l"] = { per = { "μg", "l" }, utype = "density", default = "oz/cuin", }, ["lb/ft3"] = { target = "lb/cuft", }, ["غ/ل"] = { target = "g/L", }, ["lb/yd3"] = { target = "lb/cuyd", }, ["lbm/in3"] = { target = "lbm/cuin", }, ["mcg/dL"] = { target = "μg/dL", }, ["oz/in3"] = { target = "oz/cuin", }, ["ug/dL"] = { target = "μg/dL", }, ["ug/l"] = { target = "μg/l", }, ["B.O.T.U."] = { name1 = "Board of Trade Unit", symbol = "B.O.T.U.", utype = "energy", scale = 3600000, default = "MJ", link = "كيلوواط ساعي", }, ["bboe"] = { name1 = "برميل من مكافئ نفطي", name1_us = "barrel of oil equivalent", name2 = "barrels of oil equivalent", symbol = "bboe", utype = "energy", scale = 6117863200, default = "GJ", link = "مكافئ برميل النفط", }, ["BOE"] = { name1 = "برميل من مكافئ نفطي", name1_us = "barrel of oil equivalent", name2 = "barrels of oil equivalent", symbol = "BOE", utype = "energy", scale = 6117863200, default = "GJ", link = "مكافئ برميل النفط", }, ["BTU"] = { name1 = "وحدة حرارية بريطانية", name1_us = "British thermal unit", symbol = "و.ح.ب.", sym_us = "BTU", utype = "energy", scale = 1055.05585262, default = "kJ", }, ["Btu"] = { name1 = "وحدة حرارية بريطانية", name1_us = "British thermal unit", symbol = "و.ح.ب.", sym_us = "Btu", utype = "energy", scale = 1055.05585262, default = "kJ", }, ["BTU-39F"] = { name1 = "وحدة حرارية بريطانية (39°ف)", symbol = "و.ح.ب._39°ف", sym_us = "BTU_39&nbsp;°F", utype = "energy", scale = 1059.67, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-39F"] = { name1 = "وحدة حرارية بريطانية (39°ف)", symbol = "و.ح.ب._39°ف", sym_us = "Btu_39&nbsp;°F", utype = "energy", scale = 1059.67, default = "kJ", link = "وحدة حرارية بريطانية", }, ["BTU-59F"] = { name1 = "وحدة حرارية بريطانية (59°ف)", symbol = "و.ح.ب._59°ف", sym_us = "BTU_59&nbsp;°F", utype = "energy", scale = 1054.804, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-59F"] = { name1 = "وحدة حرارية بريطانية (59°ف)", symbol = "و.ح.ب._59°ف", sym_us = "Btu_59&nbsp;°F", utype = "energy", scale = 1054.804, default = "kJ", link = "وحدة حرارية بريطانية", }, ["BTU-60F"] = { name1 = "وحدة حرارية بريطانية (60°ف)", symbol = "و.ح.ب._60°ف", sym_us = "BTU_60&nbsp;°F", utype = "energy", scale = 1054.68, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-60F"] = { name1 = "وحدة حرارية بريطانية (60°ف)", symbol = "و.ح.ب._60°ف", sym_us = "Btu_60&nbsp;°F", utype = "energy", scale = 1054.68, default = "kJ", link = "وحدة حرارية بريطانية", }, ["BTU-63F"] = { name1 = "وحدة حرارية بريطانية (63°ف)", symbol = "و.ح.ب._63°ف", sym_us = "BTU_63&nbsp;°F", utype = "energy", scale = 1054.6, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-63F"] = { name1 = "وحدة حرارية بريطانية (63°ف)", symbol = "و.ح.ب._63°ف", sym_us = "Btu_63&nbsp;°F", utype = "energy", scale = 1054.6, default = "kJ", link = "وحدة حرارية بريطانية", }, ["BTU-ISO"] = { name1 = "وحدة حرارية بريطانية (ISO)", symbol = "و.ح.ب._ISO", sym_us = "BTU_ISO", utype = "energy", scale = 1055.056, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-ISO"] = { target = "BTU-ISO", }, ["BTU-IT"] = { name1 = "وحدة حرارية بريطانية (IT)", symbol = "و.ح.ب._IT", sym_us = "BTU_IT", utype = "energy", scale = 1055.05585262, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-IT"] = { name1 = "وحدة حرارية بريطانية (IT)", symbol = "و.ح.ب._IT", sym_us = "Btu_IT", utype = "energy", scale = 1055.05585262, default = "kJ", link = "وحدة حرارية بريطانية", }, ["BTU-mean"] = { name1 = "وحدة حرارية بريطانية (mean)", symbol = "و.ح.ب._mean", sym_us = "BTU_mean", utype = "energy", scale = 1055.87, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-mean"] = { name1 = "وحدة حرارية بريطانية (mean)", symbol = "و.ح.ب._mean", sym_us = "Btu_mean", utype = "energy", scale = 1055.87, default = "kJ", link = "وحدة حرارية بريطانية", }, ["BTU-th"] = { name1 = "وحدة حرارية بريطانية (كيمياء حرارية)", name1_us = "British thermal units (thermochemical)", symbol = "و.ح.ب._th", sym_us = "BTU_th", utype = "energy", scale = 1054.35026444, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Btu-th"] = { name1 = "وحدة حرارية بريطانية (كيمياء حرارية)", name1_us = "British thermal units (thermochemical)", symbol = "و.ح.ب._th", sym_us = "Btu_th", utype = "energy", scale = 1054.35026444, default = "kJ", link = "وحدة حرارية بريطانية", }, ["Cal"] = { name1 = "سعرة", name1_us = "calorie", name2 = "سعرة", symbol = "سع", sym_us = "cal", utype = "energy", scale = 4184, default = "kJ", }, ["cal"] = { name1 = "سعرة", name1_us = "calorie", name2 = "سعرة", symbol = "سع", sym_us = "cal", utype = "energy", scale = 4.184, default = "J", }, ["Cal-15"] = { name1 = "سعرة (15&nbsp;°C)", name1_us = "Calorie (15&nbsp;°C)", symbol = "سعرة₁₅", sym_us = "Cal₁₅", utype = "energy", scale = 4185.8, default = "kJ", link = "سعرة", }, ["cal-15"] = { name1 = "سعرة (15&nbsp;°C)", name1_us = "calorie (15&nbsp;°C)", symbol = "سعرة₁₅", sym_us = "cal₁₅", utype = "energy", scale = 4.1858, default = "J", link = "سعرة", }, ["Cal-IT"] = { name1 = "سعرة (International Steam Table)", name1_us = "Calorie (International Steam Table)", symbol = "سعرة_IT", sym_us = "Cal_IT", utype = "energy", scale = 4186.8, default = "kJ", link = "سعرة", }, ["cal-IT"] = { name1 = "سعرة (International Steam Table)", name1_us = "calorie (International Steam Table)", symbol = "سعرة_IT", sym_us = "cal_IT", utype = "energy", scale = 4.1868, default = "J", link = "سعرة", }, ["Cal-th"] = { name1 = "سعرة (thermochemical)", name1_us = "Calorie (thermochemical)", symbol = "سعرة_th", sym_us = "Cal_th", utype = "energy", scale = 4184, default = "kJ", link = "سعرة", }, ["cal-th"] = { name1 = "سعرة (thermochemical)", name1_us = "calorie (thermochemical)", symbol = "سعرة_th", sym_us = "cal_th", utype = "energy", scale = 4.184, default = "J", link = "سعرة", }, ["ccatm"] = { name1 = "سنتيمتر مكعب-جو", name1_us = "cubic centimetre-atmosphere", name2 = "سنتيمتر مكعب-جو", symbol = "سم³·جو", sym_us = "ccatm", utype = "energy", scale = 0.101325, default = "mJ", link = "جو (وحدة)", }, ["CHU-IT"] = { name1_us = "Celsius heat unit (International Table)", name2_us = "Celsius heat units (International Table)", symbol = "CHU_IT", utype = "energy", scale = 1899.100534716, default = "kJ", link = "تحويل الوحدات", }, ["cm3atm"] = { name1 = "سنتيمتر مكعب-جو", name1_us = "cubic centimetre-atmosphere", name2 = "سنتيمتر مكعب-جو", symbol = "سم³·جو", sym_us = "cm3atm", utype = "energy", scale = 0.101325, default = "mJ", link = "جو (وحدة)", }, ["cufootatm"] = { name1 = "قدم مكعب من atmosphere", name1_us = "cubic foot of atmosphere", symbol = "cu&nbsp;ft&nbsp;atm", utype = "energy", scale = 2869.2044809344, default = "kJ", link = "جو (وحدة)", }, ["cufootnaturalgas"] = { name1 = "قدم مكعب من natural gas", name1_us = "cubic foot of natural gas", symbol = "cuftnaturalgas", sym_us = "~cuftnaturalgas", usename = 1, utype = "energy", scale = 1055055.85262, default = "MJ", link = "تحويل الوحدات", }, ["cuftatm"] = { name1 = "قدم مكعب من atmosphere", name1_us = "cubic foot of atmosphere", symbol = "cu&nbsp;ft&nbsp;atm", utype = "energy", scale = 2869.2044809344, default = "kJ", link = "جو (وحدة)", }, ["cuftnaturalgas"] = { name1 = "قدم مكعب من natural gas", name1_us = "cubic foot of natural gas", symbol = "cuftnaturalgas", sym_us = "~cuftnaturalgas", usename = 1, utype = "energy", scale = 1055055.85262, default = "MJ", link = "تحويل الوحدات", }, ["cuydatm"] = { name1 = "ياردة مربعة of atmosphere", name1_us = "cubic yard of atmosphere", symbol = "cu&nbsp;yd&nbsp;atm", utype = "energy", scale = 77468.5209852288, default = "kJ", link = "جو (وحدة)", }, ["Eh"] = { name1 = "إلكترون فولت.هارتري", name2 = "إلكترون فولت.هارتري", symbol = "إف_ه", sym_us = "''E''_h", utype = "energy", scale = 4.35974417e-18, default = "eV", link = "هارتري", }, ["erg"] = { name2 = "إرج", symbol = "إرج", sym_us = "erg", utype = "energy", scale = 0.0000001, default = "μJ", }, ["eV"] = { name1 = "إلكترون فولت", name2 = "إلكترون فولت", symbol = "إف", sym_us = "eV", utype = "energy", scale = 1.602176487e-19, default = "aJ", }, ["feV"] = { name1 = "فيمتو الكترون فولت", name2 = "فيمتو الكترون فولت", symbol = "فـ.إف", sym_us = "feV", utype = "energy", scale = 1.602176487e-34, default = "yJ", link = "إلكترون فولت", }, ["foe"] = { symbol = "foe", utype = "energy", scale = 1e44, default = "YJ", link = "فو (وحدة)", }, ["ftlb"] = { name1 = "قدم-رطل", symbol = "قدم·رطل", sym_us = "ftlb", utype = "energy", alttype = "torque", scale = 1.3558179483314004, default = "J", link = "Foot-pound (energy)", }, ["ftlb-f"] = { name1 = "قدم-رطل قوة", name1_us = "foot-pound force", symbol = "قدم·رطل_ق", sym_us = "ft·lb_f", utype = "energy", alttype = "torque", scale = 1.3558179483314004, default = "J", link = "Foot-pound (energy)", }, ["ftlbf"] = { name1 = "قدم-رطل قوة", name1_us = "foot-pound force", symbol = "قدم·رطل_ق", sym_us = "ft·lb_f", utype = "energy", alttype = "torque", scale = 1.3558179483314004, default = "J", link = "Foot-pound (energy)", }, ["ftpdl"] = { name1_us = "foot-poundal", symbol = "ft·pdl", utype = "energy", scale = 0.0421401100938048, default = "J", link = "Foot-poundal", }, ["GeV"] = { name1 = "جيجا إلكترون فولت", name2 = "جيجا إلكترون فولت", symbol = "جـ.إف", sym_us = "G.eV", utype = "energy", scale = 1.602176487e-10, default = "nJ", link = "إلكترون فولت", }, ["GLatm"] = { name1 = "جيجا لتر-جو", name1_us = "gigalitre-atmosphere", symbol = "جـ.ل·جو", sym_us = "GL·atm", utype = "energy", scale = 101325000000, default = "GJ", link = "جو (وحدة)", }, ["Glatm"] = { name1 = "جيجا لتر-جو", name1_us = "gigalitre-atmosphere", symbol = "جـ.ل·جو", sym_us = "Gl·atm", utype = "energy", scale = 101325000000, default = "GJ", link = "جو (وحدة)", }, ["gTNT"] = { name1 = "غرام من تي أن تي", name2 = "غرام من تي أن تي", symbol = "gram of TNT", sym_us = "~gram of TNT", usename = 1, utype = "energy", scale = 4184, default = "kJ", link = "مكافيء تي إن تي", }, ["Gtoe"] = { name1 = "جيجاطن من مكافئ نفطي", name1_us = "gigatonne of oil equivalent", name2 = "جيجاطن من مكافئ نفطي", symbol = "جـ.طن", sym_us = "G.toe", utype = "energy", scale = 4.1868e19, default = "EJ", link = "طن نفط مكافئ", }, ["GtonTNT"] = { name1 = "جيجاطن من تي أن تي", name2 = "جيجاطن من تي أن تي", symbol = "gigaton of TNT", sym_us = "~gigaton of TNT", usename = 1, utype = "energy", scale = 4.184e18, default = "EJ", link = "مكافيء تي إن تي", }, ["GtTNT"] = { name1 = "جيجاطن من تي أن تي", name2 = "جيجاطن من تي أن تي", symbol = "gigatonne of TNT", sym_us = "~gigatonne of TNT", usename = 1, utype = "energy", scale = 4.184e18, default = "EJ", link = "مكافيء تي إن تي", }, ["GW.h"] = { name1 = "جيجاوات في الساعة", name2 = "جيجاوات في الساعة", symbol = "جـ.و·سا", sym_us = "GW.h", utype = "energy", scale = 3.6e12, default = "TJ", link = "كيلوواط ساعي", }, ["GWh"] = { name1 = "جيجاوات في الساعة", name2 = "جيجاوات في الساعة", symbol = "جـ.و.سا", sym_us = "GWh", utype = "energy", scale = 3.6e12, default = "TJ", link = "كيلوواط ساعي", }, ["hph"] = { name1 = "حصان في الساعة", name2 = "حصان في الساعة", symbol = "حصان·سا", sym_us = "hph", utype = "energy", scale = 2684519.537696172792, default = "kWh", link = "حصان (وحدة قدرة)", }, ["impgalatm"] = { name1_us = "imperial gallon-atmosphere", symbol = "imp gal·atm", utype = "energy", scale = 460.63256925, default = "J", link = "جو (وحدة)", }, ["inlb"] = { name1_us = "inch-pound", symbol = "بوصة.رطل", sym_us = "in.lb", utype = "energy", alttype = "torque", scale = 0.1129848290276167, default = "mJ", link = "Foot-pound (energy)", }, ["inlb-f"] = { name1 = "بوصة-رطل قوة", name1_us = "inch-pound force", symbol = "بوصة.رطل_ق", sym_us = "in.lb_f", utype = "energy", alttype = "torque", scale = 0.1129848290276167, default = "mJ", link = "Foot-pound (energy)", }, ["inlbf"] = { name1 = "بوصة-رطل قوة", name1_us = "inch-pound force", symbol = "بوصة.رطل_ق", sym_us = "in.lb_f", utype = "energy", alttype = "torque", scale = 0.1129848290276167, default = "mJ", link = "Foot-pound (energy)", }, ["inoz-f"] = { name1 = "بوصة-أوقية force", name1_us = "inch-ounce force", symbol = "بوصة·أوقية_ق", sym_us = "inoz-f", utype = "energy", alttype = "torque", scale = 0.00706155181422604375, default = "mJ", link = "Foot-pound (energy)", }, ["inozf"] = { name1 = "بوصة-أوقية force", name1_us = "inch-ounce force", symbol = "بوصة·أوقية._ق", sym_us = "inozf", utype = "energy", alttype = "torque", scale = 0.00706155181422604375, default = "mJ", link = "Foot-pound (energy)", }, ["J"] = { _name1 = "جول", _symbol = "جول", _sym_us = "J", utype = "energy", scale = 1, prefixes = 1, default = "cal", link = "جول", }, ["kBOE"] = { name1 = "كيلو برميل من مكافئ نفطي", name1_us = "kilo barrel of oil equivalent", symbol = "kBOE", utype = "energy", scale = 6.1178632e12, default = "TJ", link = "مكافئ برميل النفط", }, ["kcal"] = { name1 = "كيلو سعرة", symbol = "ك.سعرة", sym_us = "kcal", utype = "energy", scale = 4184, default = "kJ", link = "سعرة", }, ["kcal-15"] = { name1 = "كيلو سعرة (15&nbsp;°C)", name1_us = "kilocalorie (15&nbsp;°C)", symbol = "ك.سعرة₁₅", sym_us = "kcal₁₅", utype = "energy", scale = 4185.8, default = "kJ", link = "سعرة", }, ["kcal-IT"] = { name1 = "كيلو سعرة (International Steam Table)", name1_us = "kilocalorie (International Steam Table)", symbol = "ك.سعرة_IT", sym_us = "kcal_IT", utype = "energy", scale = 4186.8, default = "kJ", link = "سعرة", }, ["kcal-th"] = { name1 = "كيلو سعرة (thermochemical)", name1_us = "kilocalorie (thermochemical)", symbol = "ك.سعرة_th", utype = "energy", scale = 4184, default = "kJ", link = "سعرة", }, ["kerg"] = { name1 = "كيلو أرج", name1_us = "kiloerg", name2 = "كيلو أرج", symbol = "ك.أرج", sym_us = "kerg", utype = "energy", scale = 0.0001, default = "mJ", link = "إرج", }, ["keV"] = { name1 = "كيلو إلكترون فولت", name1_us = "kiloelectronvolt", name2 = "كيلو إلكترون فولت", symbol = "ك.إف", sym_us = "keV", utype = "energy", scale = 1.602176487e-16, default = "fJ", link = "إلكترون فولت", }, ["kgTNT"] = { name1 = "كيلوغرام من تي أن تي", name1_us = "kilogram of TNT", symbol = "kilogram of TNT", sym_us = "~kilogram of TNT", usename = 1, utype = "energy", scale = 4184000, default = "MJ", link = "مكافيء تي إن تي", }, ["kLatm"] = { name1 = "كيلو لتر-جو", name1_us = "kilolitre-atmosphere", symbol = "ك.ل·جو", sym_us = "kLatm", utype = "energy", scale = 101325, default = "kJ", link = "جو (وحدة)", }, ["klatm"] = { name1 = "كيلو لتر-جو", name1_us = "kilolitre-atmosphere", symbol = "ك.ل·جو", sym_us = "klatm", utype = "energy", scale = 101325, default = "kJ", link = "جو (وحدة)", }, ["kt(TNT)"] = { name1 = "كيلو طن", name1_us = "kilotonne", symbol = "ك.طن", sym_us = "kt(TNT)", utype = "energy", scale = 4.184e12, default = "TJ", link = "مكافيء تي إن تي", }, ["ktoe"] = { name1 = "كيلوطن من مكافئ نفطي", name1_us = "kilotonne of oil equivalent", symbol = "ktoe", utype = "energy", scale = 4.1868e13, default = "TJ", link = "طن نفط مكافئ", }, ["ktonTNT"] = { name1 = "كيلوطن من تي أن تي", name2 = "كيلوطن من تي أن تي", symbol = "ك.طن.تي أن تي", sym_us = "ktonTNT", utype = "energy", scale = 4.184e12, default = "TJ", link = "مكافيء تي إن تي", }, ["ktTNT"] = { name1 = "كيلوطن من تي أن تي", name2 = "كيلوطن من تي أن تي", symbol = "kilotonne of TNT", sym_us = "~kilotonne of TNT", usename = 1, utype = "energy", scale = 4.184e12, default = "TJ", link = "مكافيء تي إن تي", }, ["kW.h"] = { name1 = "كيلوواط-ساعة", symbol = "ك.و.سا", sym_us = "kW.h", utype = "energy", scale = 3600000, default = "MJ", link = "كيلوواط ساعي", }, ["kWh"] = { name1 = "كيلوواط-ساعة", symbol = "ك.و.سا", sym_us = "kWh", utype = "energy", scale = 3600000, default = "MJ", link = "كيلوواط ساعي", }, ["Latm"] = { name1 = "لتر-جو", name1_us = "litre-atmosphere", symbol = "ل·جو", sym_us = "Latm", utype = "energy", scale = 101.325, default = "J", link = "جو (وحدة)", }, ["latm"] = { name1 = "لتر-جو", name1_us = "litre-atmosphere", symbol = "ل·جو", sym_us = "latm", utype = "energy", scale = 101.325, default = "J", link = "جو (وحدة)", }, ["m3atm"] = { name1 = "متر مكعب-جو", name1_us = "cubic metre-atmosphere", symbol = "م³·جو", sym_us = "m3atm", utype = "energy", scale = 101325, default = "kJ", link = "جو (وحدة)", }, ["Mcal"] = { name1 = "ميجا سعرة", name1_us = "megacalorie", name2 = "ميجا سعرة", symbol = "مج.سعرة", sym_us = "Mcal", utype = "energy", scale = 4184000, default = "MJ", link = "سعرة", }, ["mcal"] = { name1 = "ملي سعرة", name1_us = "millicalorie", name2 = "ملي سعرة", symbol = "مـ.سعرة", sym_us = "mcal", utype = "energy", scale = 0.004184, default = "mJ", link = "سعرة", }, ["Mcal-15"] = { name1 = "ميجا سعرة (15&nbsp;°C)", name1_us = "megacalorie (15&nbsp;°C)", symbol = "مج.سعرة₁₅", sym_us = "Mcal₁₅", utype = "energy", scale = 4185800, default = "MJ", link = "سعرة", }, ["mcal-15"] = { name1 = "ملي سعرة (15&nbsp;°C)", name1_us = "millicalorie (15&nbsp;°C)", symbol = "مـ.سعرة₁₅", sym_us = "mcal₁₅", utype = "energy", scale = 0.0041858, default = "mJ", link = "سعرة", }, ["Mcal-IT"] = { name1 = "ميجا سعرة (International Steam Table)", name1_us = "megacalorie (International Steam Table)", symbol = "مج.سعرة_IT", sym_us = "Mcal_IT", utype = "energy", scale = 4186800, default = "MJ", link = "سعرة", }, ["mcal-IT"] = { name1 = "ملي سعرة (International Steam Table)", name1_us = "millicalorie (International Steam Table)", symbol = "مـ.سعرة_IT", sym_us = "mcal_IT", utype = "energy", scale = 0.0041868, default = "mJ", link = "سعرة", }, ["Mcal-th"] = { name1 = "ميجا سعرة (thermochemical)", name1_us = "megacalorie (thermochemical)", symbol = "مج.سعرة_th", sym_us = "Mcal_th", utype = "energy", scale = 4184000, default = "MJ", link = "سعرة", }, ["mcal-th"] = { name1 = "ملي سعرة (thermochemical)", name1_us = "millicalorie (thermochemical)", symbol = "مـ.سعرة_th", sym_us = "mcal_th", utype = "energy", scale = 0.004184, default = "mJ", link = "سعرة", }, ["Merg"] = { name1 = "ميجا إرج", name1_us = "megaerg", name2 = "ميجا إرج", symbol = "مج.إرج", sym_us = "Merg", utype = "energy", scale = 0.1, default = "J", link = "إرج", }, ["merg"] = { name1 = "ملي إرج", name1_us = "millierg", name2 = "ملي إرج", symbol = "مـ.إرج", sym_us = "merg", utype = "energy", scale = 0.0000000001, default = "μJ", link = "إرج", }, ["MeV"] = { name1 = "ميجا إلكترون فولت", name2 = "ميجا إلكترون فولت", symbol = "مج.إف", sym_us = "MeV", utype = "energy", scale = 1.602176487e-13, default = "pJ", link = "إلكترون فولت", }, ["meV"] = { name1 = "ملي إلكترون فولت", name1_us = "millielectronvolt", name2 = "ملي إلكترون فولت", symbol = "مـ.إف", sym_us = "meV", utype = "energy", scale = 1.602176487e-22, default = "zJ", link = "إلكترون فولت", }, ["MLatm"] = { name1 = "ميجا لتر-جو", name1_us = "megalitre-atmosphere", name2 = "ميجا لتر-جو", symbol = "مج.ل·جو", sym_us = "ML·atm", utype = "energy", scale = 101325000, default = "MJ", link = "جو (وحدة)", }, ["Mlatm"] = { name1 = "ميجا لتر-جو", name1_us = "megalitre-atmosphere", name2 = "ميجا لتر-جو", symbol = "مج.ل·جو", sym_us = "Ml·atm", utype = "energy", scale = 101325000, default = "MJ", link = "جو (وحدة)", }, ["mLatm"] = { name1 = "ملي لتر-جو", name1_us = "millilitre-atmosphere", name2 = "ملي لتر-جو", symbol = "مـ.ل·جو", sym_us = "mL·atm", utype = "energy", scale = 0.101325, default = "mJ", link = "جو (وحدة)", }, ["mlatm"] = { name1 = "ملي لتر-جو", name1_us = "millilitre-atmosphere", name2 = "ملي لتر-جو", symbol = "مـ.ل·جو", sym_us = "ml·atm", utype = "energy", scale = 0.101325, default = "mJ", link = "جو (وحدة)", }, ["MMBtu"] = { name1 = "مليون وحدة حرارية بريطانية", name1_us = "million British thermal units", symbol = "مليون.و.ح.ب.", sym_us = "MMBtu", utype = "energy", scale = 1055055852.62, default = "GJ", link = "وحدة حرارية بريطانية", }, ["Mt(TNT)"] = { name1 = "ميجا طن", name1_us = "megatonne", name2 = "ميجا طن", symbol = "مج.طن", sym_us = "Mt(TNT)", utype = "energy", scale = 4.184e15, default = "PJ", link = "مكافيء تي إن تي", }, ["Mtoe"] = { name1 = "ميجا طن من مكافئ نفطي", name1_us = "megatonne of oil equivalent", name2 = "ميجا طن من مكافئ نفطي", symbol = "Mtoe", utype = "energy", scale = 4.1868e16, default = "PJ", link = "طن نفط مكافئ", }, ["MtonTNT"] = { name1 = "ميجا طن من تي أن تي", name1_us = "megaton of TNT", name2 = "ميجا طن من تي أن تي", symbol = "مج.طن تي إن تي", sym_us = "Mt", utype = "energy", scale = 4.184e15, default = "PJ", link = "مكافيء تي إن تي", }, ["mtonTNT"] = { name1 = "ملي طن من تي أن تي", name1_us = "milliton of TNT", name2 = "ملي طن من تي أن تي", symbol = "milliton of TNT", sym_us = "~milliton of TNT", usename = 1, utype = "energy", scale = 4184000, default = "MJ", link = "مكافيء تي إن تي", }, ["MtTNT"] = { name1 = "ميجا طن من تي أن تي", name1_us = "megatonne of TNT", name2 = "ميجا طن من تي أن تي", symbol = "megatonne of TNT", sym_us = "~millitonne of TNT", usename = 1, utype = "energy", scale = 4.184e15, default = "PJ", link = "مكافيء تي إن تي", }, ["mtTNT"] = { name1 = "ملي طن من تي أن تي", name1_us = "millitonne of TNT", name2 = "ملي طن من تي أن تي", symbol = "millitonne of TNT", sym_us = "~millitonne of TNT", usename = 1, utype = "energy", scale = 4184000, default = "MJ", link = "مكافيء تي إن تي", }, ["MW.h"] = { name1 = "ميجا وات في الساعة", name1_us = "megawatt-hour", name2 = "ميجا وات في الساعة", symbol = "مج.و·س", sym_us = "MW.h", utype = "energy", scale = 3600000000, default = "GJ", link = "كيلوواط ساعي", }, ["mW.h"] = { name1 = "ملي وات في الساعة", name1_us = "milliwatt-hour", name2 = "ملي وات في الساعة", symbol = "مـ.و·س", sym_us = "mW.h", utype = "energy", scale = 3.6, default = "J", link = "كيلوواط ساعي", }, ["MWh"] = { name1 = "ميجا وات في الساعة", name1_us = "megawatt-hour", name2 = "ميجا وات في الساعة", symbol = "مج.و·س", sym_us = "MWh", utype = "energy", scale = 3600000000, default = "GJ", link = "كيلوواط ساعي", }, ["mWh"] = { name1 = "ملي وات في الساعة", name1_us = "milliwatt-hour", name2 = "ملي وات في الساعة", symbol = "مـ.و·س", sym_us = "mWh", utype = "energy", scale = 3.6, default = "J", link = "كيلوواط ساعي", }, ["neV"] = { name1 = "نانو إلكترون فولت", name1_us = "nanoelectronvolt", name2 = "نانو إلكترون فولت", symbol = "نـ.إف", sym_us = "neV", utype = "energy", scale = 1.602176487e-28, default = "yJ", link = "إلكترون فولت", }, ["PeV"] = { name1 = "بيتا إلكترون فولت", name1_us = "petaelectronvolt", name2 = "بيتا إلكترون فولت", symbol = "بتـ.إف", sym_us = "PeV", utype = "energy", scale = 0.0001602176487, default = "mJ", link = "إلكترون فولت", }, ["peV"] = { name1 = "بيكو إلكترون فولت", name1_us = "picoelectronvolt", name2 = "بيكو إلكترون فولت", symbol = "بـ.إف", sym_us = "peV", utype = "energy", scale = 1.602176487e-31, default = "yJ", link = "إلكترون فولت", }, ["PSh"] = { name1 = "Pferdestärkenstunde", symbol = "PSh", utype = "energy", scale = 2647795.5, default = "kWh", }, ["quad"] = { name1_us = "quadrillion British thermal units", name2_us = "quadrillion British thermal units", symbol = "quad", utype = "energy", scale = 1.054804e18, default = "EJ", link = "كواد (وحدة)", }, ["Ry"] = { name1_us = "rydberg", symbol = "Ry", utype = "energy", scale = 2.1798741e-18, default = "eV", link = "ثابت ريدبرغ", }, ["scc"] = { name1 = "standard سنتيمتر مكعب", name1_us = "standard cubic centimetre", symbol = "scc", utype = "energy", scale = 0.101325, default = "mJ", link = "جو (وحدة)", }, ["scf"] = { name1 = "standard قدم مكعب", name1_us = "standard cubic foot", symbol = "scf", utype = "energy", scale = 2869.2044809344, default = "kJ", link = "جو (وحدة)", }, ["scfoot"] = { name1 = "standard قدم مكعب", name1_us = "standard cubic foot", symbol = "scf", utype = "energy", scale = 2869.2044809344, default = "kJ", link = "جو (وحدة)", }, ["scy"] = { name1_us = "standard cubic yard", symbol = "scy", utype = "energy", scale = 77468.5209852288, default = "kJ", link = "جو (وحدة)", }, ["sl"] = { name1_us = "standard litre", symbol = "sl", utype = "energy", scale = 101.325, default = "J", link = "جو (وحدة)", }, ["t(TNT)"] = { name1_us = "tonne", name2 = "طن تي إن تي", symbol = "طن تي إن تي", sym_us = "t(TNT)", utype = "energy", scale = 4184000000, default = "GJ", link = "مكافيء تي إن تي", }, ["TeV"] = { name1 = "تيرا إلكترون فولت", name1_us = "teraelectronvolt", name2 = "تيرا إلكترون فولت", symbol = "تـ.إف", sym_us = "TeV", utype = "energy", scale = 1.602176487e-7, default = "μJ", link = "إلكترون فولت", }, ["th"] = { name1_us = "thermie", name2 = "ثرم", symbol = "ثرم", sym_us = "th", utype = "energy", scale = 4186800, default = "MJ", link = "تحويل الوحدات", }, ["thm-EC"] = { name1_us = "therm (EC)", name2_us = "therms (EC)", symbol = "ثرم(EC)", sym_us = "thm-EC", utype = "energy", scale = 105506000, default = "MJ", link = "Therm", }, ["thm-UK"] = { name1_us = "therm (UK)", name2_us = "therms (UK)", symbol = "ثرم(UK)", sym_us = "thm-UK", utype = "energy", scale = 105505585.257348, default = "MJ", link = "Therm", }, ["thm-US"] = { name1 = "ثرم أمريكي", name1_us = "therms (US)", name2 = "ثرم أمريكي", name2_us = "therms (U.S.)", symbol = "ثرم(US)", sym_us = "thm (U.S.)", utype = "energy", scale = 105480400, default = "MJ", link = "Therm", }, ["toe"] = { name1 = "طن من مكافئ نفطي", name1_us = "tonne of oil equivalent", name2 = "طن من مكافئ نفطي", symbol = "toe", utype = "energy", scale = 41868000000, default = "GJ", link = "طن نفط مكافئ", }, ["tonTNT"] = { name1 = "طن من تي أن تي", name1_us = "ton of TNT", name2 = "طن من تي أن تي", symbol = "ton of TNT", sym_us = "~ton of TNT", usename = 1, utype = "energy", scale = 4184000000, default = "GJ", link = "مكافيء تي إن تي", }, ["tTNT"] = { name1 = "طن من تي أن تي", name1_us = "tonne of TNT", name2 = "طن من تي أن تي", symbol = "tonne of TNT", sym_us = "~tonne of TNT", usename = 1, utype = "energy", scale = 4184000000, default = "GJ", link = "مكافيء تي إن تي", }, ["TtonTNT"] = { name1 = "تيرا طن من تي أن تي", name1_us = "teraton of TNT", name2 = "تيرا طن من تي أن تي", symbol = "teraton of TNT", sym_us = "~teraton of TNT", usename = 1, utype = "energy", scale = 4.18E+21, default = "ZJ", link = "مكافيء تي إن تي", }, ["TtTNT"] = { name1 = "تيرا طن من تي أن تي", name1_us = "teratonne of TNT", name2 = "تيرا طن من تي أن تي", symbol = "teratonne of TNT", sym_us = "~teratonne of TNT", usename = 1, utype = "energy", scale = 4.184e21, default = "ZJ", link = "مكافيء تي إن تي", }, ["TW.h"] = { name1 = "تيرا وات في الساعة", name1_us = "terawatt-hour", name2 = "تيرا وات في الساعة", symbol = "تـ.و·س", sym_us = "TW.h", utype = "energy", scale = 3.6e15, default = "PJ", link = "كيلوواط ساعي", }, ["TWh"] = { name1 = "تيرا وات في الساعة", name1_us = "terawatt-hour", name2 = "تيرا وات في الساعة", symbol = "تـ.و·س", sym_us = "TWh", utype = "energy", scale = 3.6e15, default = "PJ", link = "كيلوواط ساعي", }, ["USgalatm"] = { name1 = "جالون أمريكي-جو", name1_us = "US gallon-atmosphere", name2 = "جالون أمريكي-جو", symbol = "غالون أمريكي·جو", sym_us = "U.S.&nbsp;gal·atm", utype = "energy", scale = 383.5568490138, default = "J", link = "جو (وحدة)", }, ["W.h"] = { name1 = "وات في الساعة", name1_us = "watt-hour", name2 = "وات في الساعة", symbol = "و·س", sym_us = ".h", utype = "energy", scale = 3600, default = "kJ", link = "كيلوواط ساعي", }, ["Wh"] = { name1 = "وات في الساعة", name1_us = "watt-hour", name2 = "وات في الساعة", symbol = "و·س", sym_us = "Wh", utype = "energy", scale = 3600, default = "kJ", link = "كيلوواط ساعي", }, ["μerg"] = { name1 = "ميكرو إرج", name1_us = "microerg", name2 = "ميكرو إرج", symbol = "مكـ.إرج", sym_us = "μerg", utype = "energy", scale = 1e-13, default = "nJ", link = "إرج", }, ["μeV"] = { name1 = "ميكرو إلكترون فولت", name1_us = "microelectronvolt", name2 = "ميكرو إلكترون فولت", symbol = "مكـ.إف", sym_us = "μeV", utype = "energy", scale = 1.602176487e-25, default = "yJ", link = "إلكترون فولت", }, ["μW.h"] = { name1 = "ميكرو وات في الساعة", name1_us = "microwatt-hour", name2 = "ميكرو وات في الساعة", symbol = "مكـ.و·س", sym_us = "μW.h", utype = "energy", scale = 0.0036, default = "mJ", link = "كيلوواط ساعي", }, ["μWh"] = { name1 = "ميكرو وات في الساعة", name1_us = "microwatt-hour", name2 = "ميكرو وات في الساعة", symbol = "مكـ.و·س", sym_us = "μWh", utype = "energy", scale = 0.0036, default = "mJ", link = "كيلوواط ساعي", }, ["-kW.h"] = { target = "kW.h", }, ["μLatm"] = { name1 = "ميكرو لتر-جو", name1_us = "microlitre-atmosphere", name2 = "ميكرو لتر-جو", symbol = "مكـ.ل·جو", sym_us = "μL·atm", utype = "energy", scale = 0.000101325, default = "μJ", link = "جو (وحدة)", }, ["μlatm"] = { name1 = "ميكرو لتر-جو", name1_us = "microlitre-atmosphere", name2 = "ميكرو لتر-جو", symbol = "مكـ.ل·جو", sym_us = "μL·atm", utype = "energy", scale = 0.000101325, default = "μJ", link = "جو (وحدة)", }, ["μtonTNT"] = { name1 = "ميكروطن من تي أن تي", name1_us = "microton of TNT", name2 = "ميكروطن من تي أن تي", symbol = "microton of TNT", sym_us = "~microton of TNT", usename = 1, utype = "energy", scale = 4184, default = "kJ", link = "مكافيء تي إن تي", }, ["μtTNT"] = { name1 = "ميكروطن من تي أن تي", name1_us = "microtonne of TNT", name2 = "ميكروطن من تي أن تي", symbol = "microtonne of TNT", sym_us = "~microtonne of TNT", usename = 1, utype = "energy", scale = 4184, default = "kJ", link = "مكافيء تي إن تي", }, ["btu"] = { target = "BTU", }, ["Calorie"] = { target = "Cal", }, ["ft.lbf"] = { target = "ftlbf", }, ["ft·lb-f"] = { target = "ftlb-f", }, ["ft·lbf"] = { target = "ftlbf", }, ["g-cal-15"] = { target = "cal-15", }, ["g-cal-IT"] = { target = "cal-IT", }, ["g-cal-th"] = { target = "cal-th", }, ["g-kcal-15"] = { target = "kcal-15", }, ["g-kcal-IT"] = { target = "kcal-IT", }, ["g-kcal-th"] = { target = "kcal-th", }, ["g-Mcal-15"] = { target = "Mcal-15", }, ["g-mcal-15"] = { target = "mcal-15", }, ["g-Mcal-IT"] = { target = "Mcal-IT", }, ["g-mcal-IT"] = { target = "mcal-IT", }, ["g-Mcal-th"] = { target = "Mcal-th", }, ["g-mcal-th"] = { target = "mcal-th", }, ["GW-h"] = { target = "GW.h", }, ["GW·h"] = { target = "GW.h", }, ["Hartree"] = { target = "Eh", }, ["hp.h"] = { target = "hph", }, ["hp·h"] = { target = "hph", }, ["in.lb-f"] = { target = "inlb-f", }, ["in.lbf"] = { target = "inlbf", }, ["in.oz-f"] = { target = "inoz-f", }, ["in.ozf"] = { target = "inozf", }, ["in·lb-f"] = { target = "inlb-f", }, ["in·lbf"] = { target = "inlbf", }, ["in·oz-f"] = { target = "inoz-f", }, ["in·ozf"] = { target = "inozf", }, ["kbboe"] = { target = "kBOE", symbol = "kbboe", }, ["kg-cal-15"] = { target = "Cal-15", }, ["kg-cal-IT"] = { target = "Cal-IT", }, ["kg-cal-th"] = { target = "Cal-th", }, ["kW-h"] = { target = "kW.h", }, ["kW·h"] = { target = "kW.h", }, ["MW-h"] = { target = "MW.h", }, ["mW-h"] = { target = "mW.h", }, ["MW·h"] = { target = "MW.h", }, ["mW·h"] = { target = "mW.h", }, ["TW-h"] = { target = "TW.h", }, ["TW·h"] = { target = "TW.h", }, ["U.S.galatm"] = { target = "USgalatm", sp_us = true, }, ["uerg"] = { target = "μerg", }, ["ueV"] = { target = "μeV", }, ["uLatm"] = { target = "μLatm", }, ["ulatm"] = { target = "μlatm", }, ["usgalatm"] = { target = "USgalatm", }, ["utonTNT"] = { target = "μtonTNT", }, ["utTNT"] = { target = "μtTNT", }, ["uW-h"] = { target = "μW.h", }, ["uW.h"] = { target = "μW.h", }, ["uWh"] = { target = "μWh", }, ["uW·h"] = { target = "μW.h", }, ["W-h"] = { target = "W.h", }, ["eVpar"] = { _name1 = "إلكترون فولت", _symbol = "إف", _sym_us = "eV", utype = "energy per chemical amount", scale = 96485.329522144166, prefixes = 1, default = "kcal/mol", link = "إلكترون فولت", }, ["kcal/mol"] = { per = { "kcal", "mol" }, utype = "energy per chemical amount", default = "kJ/mol", link = "كيلو سعرة لكل مول", }, ["kJ/mol"] = { per = { "kJ", "mol" }, utype = "energy per chemical amount", default = "kcal/mol", link = "جول لكل مول", }, ["kWh/100 km"] = { name1 = "كيلووات-ساعة لكل 100 كيلومتر", name2 = "كيلووات-ساعة لكل 100 كيلومتر", name2_us = "kilowatt-hours per 100 kilometers", symbol = "كو.س/100&nbsp;كم", utype = "energy per unit length", scale = 36, default = "MJ/km kWh/mi", link = "كيلوواط ساعي", }, ["kWh/100 mi"] = { name1 = "كيلووات-ساعة لكل 100 ميل", name2 = "كيلووات-ساعة لكل 100 ميل", symbol = "كو.س/100&nbsp;ميل", utype = "energy per unit length", scale = 22.3694, default = "mpge", link = "ميل لكل جالون جازولين مكافئ", }, ["MJ/100 km"] = { name1 = "ميجا جول لكل 100 كيلومتر", name2 = "ميجا جول لكل 100 كيلومتر", name2_us = "megajoules per 100 kilometers", symbol = "مج.جول/100&nbsp;كم", utype = "energy per unit length", scale = 10, default = "BTU/mi", link = "وحدة حرارية بريطانية", }, ["mpge"] = { name1 = "ميل لكل جالون جازولين مكافئ", name2 = "ميل لكل جالون جازولين مكافئ", symbol = "mpg-e", utype = "energy per unit length", scale = 13e-6, invert = -1, iscomplex= true, default = "kWh/100 mi", }, ["BTU/mi"] = { per = { "BTU", "mi" }, utype = "energy per unit length", default = "v > 1525 ! M ! k ! J/km", }, ["kJ/km"] = { per = { "kJ", "km" }, utype = "energy per unit length", default = "BTU/mi", }, ["kWh/km"] = { per = { "-kW.h", "km" }, utype = "energy per unit length", default = "MJ/km kWh/mi", }, ["kWh/mi"] = { per = { "-kW.h", "mi" }, utype = "energy per unit length", default = "kWh/km MJ/km", }, ["MJ/km"] = { per = { "MJ", "km" }, utype = "energy per unit length", default = "BTU/mi", }, ["mpg-e"] = { target = "mpge", }, ["BTU/lb"] = { name1 = "وحدة حرارية بريطانية لكل رطل", name2 = "وحدة حرارية بريطانية لكل رطل", symbol = "و.ح.ب/رطل", sym_us = "BTU/lb", utype = "energy per unit mass", scale = 429.92261414790346, default = "kJ/kg", link = "وحدة حرارية بريطانية", }, ["cal/g"] = { name1 = "سعرات حرارية لكل غرام", name2 = "سعرات حرارية لكل غرام", symbol = "سعرة/غ", sym_us = "cal/g", utype = "energy per unit mass", scale = 4184, default = "J/g", link = "Calorie per gram", }, ["GJ/kg"] = { name1 = "جيجا جول لكل كيلوجرام", name2 = "جيجا جول لكل كيلوجرام", symbol = "جـ.جول/كجم", sym_us = "GJ/kg", utype = "energy per unit mass", scale = 1e9, default = "ktTNT/t", link = "جول", }, ["J/g"] = { name1 = "جول لكل غرام", name2 = "جول لكغ غرام", symbol = "جول/ع", sym_us = "J/g", utype = "energy per unit mass", scale = 1000, default = "kcal/g", link = "جول", }, ["kcal/g"] = { name1 = "كيلوسعرة لكل جرام", name2 = "كيلوسعرة لكل جرام", symbol = "ك.سعرة/غ", sym_us = "kcal/g", utype = "energy per unit mass", scale = 4184000, default = "kJ/g", }, ["kJ/g"] = { name1 = "كيلوجول لكل جرام", name2 = "كيلوجول لكل جرام", symbol = "ك.جول/غ", sym_us = "kJ/g", utype = "energy per unit mass", scale = 1000000, default = "kcal/g", link = "جول", }, ["kJ/kg"] = { name1 = "كيلوجول لكل كيلوجرام", name2 = "كيلوجول لكل كيلوجرام", symbol = "ك.جول/كجم", sym_us = "kJ/kg", utype = "energy per unit mass", scale = 1000, default = "BTU/lb", link = "Kilojoule per kilogram", }, ["ktonTNT/MT"] = { name1 = "كيلوطن من تي ان تي للطن المتري", name2 = "كيلوطن من تي ان تي للطن المتري", symbol = "kiloton of TNT per metric ton", usename = 1, utype = "energy per unit mass", scale = 4184000000, default = "GJ/kg", link = "مكافيء تي إن تي", }, ["ktTNT/t"] = { name1 = "كيلوطن من تي ان تي لكل طن", name2 = "كيلوطن من تي ان تي لكل طن", symbol = "kilotonne of TNT per tonne", usename = 1, utype = "energy per unit mass", scale = 4184000000, default = "GJ/kg", link = "مكافيء تي إن تي", }, ["MtonTNT/MT"] = { name1 = "ميجاطن من تي ان تي للطن المتري", name2 = "ميجاطن من تي ان تي للطن المتري", symbol = "megaton of TNT per metric ton", usename = 1, utype = "energy per unit mass", scale = 4.184e12, default = "TJ/kg", link = "مكافيء تي إن تي", }, ["MtTNT/MT"] = { name1 = "ميجاطن من تي ان تي لكل طن", name2 = "ميجاطن من تي ان تي لكل طن", symbol = "megatonne of TNT per tonne", usename = 1, utype = "energy per unit mass", scale = 4.184e12, default = "TJ/kg", link = "مكافيء تي إن تي", }, ["TJ/kg"] = { name1 = "تيراجول لكل كيلوجرام", name2 = "تيراجول لكل كيلوجرام", symbol = "تـ.جول/كجم", sym_us = "TJ/kg", utype = "energy per unit mass", scale = 1e12, default = "MtTNT/MT", link = "جول", }, ["Cal/g"] = { per = { "Cal", "g" }, utype = "energy per unit mass", default = "kJ/g", }, ["BTU/cuft"] = { per = { "BTU", "cuft" }, utype = "energy per unit volume", default = "kJ/L", }, ["Cal/12USoz(mL)serve"] = { per = { "Cal", "-12USoz(mL)serve" }, utype = "energy per unit volume", default = "kJ/L", }, ["Cal/12USoz(ml)serve"] = { per = { "Cal", "-12USoz(ml)serve" }, utype = "energy per unit volume", default = "kJ/l", }, ["Cal/12USozserve"] = { per = { "Cal", "-12USozserve" }, utype = "energy per unit volume", default = "kJ/L", }, ["Cal/USoz"] = { per = { "Cal", "USoz" }, utype = "energy per unit volume", default = "kJ/ml", }, ["kJ/L"] = { per = { "kJ", "L" }, utype = "energy per unit volume", default = "BTU/cuft", }, ["kJ/l"] = { per = { "kJ", "l" }, utype = "energy per unit volume", default = "BTU/cuft", }, ["kJ/ml"] = { per = { "kJ", "ml" }, utype = "energy per unit volume", default = "Cal/USoz", }, ["MJ/m3"] = { per = { "MJ", "m3" }, utype = "energy per unit volume", default = "BTU/cuft", }, ["Sv"] = { _name1 = "زيفرت", _symbol = "زف", _sym_us = "Sv", utype = "equivalent radiation dose", scale = 1, prefixes = 1, default = "rem", link = "زيفرت", }, ["rem"] = { _name1 = "rem", _symbol = "rem", utype = "equivalent radiation dose", scale = 0.01, prefixes = 1, default = "Sv", link = "Roentgen equivalent man", }, ["g/km"] = { name1 = "جرام لكل كيلومتر", name1_us = "gram per kilometre", name2 = "غرام لكل كيلومتر", name2_us = "grams per kilometer", symbol = "غ/كم", utype = "exhaust emission", scale = 1e-6, default = "oz/mi", link = "غاز عادم", }, ["g/mi"] = { name1 = "جرام لكل ميل", name1_us = "gram per mile", symbol = "غ/ميل", utype = "exhaust emission", scale = 6.2137119223733397e-7, default = "g/km", link = "غاز عادم", }, ["gCO2/km"] = { name1 = "جرام من CO₂ لكل كيلومتر", name1_us = "gram of CO₂ per kilometre", name2 = "جرام من CO₂ لكل كيلومتر", name2_us = "grams of CO₂ per kilometer", symbol = "غ(CO₂)/كم", utype = "exhaust emission", scale = 1e-6, default = "ozCO2/mi", link = "غاز عادم", }, ["gCO2/mi"] = { name1 = "جرام من CO₂ لكل ميل", name1_us = "gram of CO₂ per mile", symbol = "غ(CO₂)/ميل", utype = "exhaust emission", scale = 6.2137119223733397e-7, default = "gCO2/km", link = "غاز عادم", }, ["kg/km"] = { name1 = "كيلو جرام لكل كيلومتر", name1_us = "kilogram per kilometre", name2 = "كيلوغرام لكل كيلومتر", name2_us = "kilograms per kilometer", symbol = "كجم/كم", utype = "exhaust emission", scale = 0.001, default = "lb/mi", link = "غاز عادم", }, ["kgCO2/km"] = { name1 = "كيلوغرام من CO₂ لكل كيلومتر", name1_us = "kilogram of CO₂ per kilometre", name2 = "كيلوغرام من CO₂ لكل كيلومتر", name2_us = "kilograms of CO₂ per kilometer", symbol = "كجم(CO₂)/كم", utype = "exhaust emission", scale = 0.001, default = "lbCO2/mi", link = "غاز عادم", }, ["lb/mi"] = { name1 = "رطل لكل ميل", name1_us = "pound per mile", symbol = "رطل/ميل", utype = "exhaust emission", scale = 0.00028184923173665794, default = "kg/km", link = "غاز عادم", }, ["lbCO2/mi"] = { name1 = "رطل من CO₂ لكل ميل", name2_us = "pound of CO₂ per mile", symbol = "رطل(CO₂)/ميل", utype = "exhaust emission", scale = 0.00028184923173665794, default = "kgCO2/km", link = "غاز عادم", }, ["oz/mi"] = { name1 = "أوقية لكل ميل", name2_us = "ounce per mile", symbol = "أوقية/ميل", utype = "exhaust emission", scale = 1.7615576983541121e-5, default = "g/km", link = "غاز عادم", }, ["ozCO2/mi"] = { name1 = "أوقية من CO₂ لكل ميل", name1_us = "ounce of CO₂ per mile", symbol = "أوقية(CO₂)/ميل", utype = "exhaust emission", scale = 1.7615576983541121e-5, default = "gCO2/km", link = "غاز عادم", }, ["cuft/a"] = { name1 = "قدم مكعب لكل سنة", name2 = "قدم مكعب لكل سنة", symbol = "قدم³/سنة", utype = "flow", scale = 8.9730672142368242e-10, default = "m3/a", link = "قدم مكعب", }, ["cuft/d"] = { name1 = "قدم مكعب لكل يوم", name2 = "قدم مكعب لكل يوم", symbol = "قدم³/ي", utype = "flow", scale = 3.2774128000000003e-7, default = "m3/d", link = "قدم مكعب", }, ["cuft/h"] = { name1 = "قدم مكعب لكل ساعة", name2 = "قدم مكعب لكل ساعة", symbol = "قدم³/سا", utype = "flow", scale = 7.8657907200000004e-6, default = "m3/h", link = "قدم مكعب", }, ["cuft/min"] = { name1 = "قدم مكعب لكل دقيقة", name2 = "قدم مكعب لكل دقيقة", symbol = "قدم³/د", utype = "flow", scale = 0.00047194744319999999, default = "m3/min", link = "قدم مكعب", }, ["cuft/s"] = { name1 = "قدم مكعب لكل ثانية", name2 = "قدم مكعب لكل ثانية", symbol = "قدم³/ث", utype = "flow", scale = 2.83E-02, default = "m3/s", link = "قدم مكعب", }, ["cumi/a"] = { name1 = "ميل مكعب لكل سنة", name2 = "ميل مكعب لكل سنة", symbol = "ميل³/سنة", utype = "flow", scale = 132.08171170940057, default = "km3/a", link = "قدم مكعب", }, ["cuyd/h"] = { name1 = "ياردة مكعب لكل ساعة", name2 = "ياردة مكعب لكل ساعة", symbol = "ياردة³/سا", utype = "flow", scale = 0.00021237634944000001, default = "m3/h", link = "قدم مكعب", }, ["cuyd/s"] = { name1 = "ياردة مكعب لكل ثانية", name2 = "ياردة مكعب لكل ثانية", symbol = "ياردة³/ث", utype = "flow", scale = 0.76455485798400002, default = "m3/s", link = "Cubic yard per second", }, ["Goilbbl/a"] = { name1 = "بليون برميل لكل سنة", name2 = "بليون برميل لكل سنة", symbol = "بيلون برميل/سنة", utype = "flow", scale = 5.0380033629933836, default = "v * 1.58987294928 < 10 ! e6 ! e9 ! m3/a", link = "برميل (نفط)", }, ["impgal/h"] = { name1 = "جالون إمبريال لكل ساعة", name2 = "جالون إمبريال لكل ساعة", symbol = "جالون إمبريال/سا", utype = "flow", scale = 1.2628027777777779e-6, default = "m3/h", link = "غالون", }, ["impgal/min"] = { name1 = "جالون إمبريال لكل دقيقة", name2 = "جالون إمبريال لكل دقيقة", symbol = "جالون إمبريال/د", utype = "flow", scale = 7.5768166666666671e-5, default = "m3/s", link = "غالون", }, ["impgal/s"] = { name1 = "جالون إمبريال لكل ثانية", name2 = "جالون إمبريال لكل ثانية", symbol = "جالون إمبريال/ث", utype = "flow", scale = 0.00454609, default = "m3/s", link = "متر مكعب في الثانية", }, ["km3/a"] = { name1 = "كيلومتر مكعب لكل سنة", name2 = "كيلومتر مكعب لكل سنة", name2_us = "cubic kilometers per annum", symbol = "كم³/سنة", utype = "flow", scale = 31.68808781402895, default = "cumi/a", link = "متر مكعب في الثانية", }, ["km3/d"] = { name1 = "كيلومتر مكعب لكل يوم", name2 = "كيلومتر مكعب لكل يوم", name2_us = "cubic kilometers per day", symbol = "كم³/ي", utype = "flow", scale = 11574.074074074075, default = "cuft/d", link = "متر مكعب في الثانية", }, ["koilbbl/a"] = { name1 = "ألف برميل لكل سنة", name2 = "ألف برميل لكل سنة", symbol = "ألف برميل/سنة", utype = "flow", scale = 5.0380033629933841e-6, default = "v * 1.58987294928 < 10 ! ! e3 ! m3/a", link = "برميل (نفط)", }, ["koilbbl/d"] = { name1 = "ألف برميل لكل يوم", name2 = "ألف برميل لكل يوم", symbol = "ألف برميل/ي", utype = "flow", scale = 0.0018401307283333335, default = "v * 1.58987294928 < 10 ! ! e3 ! m3/d", link = "برميل (نفط)", }, ["L/h"] = { name1 = "لتر لكل ساعة", name2 = "لتر لكل ساعة", name2_us = "liters per hour", symbol = "ل/سا", utype = "flow", scale = 2.7777777777777776e-7, default = "impgal/h USgal/h", link = "متر مكعب في الثانية", }, ["L/min"] = { name1 = "لتر لكل دقيقة", name2 = "لتر لكل دقيقة", name2_us = "liters per minute", symbol = "ل/د", utype = "flow", scale = 1.6666666666666667e-5, default = "impgal/min USgal/min", link = "متر مكعب في الثانية", }, ["L/s"] = { name1 = "لتر لكل ثانية", name2 = "لتر لكل ثانية", name2_us = "liters per second", symbol = "ل/ث", utype = "flow", scale = 0.001, default = "cuft/s", link = "متر مكعب في الثانية", }, ["m3/a"] = { name1 = "متر مكعب لكل سنة", name2 = "متر مكعب لكل سنة", name2_us = "cubic meters per annum", symbol = "م³/سنة", utype = "flow", scale = 3.1688087814028947e-8, default = "cuft/a", link = "متر مكعب في الثانية", }, ["m3/d"] = { name1 = "متر مكعب لكل يوم", name2 = "متر مكعب لكل يوم", name2_us = "cubic meters per day", symbol = "م³/ي", utype = "flow", scale = 1.1574074074074073e-5, default = "cuft/d", link = "متر مكعب في الثانية", }, ["m3/h"] = { name1 = "متر مكعب لكل ساعة", name2 = "متر مكعب لكل ساعة", name2_us = "cubic meters per hour", symbol = "م³/سا", utype = "flow", scale = 0.00027777777777777778, default = "cuft/h", link = "متر مكعب في الثانية", }, ["m3/min"] = { name1 = "متر مكعب لكل دقيقة", name2 = "متر مكعب لكل دقيقة", name2_us = "cubic meters per minute", symbol = "م³/د", utype = "flow", scale = 0.016666666666666666, default = "cuft/min", link = "متر مكعب في الثانية", }, ["m3/s"] = { name1 = "متر مكعب لكل ثانية", name2 = "متر مكعب لكل ثانية", name2_us = "cubic meters per second", symbol = "م³/ث", utype = "flow", scale = 1, default = "cuft/s", link = "متر مكعب في الثانية", }, ["Moilbbl/a"] = { name1 = "مليون برميل لكل سنة", name2 = "مليون برميل لكل سنة", symbol = "مليون برميل/سنة", utype = "flow", scale = 0.0050380033629933837, default = "v * 1.58987294928 < 10 ! e3 ! e6 ! m3/a", link = "برميل (نفط)", }, ["Moilbbl/d"] = { name1 = "مليون برميل لكل يوم", name2 = "مليون برميل لكل يوم", symbol = "مليون برميل/ي", utype = "flow", scale = 1.8401307283333335, default = "v * 1.58987294928 < 10 ! e3 ! e6 ! m3/d", link = "برميل (نفط)", }, ["oilbbl/a"] = { name1 = "برميل لكل سنة", name2 = "برميل لكل سنة", symbol = "برميل/سنة", utype = "flow", scale = 5.0380033629933841e-9, default = "m3/a", link = "برميل (نفط)", }, ["oilbbl/d"] = { name1 = "برميل لكل يوم", name2 = "برميل لكل يوم", symbol = "برميل/ي", utype = "flow", scale = 1.8401307283333336e-6, default = "m3/d", link = "برميل (نفط)", }, ["Toilbbl/a"] = { name1 = "تريليون برميل لكل سنة", name2 = "تريليون برميل لكل سنة", symbol = "تريليون برميل/سنة", utype = "flow", scale = 5038.0033629933832, default = "v * 1.58987294928 < 10 ! e9 ! e12 ! m3/a", link = "برميل (نفط)", }, ["U.S.gal/d"] = { name1 = "جالون أمريكي لكل يوم", name2 = "جالون أمريكي لكل يوم", symbol = "جالون أمريكي/ي", utype = "flow", scale = 4.3812636388888893e-8, default = "m3/s", link = "U.S. gallon per day", customary= 1, }, ["U.S.gal/h"] = { name1 = "جالون لكل ساعة", name2 = "جالون لكل ساعة", symbol = "غالون/سا", utype = "flow", scale = 1.0515032733333334e-6, default = "m3/h", link = "غالون", customary= 2, }, ["U.S.gal/min"] = { name1 = "جالون أمريكي لكل دقيقة", name2 = "جالون أمريكي لكل دقيقة", symbol = "جالون أمريكي/د", utype = "flow", scale = 6.3090196400000003e-5, default = "m3/s", link = "غالون", }, ["USgal/a"] = { name1 = "جالون أمريكي لكل سنة", name2 = "جالون أمريكي لكل سنة", symbol = "جالون أمريكي/سنة", utype = "flow", scale = 1.1995246102365199e-10, default = "m3/s", link = "US gallon per day", }, ["USgal/d"] = { name1 = "جالون أمريكي لكل يوم", name2 = "جالون أمريكي لكل يوم", symbol = "جالون أمريكي/ي", utype = "flow", scale = 4.3812636388888893e-8, default = "m3/s", link = "US gallon per day", }, ["USgal/h"] = { name1 = "جالون لكل ساعة", name2 = "جالون لكل ساعة", symbol = "جالون/سا", utype = "flow", scale = 1.0515032733333334e-6, default = "m3/h", link = "غالون", customary= 1, }, ["USgal/min"] = { name1 = "جالون أمريكي لكل دقيقة", name2 = "جالون أمريكي لكل دقيقة", symbol = "جالون أمريكي/د", utype = "flow", scale = 6.3090196400000003e-5, default = "m3/s", link = "غالون", }, ["USgal/s"] = { name1 = "جالون أمريكي لكل ثانية", name2 = "جالون أمريكي لكل ثانية", name2_us = "U.S. gallons per second", symbol = "جالون أمريكي/ثانية", utype = "flow", scale = 0.003785411784, default = "m3/s", link = "متر مكعب في الثانية", }, ["ft3/a"] = { target = "cuft/a", }, ["ft3/d"] = { target = "cuft/d", }, ["ft3/h"] = { target = "cuft/h", }, ["ft3/s"] = { target = "cuft/s", }, ["Gcuft/a"] = { target = "e9cuft/a", }, ["Gcuft/d"] = { target = "e9cuft/d", }, ["kcuft/a"] = { target = "e3cuft/a", }, ["kcuft/d"] = { target = "e3cuft/d", }, ["kcuft/s"] = { target = "e3cuft/s", }, ["Mcuft/a"] = { target = "e6cuft/a", }, ["Mcuft/d"] = { target = "e6cuft/d", }, ["Mcuft/s"] = { target = "e6cuft/s", }, ["m³/s"] = { target = "m3/s", }, ["Tcuft/a"] = { target = "e12cuft/a", }, ["Tcuft/d"] = { target = "e12cuft/d", }, ["u.s.gal/min"] = { target = "U.S.gal/min", }, ["usgal/min"] = { target = "USgal/min", }, ["-LTf"] = { name1 = "طن كبير ثقلي", name1_us = "long ton-force", name2_us = "long tons-force", symbol = "LTf", utype = "force", scale = 9964.01641818352, default = "kN", link = "Long ton-force", }, ["-STf"] = { name1 = "طن صغير ثقلي", name1_us = "short ton-force", name2_us = "short tons-force", symbol = "STf", utype = "force", scale = 8896.443230521, default = "kN", link = "Short ton-force", }, ["dyn"] = { symbol = "داين", sym_us = "dyn", utype = "force", scale = 0.00001, default = "gr-f", }, ["g-f"] = { name1 = "غرام ثقلي", name2 = "غرام ثقلي", symbol = "غ_ق", utype = "force", scale = 0.00980665, default = "mN oz-f", link = "كيلو غرام ثقلي", }, ["gf"] = { name1 = "غرام ثقلي", name2 = "غرام ثقلي", symbol = "gf", utype = "force", scale = 0.00980665, default = "mN ozf", link = "كيلو غرام ثقلي", }, ["gr-f"] = { name1_us = "grain-force", name2_us = "grains-force", symbol = "جر_ق", sym_us = "gr_f", utype = "force", scale = 0.0006354602307515, default = "μN", link = "Pound-force", }, ["grf"] = { name1_us = "grain-force", name2_us = "grains-force", symbol = "جر_ق", sym_us = "grf", utype = "force", scale = 0.0006354602307515, default = "μN", link = "Pound-force", }, ["kdyn"] = { name1 = "كيلو داين", symbol = "كـ.د", sym_us = "kdyn", utype = "force", scale = 0.01, default = "oz-f", link = "داين", }, ["kg-f"] = { name1 = "كيلو غرام ثقلي", name2 = "كيلو غرام ثقلي", symbol = "كجم_ق", sym_us = "kg_f", utype = "force", scale = 9.80665, default = "N lb-f", }, ["kgf"] = { name1 = "كيلو غرام ثقلي", name2 = "كيلو غرام ثقلي", symbol = "كجم_ق", sym_us = "kg_f", utype = "force", scale = 9.80665, default = "N lbf", }, ["kp"] = { name1 = "كيلورطل", symbol = "kp", utype = "force", scale = 9.80665, default = "N lb-f", link = "كيلو غرام ثقلي", }, ["L/T-f"] = { name1 = "طن كبير ثقلي", name1_us = "long ton-force", name2_us = "long tons-force", symbol = "L/T_ق", sym_us = "L/T_f", utype = "force", scale = 9964.01641818352, default = "kN", link = "Long ton-force", }, ["L/Tf"] = { name1_us = "long ton-force", name2 = "طن كبير ثقلي", name2_us = "long tons-force", symbol = "L/Tf", utype = "force", scale = 9964.01641818352, default = "kN", link = "Long ton-force", }, ["lb-f"] = { name1_us = "pound-force", name2_us = "pounds-force", symbol = "رطل_ق", sym_us = "lb_f", utype = "force", scale = 4.4482216152605, default = "N", link = "Pound-force", }, ["lbf"] = { name1_us = "رطل ثقلي", name2_us = "رطل ثقلي", symbol = "رطل_ق", sym_us = "lb_f", utype = "force", scale = 4.4482216152605, default = "N", link = "Pound-force", }, ["lb(f)"] = { symbol = "رطل", sym_us = "lb(f)", utype = "force", scale = 4.4482216152605, default = "N", link = "Pound-force", }, ["LT-f"] = { name1 = "طن كبير ثقلي", name1_us = "long ton-force", name2_us = "long tons-force", symbol = "LT_ق", sym_us = "LT_f", utype = "force", scale = 9964.01641818352, default = "kN", link = "Long ton-force", }, ["LTf"] = { name1 = "طن كبير ثقلي", name1_us = "long ton-force", name2_us = "long tons-force", symbol = "LTf", sym_us = "~LTf", usename = 1, utype = "force", scale = 9964.01641818352, default = "kN", link = "Long ton-force", }, ["Mdyn"] = { name1 = "ميجا داين", symbol = "مج.داين", sym_us = "Mdyn", utype = "force", scale = 10, default = "lb-f", link = "داين", }, ["mdyn"] = { name1 = "ميلي داين", symbol = "مـ.داين", sym_us = "mdyn", utype = "force", scale = 0.00000001, default = "gr-f", link = "داين", }, ["mg-f"] = { name1 = "ميلي غرام ثقلي", name2 = "ميلي غرام ثقلي", symbol = "مج_ق", sym_us = "mg_f", utype = "force", scale = 0.00000980665, default = "μN gr-f", link = "كيلو غرام ثقلي", }, ["mgf"] = { name1 = "ميلي غرام ثقلي", name2 = "ميلي غرام ثقلي", symbol = "مـغ.ق", sym_us = "mgf", utype = "force", scale = 0.00000980665, default = "μN grf", link = "كيلو غرام ثقلي", }, ["Mp"] = { name1 = "megapond", symbol = "Mp", utype = "force", scale = 9806.65, default = "kN LT-f ST-f", link = "كيلو غرام ثقلي", }, ["mp"] = { name1 = "millipond", symbol = "mp", utype = "force", scale = 0.00000980665, default = "μN gr-f", link = "كيلو غرام ثقلي", }, ["N"] = { _name1 = "نيوتن", _name1_us= "newton", _symbol = "ن", _sym_us = "N", utype = "force", scale = 1, prefixes = 1, default = "lb-f", link = "نيوتن (وحدة)", }, ["oz-f"] = { name1_us = "ounce-force", name2_us = "ounces-force", symbol = "أوقية_ق", utype = "force", scale = 0.2780138203095378125, default = "mN", link = "Pound-force", }, ["ozf"] = { name1_us = "ounce-force", name2_us = "ounces-force", symbol = "ozf", utype = "force", scale = 0.2780138203095378125, default = "mN", link = "Pound-force", }, ["p"] = { name1 = "pond", symbol = "p", utype = "force", scale = 0.00980665, default = "mN oz-f", link = "كيلو غرام ثقلي", }, ["pdl"] = { name1 = "باوندال", symbol = "pdl", utype = "force", scale = 0.138254954376, default = "N", }, ["S/T-f"] = { name1 = "طن صغير ثقلي", name1_us = "short ton-force", name2_us = "short tons-force", symbol = "S/T_ق", sym_us = "S/T_f", utype = "force", scale = 8896.443230521, default = "kN", link = "Short ton-force", }, ["S/Tf"] = { name1 = "طن صغير ثقلي", name1_us = "short ton-force", name2_us = "short tons-force", symbol = "S/Tf", utype = "force", scale = 8896.443230521, default = "kN", link = "Short ton-force", }, ["ST-f"] = { name1 = "طن صغير ثقلي", name1_us = "short ton-force", name2_us = "short tons-force", symbol = "ST_ق", sym_us = "ST_f", utype = "force", scale = 8896.443230521, default = "kN", link = "Short ton-force", }, ["STf"] = { name1 = "طن صغير ثقلي", name1_us = "short ton-force", name2_us = "short tons-force", symbol = "STf", sym_us = "~STf", usename = 1, utype = "force", scale = 8896.443230521, default = "kN", link = "Short ton-force", }, ["t-f"] = { name1_us = "طن ثقلي", name2_us = "طن ثقلي", symbol = "طن_ق", sym_us = "t_f", utype = "force", scale = 9806.65, default = "kN LT-f ST-f", link = "Ton-force#Tonne-force", }, ["tf"] = { name1_us = "طن ثقلي", name2_us = "طن ثقلي", symbol = "طن_ق", sym_us = "tf", utype = "force", scale = 9806.65, default = "kN LTf STf", link = "Ton-force#Tonne-force", }, ["dyne"] = { target = "dyn", }, ["newtons"] = { target = "N", }, ["poundal"] = { target = "pdl", }, ["tonne-force"] = { target = "tf", }, ["impgal/mi"] = { per = { "@impgal", "mi" }, utype = "fuel efficiency", invert = 1, iscomplex= true, default = "l/km USgal/mi", }, ["km/L"] = { per = { "km", "L" }, utype = "fuel efficiency", invert = -1, iscomplex= true, default = "mpgimp mpgus", }, ["km/l"] = { per = { "km", "l" }, utype = "fuel efficiency", invert = -1, iscomplex= true, default = "mpgimp mpgus", }, ["L/100 km"] = { per = { "L", "100km" }, utype = "fuel efficiency", invert = 1, iscomplex= true, default = "mpgimp mpgus", symlink = "[[استهلاك الوقود بالتنكة|ميل لكل جالون]]", }, ["l/100 km"] = { per = { "l", "100km" }, utype = "fuel efficiency", invert = 1, iscomplex= true, default = "mpgimp mpgus", symlink = "[[استهلاك الوقود بالتنكة|ميل لكل جالون]]", }, ["L/km"] = { per = { "L", "km" }, utype = "fuel efficiency", invert = 1, iscomplex= true, default = "mpgimp mpgus", }, ["l/km"] = { per = { "l", "km" }, utype = "fuel efficiency", invert = 1, iscomplex= true, default = "mpgimp mpgus", }, ["mi/impqt"] = { per = { "mi", "impqt" }, utype = "fuel efficiency", invert = -1, iscomplex= true, default = "km/L", }, ["mi/U.S.qt"] = { per = { "mi", "U.S.qt" }, utype = "fuel efficiency", invert = -1, iscomplex= true, default = "km/L", }, ["mi/USqt"] = { per = { "mi", "USqt" }, utype = "fuel efficiency", invert = -1, iscomplex= true, default = "km/L", }, ["mi/usqt"] = { per = { "mi", "usqt" }, utype = "fuel efficiency", invert = -1, iscomplex= true, default = "km/L", }, ["mpgimp"] = { per = { "mi", "@impgal" }, symbol = "mpg_&#8209;imp", utype = "fuel efficiency", invert = -1, iscomplex= true, default = "L/100 km+mpgus", symlink = "[[استهلاك الوقود بالتنكة|ميل لكل جالون]]_{&#8209;[[Imperial units|إمبراطوري]]}", }, ["mpgus"] = { per = { "mi", "+USgal" }, symbol = "mpg_&#8209;US", utype = "fuel efficiency", invert = -1, iscomplex= true, default = "L/100 km+mpgimp", symlink = "[[استهلاك الوقود بالتنكة|ميل لكل جالون]]_{&#8209;[[United States customary units|أمريكي]]}", }, ["U.S.gal/mi"] = { per = { "*U.S.gal", "mi" }, sp_us = true, utype = "fuel efficiency", invert = 1, iscomplex= true, default = "l/km impgal/mi", }, ["usgal/mi"] = { per = { "+USgal", "mi" }, utype = "fuel efficiency", invert = 1, iscomplex= true, default = "l/km impgal/mi", }, ["L/100km"] = { target = "L/100 km", }, ["l/100km"] = { target = "l/100 km", }, ["mpg"] = { shouldbe = "Use %{mpgus%} for miles per US gallon or %{mpgimp%} for miles per imperial gallon (not %{mpg%})", }, ["mpgU.S."] = { target = "mpgus", symbol = "mpg_&#8209;U.S.", sp_us = true, symlink = "[[استهلاك الوقود بالتنكة|ميل لكل جالون]]_{&#8209;[[United States customary units|أمريكي]]}", }, ["mpgu.s."] = { target = "mpgus", symbol = "mpg_&#8209;U.S.", sp_us = true, symlink = "[[استهلاك الوقود بالتنكة|ميل لكل جالون]]_{&#8209;[[United States customary units|أمريكي]]}", }, ["mpgUS"] = { target = "mpgus", }, ["USgal/mi"] = { target = "usgal/mi", }, ["kPa/m"] = { per = { "kPa", "-m-frac" }, utype = "fracture gradient", default = "psi/ft", }, ["psi/ft"] = { per = { "psi", "-ft-frac" }, utype = "fracture gradient", default = "kPa/m", }, ["cm/km"] = { name1 = "سنتيمتر لكل كيلومتر", name2 = "سنتيمتر لكل كيلومتر", name2_us = "centimeters per kilometer", symbol = "سم/كم", utype = "gradient", scale = 0.00001, default = "ft/mi", link = "درجة انحدار", }, ["ft/mi"] = { name1 = "قدم لكل ميل", name2 = "قدم لكل ميل", symbol = "قدم /ميل", utype = "gradient", scale = 0.00018939393939393939, default = "v < 5.28 ! c ! ! m/km", link = "درجة انحدار", }, ["ft/nmi"] = { name1 = "قدم لكل ميل بحري", name2 = "قدم لكل ميل بحري", symbol = "قدم/ميل بحري", utype = "gradient", scale = 0.00016457883369330455, default = "v < 6.076 ! c ! ! m/km", link = "درجة انحدار", }, ["in/ft"] = { name1 = "بوصة لكل القدم", name2 = "بوصة لكل القدم", symbol = "بوصة /قدم", utype = "gradient", scale = 0.083333333333333329, default = "mm/m", link = "درجة انحدار", }, ["in/mi"] = { name1 = "بوصة لكل ميل", name2 = "بوصة لكل ميل", symbol = "بوصة /ميل", utype = "gradient", scale = 1.5782828282828283e-5, default = "v < 0.6336 ! m ! c ! m/km", link = "درجة انحدار", }, ["m/km"] = { name1 = "متر لكل كيلومتر", name2 = "متر لكل كيلومتر", name2_us = "meters per kilometer", symbol = "م/كم", utype = "gradient", scale = 0.001, default = "ft/mi", link = "درجة انحدار", }, ["mm/km"] = { name1 = "ملليمتر لكل كيلومتر", name2 = "ملليمتر لكل كيلومتر", name2_us = "millimeters per kilometer", symbol = "مم/كم", utype = "gradient", scale = 0.000001, default = "in/mi", link = "درجة انحدار", }, ["mm/m"] = { name1 = "ملليمتر لكل متر", name2 = "ملليمتر لكل متر", name2_us = "millimeters per meter", symbol = "مم/مم", utype = "gradient", scale = 0.001, default = "in/ft", link = "درجة انحدار", }, ["admi"] = { name1 = "ميل بحري", symbol = "nmi&nbsp;(admiralty)", utype = "length", scale = 1853.184, default = "km mi", }, ["AU"] = { name1 = "وحدة فلكية", symbol = "AU", utype = "length", scale = 149597870700, default = "km mi", }, ["Brnmi"] = { name1 = "ميل بحري بريطاني", symbol = "(Brit)&nbsp;nmi", utype = "length", scale = 1853.184, default = "km mi", link = "ميل بحري", }, ["bu"] = { name2 = "bu", symbol = "bu", sym_us = "~bu", usename = 1, utype = "length", scale = 0.0030303030303030303, default = "mm", link = "Japanese units of measurement#Length", }, ["ch"] = { name1 = "سلسلة", symbol = "ch", utype = "length", scale = 20.1168, default = "ft m", subdivs = { ["ft"] = { 66, default = "m" }, ["yd"] = { 22, default = "m" } }, link = "سلسلة (وحدة)", }, ["chlk"] = { name1 = "[[Chain (unit)|chain]]", symbol = "[[Chain (unit)|ch]]", utype = "length", scale = 20.1168, default = "ft m", link = "", }, ["chain"] = { name1 = "سلسلة", symbol = "chain", sym_us = "~chain", usename = 1, utype = "length", scale = 20.1168, default = "ft m", subdivs = { ["ft"] = { 66, default = "m" }, ["yd"] = { 22, default = "m" } }, link = "سلسلة (وحدة)", }, ["chainlk"] = { symbol = "[[Chain (unit)|chain]]", usename = 1, utype = "length", scale = 20.1168, default = "ft m", link = "", }, ["dpcm"] = { name2 = "dot/cm", symbol = "dot/cm", utype = "length", scale = 100, invert = -1, iscomplex= true, default = "dpi", link = "نقطة لكل بوصة", }, ["dpi"] = { name2 = "DPI", symbol = "DPI", utype = "length", scale = 39.370078740157481, invert = -1, iscomplex= true, default = "pitch", link = "نقطة لكل بوصة", }, ["fathom"] = { name1 = "قامة", symbol = "fathom", sym_us = "~fathom", usename = 1, utype = "length", scale = 1.8288, default = "ft m", }, ["foot"] = { name2 = "قدم", symbol = "قدم", utype = "length", scale = 0.3048, default = "m", subdivs = { ["in"] = { 12, default = "m" } }, link = "قدم (وحدة قياس)", }, ["ft"] = { name2 = "قدم", symbol = "قدم", sym_us = "ft", utype = "length", scale = 0.3048, exception= "integer_more_precision", default = "m", subdivs = { ["in"] = { 12, default = "m" } }, link = "قدم (وحدة قياس)", }, ["furlong"] = { name1 = "فرلنغ", symbol = "furlong", sym_us = "~furlong", usename = 1, utype = "length", scale = 201.168, default = "ft m", }, ["Gly"] = { name1 = "جيجا سنة ضوئية", symbol = "Gly", utype = "length", scale = 9.4607304725808e24, default = "Mpc", link = "سنة ضوئية", }, ["Gpc"] = { name1 = "جيجا بارسيك", symbol = "جـ.فخ", sym_us = "Gpc", utype = "length", scale = 3.0856775814671916e25, default = "Gly", link = "فرسخ فلكي", }, ["hand"] = { symbol = "يد", sym_us = "hand", utype = "length", builtin = "hand", scale = 0.1016, iscomplex= true, default = "in cm", link = "يد (وحدة)", }, ["in"] = { name2 = "بوصة", symbol = "بوصة", sym_us = "in", utype = "length", scale = 0.0254, exception= "subunit_more_precision", default = "mm", }, ["inabbreviated"] = { name2 = "بوصة", symbol = "بوصة", sym_us = "inabbreviated", utype = "length", scale = 0.0254, default = "mm", }, ["kly"] = { name1 = "كيلو سنة ضوئية", symbol = "kly", utype = "length", scale = 9.4607304725808e18, default = "pc", link = "سنة ضوئية", }, ["kpc"] = { name1 = "كيلو بارسيك", symbol = "ك.فخ", sym_us = "kpc", utype = "length", scale = 3.0856775814671916e19, default = "kly", link = "فرسخ فلكي", }, ["LD"] = { name1 = "بعد القمر", symbol = "LD", utype = "length", scale = 384403000, default = "km mi", link = "بعد القمر (فلك)", }, ["league"] = { symbol = "league", sym_us = "~league", usename = 1, utype = "length", scale = 4828.032, default = "km", link = "League (unit)", }, ["ly"] = { name1 = "سنة ضوئية", symbol = "ly", utype = "length", scale = 9.4607304725808e15, default = "AU", }, ["m"] = { _name1 = "متر", _symbol = "م", _sym_us = "m", utype = "length", scale = 1, prefixes = 1, default = "v > 0 and v < 3 ! ftin ! ft", link = "متر", }, ["mi"] = { symbol = "ميل", sym_us = "mi", utype = "length", scale = 1609.344, default = "km", subdivs = { ["ch"] = { 80, default = "km" }, ["chlk"] = { 80, default = "km" }, ["chain"] = { 80, default = "km" }, ["chainlk"] = { 80, default = "km" }, ["ft"] = { 5280, default = "km" }, ["furlong"] = { 8, default = "km" }, ["yd"] = { 1760, default = "km" } }, }, ["mil"] = { symbol = "mil", sym_us = "~mil", usename = 1, utype = "length", scale = 0.0000254, default = "mm", link = "ألف من البوصة", }, ["Mly"] = { name1 = "ميجا سنة ضوئية", symbol = "Mly", utype = "length", scale = 9.4607304725808e21, default = "kpc", link = "سنة ضوئية", }, ["Mpc"] = { name1 = "ميجا بارسيك", symbol = "مج.فخ", sym_us = "Mpc", utype = "length", scale = 3.0856775814671916e22, default = "Mly", link = "فرسخ فلكي", }, ["NM"] = { name1 = "ميل بحري", symbol = "NM", utype = "length", scale = 1852, default = "km mi", }, ["nmi"] = { name1 = "ميل بحري", symbol = "nmi", utype = "length", scale = 1852, default = "km mi", }, ["oldUKnmi"] = { name1 = "ميل بحري", symbol = "nmi", utype = "length", scale = 1853.184, default = "km mi", }, ["oldUSnmi"] = { name1 = "ميل بحري", symbol = "nmi", utype = "length", scale = 1853.24496, default = "km mi", }, ["pc"] = { name1 = "فرسخ نجمي", symbol = "فخ", sym_us = "pc", utype = "length", scale = 3.0856775814671916e16, default = "ly", link = "فرسخ فلكي", }, ["perch"] = { name1 = "قصبة", name2 = "قصبة", symbol = "perch", sym_us = "~perch", usename = 1, utype = "length", scale = 5.0292, default = "ft m", link = "قصبة (وحدة قياس)", }, ["pitch"] = { name2 = "μm", symbol = "μm", sym_us = "*μm", utype = "length", scale = 1e-6, default = "dpi", defkey = "pitch", linkey = "pitch", link = "نقطة لكل بوصة", }, ["pole"] = { symbol = "pole", sym_us = "~pole", usename = 1, utype = "length", scale = 5.0292, default = "ft m", link = "قصبة (وحدة قياس)", }, ["pre1954U.S.nmi"] = { name1 = "(pre-1954&nbsp;U.S.) nautical mile", symbol = "(pre-1954&nbsp;U.S.) nmi", utype = "length", scale = 1853.24496, default = "km mi", link = "ميل بحري", }, ["pre1954USnmi"] = { name1 = "(pre-1954&nbsp;US) nautical mile", name1_us = "(pre-1954&nbsp;U.S.) nautical mile", symbol = "(pre-1954&nbsp;US) nmi", sym_us = "(pre-1954&nbsp;U.S.) nmi", utype = "length", scale = 1853.24496, default = "km mi", link = "ميل بحري", }, ["rd"] = { name1 = "rod", symbol = "rd", utype = "length", scale = 5.0292, default = "ft m", link = "قصبة (وحدة قياس)", }, ["royal cubit"] = { symbol = "ذراع", sym_us = "royal cubit", utype = "length", scale = 0.524, default = "mm", link = "ذراع (وحدة قياس)", }, ["rtkm"] = { name1 = "route kilometre", name1_us = "route kilometer", symbol = "كم", sym_us = "rtkm", utype = "length", scale = 1000, default = "mi", link = "كيلومتر", }, ["rtmi"] = { name1 = "route mile", symbol = "ميل", sym_us = "rtmi", utype = "length", scale = 1609.344, default = "km", link = "ميل", }, ["shaku"] = { name2 = "shaku", symbol = "shaku", sym_us = "~shaku", usename = 1, utype = "length", scale = 0.30303030303030304, default = "m", link = "Shaku (unit)", }, ["sm"] = { symbol = "سموت", sym_us = "sm", utype = "length", scale = 1.70180, default = "m", link = "سموت (وحدة)", }, ["smi"] = { name1 = "statute mile", symbol = "ميل", sym_us = "smi", utype = "length", scale = 1609.344, default = "km", subdivs = { ["chain"] = { 80, default = "km" } }, link = "ميل", }, ["solar radius"] = { name1 = "نصف قطر شمسي", name2 = "نصف قطر شمسي", symbol = "''نق''_☉", utype = "length", scale = 695700e3, default = "km", }, ["sun"] = { name1 = "شمس", name2 = "شمس", symbol = "sun", sym_us = "~sun", usename = 1, utype = "length", scale = 0.030303030303030304, default = "mm", link = "Japanese units of measurement#Length", }, ["thou"] = { name1 = "ألف بوصة", name2 = "ألف بوصة", symbol = "thou", sym_us = "~thou", usename = 1, utype = "length", scale = 0.0000254, default = "mm", }, ["verst"] = { name1 = "فرستا", symbol = "verst", sym_us = "~verst", usename = 1, utype = "length", scale = 1066.8, default = "km mi", link = "فرستا (وحدة قياس)", }, ["yd"] = { symbol = "يارد", sym_us = "yd", utype = "length", scale = 0.9144, default = "m", subdivs = { ["ft"] = { 3, default = "m" } }, }, ["μin"] = { name1 = "ميكرو بوصة", name2 = "ميكرو بوصة", symbol = "مي.بوصة", sym_us = "μin", utype = "length", scale = 0.0000000254, default = "nm", link = "سوابق النظام الدولي للوحدات", }, ["Å"] = { name1 = "أنغستروم", symbol = "أنغ", sym_us = "Å", utype = "length", scale = 0.0000000001, default = "in", }, ["Hz"] = { _name1 = "هرتز", _name2 = "هرتز", _symbol = "هز", _sym_us = "Hz", utype = "length", scale = 3.3356409519815204e-9, invert = -1, iscomplex= true, prefixes = 1, default = "m", link = "هرتز", }, ["-ft-frac"] = { target = "ft", link = "تصديع مائي", }, ["-in-stiff"] = { target = "in", link = "جساءة", }, ["-m-frac"] = { target = "m", link = "تصديع مائي", }, ["-m-stiff"] = { target = "m", link = "جساءة", }, ["100km"] = { target = "km", multiplier= 100, }, ["admiralty nmi"] = { target = "oldUKnmi", }, ["angstrom"] = { target = "Å", }, ["au"] = { target = "AU", symbol = "au", }, ["feet"] = { target = "ft", }, ["hands"] = { target = "hand", }, ["inch"] = { target = "in", }, ["light-year"] = { target = "ly", }, ["meter"] = { target = "m", sp_us = true, }, ["meters"] = { target = "m", sp_us = true, }, ["metre"] = { target = "m", }, ["متر"] = { target = "m", }, ["م"] = { target = "m", }, ["metres"] = { target = "m", }, ["micrometre"] = { target = "μm", }, ["micron"] = { target = "μm", default = "μin", }, ["mile"] = { target = "mi", }, ["miles"] = { target = "mi", }, ["parsec"] = { target = "pc", }, ["rod"] = { target = "rd", }, ["smoot"] = { target = "sm", }, ["uin"] = { target = "μin", }, ["yard"] = { target = "yd", }, ["yards"] = { target = "yd", }, ["yds"] = { target = "yd", }, ["dtex"] = { name1 = "ديسيتكس", name2 = "ديسيتكس", symbol = "د.تكس", sym_us = "dtex", utype = "linear density", scale = 1e-7, default = "lb/yd", link = "نظام الوحدات في النسيج", }, ["kg/cm"] = { name1 = "كيلوغرام لكل سنتيمتر", name1_us = "kilogram per centimeter", name2 = "كيلوغرام لكل سنتيمتر", name2_us = "kilograms per centimeter", symbol = "كجم/سم", sym_us = "kg/cm", utype = "linear density", scale = 100, default = "lb/yd", link = "كثافة طولية", }, ["kg/m"] = { name1 = "كيلوغرام لكل متر", name1_us = "kilogram per meter", name2_us = "kilograms per meter", symbol = "كجم/م", sym_us = "kg/m", utype = "linear density", scale = 1, default = "lb/yd", link = "كثافة طولية", }, ["lb/ft"] = { name1 = "رطل لكل قدم", symbol = "رطل/قدم", sym_us = "lb/ft", utype = "linear density", scale = 1.4881639435695539, default = "kg/m", link = "كثافة طولية", }, ["lb/yd"] = { name1 = "رطل لكل ياردة", symbol = "رطل/ياردة", sym_us = "lb/yd", utype = "linear density", scale = 0.49605464785651798, default = "kg/m", link = "كثافة طولية", }, ["G"] = { _name1 = "غاوس", _name2 = "غاوس", _symbol = "جاوس", _sym_us = "G", utype = "magnetic field strength", scale = 0.0001, prefixes = 1, default = "T", link = "غاوس (وحدة)", }, ["T"] = { _name1 = "تسلا", _symbol = "تس", _sym_us = "T", utype = "magnetic field strength", scale = 1, prefixes = 1, default = "G", link = "تسلا (وحدة)", }, ["A/m"] = { name1 = "أمبير لكل متر", name1_us = "amperes per meter", name2 = "أمبير لكل متر", symbol = "أ/م", sym_us = "A/m", utype = "magnetizing field", scale = 1, default = "Oe", link = "حقل مغناطيسي", }, ["kA/m"] = { name1 = "كيلو أمبير لكل متر", name1_us = "kiloamperes per meter", name2 = "كيلو أمبير لكل متر", symbol = "ك.أ/م", sym_us = "kA/m", utype = "magnetizing field", scale = 1000, default = "kOe", link = "حقل مغناطيسي", }, ["MA/m"] = { name1 = "ميجا أمبير لكل متر", name1_us = "megaamperes per meter", name2 = "ميجا أمبير لكل متر", symbol = "مج.أ/م", sym_us = "MA/m", utype = "magnetizing field", scale = 1e6, default = "kOe", link = "حقل مغناطيسي", }, ["Oe"] = { _name1 = "أورستد", _symbol = "Oe", utype = "magnetizing field", scale = 79.5774715, prefixes = 1, default = "kA/m", link = "أورستد", }, ["-Lcwt"] = { name1 = "hundredweight", name2 = "hundredweight", symbol = "cwt", utype = "mass", scale = 50.80234544, default = "lb", link = "القنطار", }, ["-Scwt"] = { name1 = "hundredweight", name2 = "hundredweight", symbol = "cwt", utype = "mass", scale = 45.359237, default = "lb", link = "القنطار", }, ["-ST"] = { name1 = "طن صغير", name1_us = "short ton", symbol = "طن.صغير", sym_us = "ST", utype = "mass", scale = 907.18474, default = "t", link = "طن أمريكي", }, ["carat"] = { name1 = "قيراط", symbol = "carat", sym_us = "~carat", usename = 1, utype = "mass", scale = 0.0002, default = "g", link = "قيراط (وحدة كتلة)", }, ["drachm"] = { name1_us = "dram", symbol = "drachm", sym_us = "~drachm", usename = 1, utype = "mass", scale = 0.001771845195, default = "g", link = "Dram (unit)", }, ["dram"] = { target = "drachm", }, ["dwt"] = { name1 = "pennyweight", symbol = "dwt", utype = "mass", scale = 0.00155517384, default = "oz g", }, ["DWton"] = { symbol = "deadweight ton", sym_us = "~deadweight ton", usename = 1, utype = "mass", scale = 1016.0469088, default = "DWtonne", link = "حمولة السفينة", }, ["DWtonne"] = { symbol = "deadweight tonne", sym_us = "~deadweight tonne", usename = 1, utype = "mass", scale = 1000, default = "DWton", link = "حمولة السفينة", }, ["g"] = { _name1 = "غرام", _symbol = "غ", _sym_us = "g", utype = "mass", scale = 0.001, prefixes = 1, default = "oz", link = "غرام (وحدة قياس)", }, ["gr"] = { name1 = "grain", symbol = "gr", utype = "mass", scale = 0.00006479891, default = "g", link = "Grain (unit)", }, ["Gt"] = { name1 = "جيجا طن", symbol = "جـ.طن", sym_us = "Gt", utype = "mass", scale = 1000000000000, default = "LT ST", link = "طن", }, ["impgalh2o"] = { name1 = "imperial gallon of water", name2 = "imperial gallons of water", symbol = "imp&nbsp;gal H₂O", utype = "mass", scale = 4.5359236999999499, default = "lb kg", link = "غالون", }, ["kt"] = { name1 = "كيلو طن", symbol = "ك.طن", sym_us = "kt", utype = "mass", scale = 1000000, default = "LT ST", link = "طن", }, ["lb"] = { symbol = "رطل", sym_us = "lb", utype = "mass", scale = 0.45359237, exception= "integer_more_precision", default = "kg", subdivs = { ["oz"] = { 16, default = "kg" } }, }, ["Lcwt"] = { name1 = "long hundredweight", name2 = "long hundredweight", symbol = "Lcwt", sym_us = "~Lcwt", usename = 1, utype = "mass", scale = 50.80234544, default = "lb", subdivs = { ["qtr"] = { 4, default = "kg" }, ["st"] = { 8, default = "kg" } }, link = "القنطار", }, ["long cwt"] = { name1 = "long hundredweight", name2 = "long hundredweight", symbol = "long&nbsp;cwt", utype = "mass", scale = 50.80234544, default = "lb kg", subdivs = { ["qtr"] = { 4, default = "kg" } }, link = "القنطار", }, ["long qtr"] = { name1 = "long quarter", symbol = "long&nbsp;qtr", utype = "mass", scale = 12.70058636, default = "lb kg", link = "أفردوبويز", }, ["LT"] = { name1 = "طن كبير", name1_us = "long ton", symbol = "long ton", sym_us = "~long ton", usename = 1, utype = "mass", scale = 1016.0469088, default = "t", subdivs = { ["Lcwt"] = { 20, default = "t", unit = "-Lcwt" } }, link = "Long ton", }, ["lt"] = { name1 = "طن كبير", name1_us = "long ton", symbol = "LT", utype = "mass", scale = 1016.0469088, default = "t", subdivs = { ["Lcwt"] = { 20, default = "t", unit = "-Lcwt" } }, link = "Long ton", }, ["metric ton"] = { name1 = "طن متري", symbol = "metric ton", sym_us = "~metric ton", usename = 1, utype = "mass", scale = 1000, default = "long ton", link = "طن", }, ["MT"] = { name1 = "طن متري", symbol = "طن", sym_us = "MT", utype = "mass", scale = 1000, default = "LT ST", link = "طن", }, ["Mt"] = { name1 = "ميجا طن", symbol = "مج.طن", sym_us = "Mt", utype = "mass", scale = 1000000000, default = "LT ST", link = "طن", }, ["oz"] = { symbol = "أونصة", sym_us = "oz", utype = "mass", scale = 0.028349523125, default = "g", }, ["ozt"] = { name1 = "أوقية ترويسية", symbol = "ozt", utype = "mass", scale = 0.0311034768, default = "oz g", link = "الأوقية الترويسية", }, ["pdr"] = { name1 = "رطل", symbol = "pdr", utype = "mass", scale = 0.45359237, default = "kg", }, ["qtr"] = { name1 = "quarter", symbol = "qtr", utype = "mass", scale = 12.70058636, default = "lb kg", subdivs = { ["lb"] = { 28, default = "kg" } }, link = "أفردوبويز", }, ["Scwt"] = { name1 = "short hundredweight", name2 = "short hundredweight", symbol = "Scwt", sym_us = "~Scwt", usename = 1, utype = "mass", scale = 45.359237, default = "lb", link = "القنطار", }, ["short cwt"] = { name1 = "short hundredweight", name2 = "short hundredweight", symbol = "short&nbsp;cwt", utype = "mass", scale = 45.359237, default = "lb kg", link = "القنطار", }, ["short qtr"] = { name1 = "short quarter", symbol = "short&nbsp;qtr", utype = "mass", scale = 11.33980925, default = "lb kg", link = "أفردوبويز", }, ["ST"] = { name1 = "طن صغير", name1_us = "short ton", symbol = "short ton", sym_us = "~short ton", usename = 1, utype = "mass", scale = 907.18474, default = "t", subdivs = { ["Scwt"] = { 20, default = "t", unit = "-Scwt" } }, link = "طن أمريكي", }, ["shtn"] = { name1 = "طن صغير", name1_us = "short ton", symbol = "short ton", sym_us = "sh&nbsp;tn", usename = 1, utype = "mass", scale = 907.18474, default = "t", link = "طن أمريكي", }, ["shton"] = { symbol = "ton", sym_us = "~ton", usename = 1, utype = "mass", scale = 907.18474, default = "t", link = "طن", }, ["solar mass"] = { name1 = "solar mass", name2 = "solar masses", symbol = "''M''_☉", utype = "mass", scale = 1.98855e30, default = "kg", link = "كتلة شمسية", }, ["st"] = { name2 = "ستون", symbol = "ستون", sym_us = "st", utype = "mass", scale = 6.35029318, default = "lb kg", subdivs = { ["lb"] = { 14, default = "kg lb" } }, link = "ستون (وحدة)", }, ["t"] = { name1 = "طن", name2 = "طن متري", symbol = "t", utype = "mass", scale = 1000, default = "LT ST", }, ["tonne"] = { name2 = "طن متري", symbol = "طن", sym_us = "t", utype = "mass", scale = 1000, default = "shton", }, ["troy pound"] = { symbol = "troy pound", sym_us = "~troy pound", usename = 1, utype = "mass", scale = 0.3732417216, default = "lb kg", link = "وزن تروي", }, ["usgalh2o"] = { name1 = "US gallon of water", name2 = "جالون أمريكي من الماء", name2_us = "U.S. gallons of water", symbol = "US&nbsp;gal H₂O", utype = "mass", scale = 3.7776215836051126, default = "lb kg", link = "وحدات قياس عرفية أمريكية", }, ["viss"] = { name2 = "viss", symbol = "viss", utype = "mass", scale = 1.632932532, default = "kg", link = "Burmese units of measurement#mass", }, ["billion tonne"] = { target = "e9t", }, ["kilogram"] = { target = "kg", }, ["kilotonne"] = { target = "kt", }, ["lbs"] = { target = "lb", }, ["lbt"] = { target = "troy pound", }, ["lcwt"] = { target = "Lcwt", }, ["long ton"] = { target = "LT", }, ["mcg"] = { target = "μg", }, ["million tonne"] = { target = "e6t", }, ["scwt"] = { target = "Scwt", }, ["short ton"] = { target = "ST", }, ["stone"] = { target = "st", }, ["thousand tonne"] = { target = "e3t", }, ["tonnes"] = { target = "t", }, ["kg/kW"] = { name1 = "كيلوغرام لكل كيلووات", name2 = "كيلوغرام لكل كيلووات", symbol = "kg/kW", utype = "mass per unit power", scale = 0.001, default = "lb/hp", link = "واط", }, ["lb/hp"] = { name1 = "رطل لكل حصان", name2 = "رطل لكل حصان", symbol = "lb/hp", utype = "mass per unit power", scale = 0.00060827738784176115, default = "kg/kW", link = "حصان (وحدة قدرة)", }, ["kg/h"] = { per = { "kg", "h" }, utype = "mass per unit time", default = "lb/h", }, ["lb/h"] = { per = { "lb", "h" }, utype = "mass per unit time", default = "kg/h", }, ["g-mol/d"] = { name1 = "جرام مول في اليوم", name2 = "جرام مول في اليوم", symbol = "غ-مول/ي", utype = "molar rate", scale = 1.1574074074074073e-5, default = "μmol/s", link = "مول", }, ["g-mol/h"] = { name1 = "جرام مول في الساعة", name2 = "جرام مول في الساعة", symbol = "غ-مول/سا", utype = "molar rate", scale = 0.00027777777777777778, default = "mmol/s", link = "مول", }, ["g-mol/min"] = { name1 = "جرام مول في الدقيقة", name2 = "جرام مول في الدقيقة", symbol = "غ-مول/د", utype = "molar rate", scale = 0.016666666666666666, default = "g-mol/s", link = "مول", }, ["g-mol/s"] = { name1 = "جرام مول في الثانية", name2 = "جرام مول في الثانية", symbol = "غ-مول/ثا", utype = "molar rate", scale = 1, default = "lb-mol/min", link = "مول", }, ["gmol/d"] = { name1 = "جرام مول في اليوم", name2 = "جرام مول في اليوم", symbol = "غ-مول/ي", utype = "molar rate", scale = 1.1574074074074073e-5, default = "μmol/s", link = "مول", }, ["gmol/h"] = { name1 = "جرام مول في الساعة", name2 = "جرام مول في الساعة", symbol = "غ-مول/سا", utype = "molar rate", scale = 0.00027777777777777778, default = "mmol/s", link = "مول", }, ["gmol/min"] = { name1 = "جرام مول في الدقيقة", name2 = "جرام مول في الدقيقة", symbol = "غ-مول/د", utype = "molar rate", scale = 0.016666666666666666, default = "gmol/s", link = "مول", }, ["gmol/s"] = { name1 = "جرام مول في الثانية", name2 = "جرام مول في الثانية", symbol = "غ-مول/ثا", utype = "molar rate", scale = 1, default = "lbmol/min", link = "مول", }, ["kmol/d"] = { name1 = "كيلو مول في اليوم", name2 = "كيلو مول في اليوم", symbol = "ك.مول/ي", utype = "molar rate", scale = 0.011574074074074073, default = "mmol/s", link = "مول", }, ["kmol/h"] = { name1 = "كيلو مول في الساعة", name2 = "كيلو مول في الساعة", symbol = "ك.مول/سا", utype = "molar rate", scale = 0.27777777777777779, default = "mol/s", link = "مول", }, ["kmol/min"] = { name1 = "كيلو مول في الدقيقة", name2 = "كيلو مول في الدقيقة", symbol = "ك.مول/د", utype = "molar rate", scale = 16.666666666666668, default = "mol/s", link = "مول", }, ["kmol/s"] = { name1 = "كيلو مول في الثانية", name2 = "كيلو مول في الثانية", symbol = "ك.مول/ثا", utype = "molar rate", scale = 1000, default = "lb-mol/s", link = "مول", }, ["lb-mol/d"] = { name1 = "رطل مول في اليوم", name2 = "رطل مول في اليوم", symbol = "رطل مول/ي", utype = "molar rate", scale = 0.0052499116898148141, default = "mmol/s", link = "مول", }, ["lb-mol/h"] = { name1 = "رطل مول في الساعة", name2 = "رطل مول في الساعة", symbol = "رطل مول/ي", utype = "molar rate", scale = 0.12599788055555555, default = "mol/s", link = "مول", }, ["lb-mol/min"] = { name1 = "رطل مول في الدقيقة", name2 = "رطل مول في الدقيقة", symbol = "رطل مول/د", utype = "molar rate", scale = 7.5598728333333334, default = "mol/s", link = "مول", }, ["lb-mol/s"] = { name1 = "رطل مول في الثانية", name2 = "رطل مول في الثانية", symbol = "رطل مول/ثا", utype = "molar rate", scale = 453.59237, default = "kmol/s", link = "مول", }, ["lbmol/d"] = { name1 = "رطل مول في اليوم", name2 = "رطل مول في اليوم", symbol = "رطل مول/ي", utype = "molar rate", scale = 0.0052499116898148141, default = "mmol/s", link = "مول", }, ["lbmol/h"] = { name1 = "رطل مول في الساعة", name2 = "رطل مول في الساعة", symbol = "رطل مول/سا", utype = "molar rate", scale = 0.12599788055555555, default = "mol/s", link = "مول", }, ["lbmol/min"] = { name1 = "رطل مول في الدقيقة", name2 = "رطل مول في الدقيقة", symbol = "رطل مول/د", utype = "molar rate", scale = 7.5598728333333334, default = "mol/s", link = "مول", }, ["lbmol/s"] = { name1 = "رطل مول في الثانية", name2 = "رطل مول في الثانية", symbol = "رطل مول/ثا", utype = "molar rate", scale = 453.59237, default = "kmol/s", link = "مول", }, ["mmol/s"] = { name1 = "مللي مول في الثانية", name2 = "مللي مول في الثانية", symbol = "ميلي مول/ثا", utype = "molar rate", scale = 0.001, default = "lb-mol/d", link = "مول", }, ["mol/d"] = { name1 = "مول في اليوم", name2 = "مول في اليوم", symbol = "مول/ي", utype = "molar rate", scale = 1.1574074074074073e-5, default = "μmol/s", link = "مول", }, ["mol/h"] = { name1 = "مول في الساعة", name2 = "مول في الساعة", symbol = "مول/سا", utype = "molar rate", scale = 0.00027777777777777778, default = "mmol/s", link = "مول", }, ["mol/min"] = { name1 = "مول في الدقيقة", name2 = "مول في الدقيقة", symbol = "مول/د", utype = "molar rate", scale = 0.016666666666666666, default = "mol/s", link = "مول", }, ["mol/s"] = { name1 = "مول في الثانية", name2 = "مول في الثانية", symbol = "مول/ثا", utype = "molar rate", scale = 1, default = "lb-mol/min", link = "مول", }, ["μmol/s"] = { name1 = "ميكرو مول في الثانية", name2 = "ميكرو مول في الثانية", symbol = "ميكرو مول/ثا", utype = "molar rate", scale = 0.000001, default = "lb-mol/d", link = "مول", }, ["umol/s"] = { target = "μmol/s", }, ["/acre"] = { name1 = "لكل أكر", name2 = "لكل أكر", symbol = "/أكر", utype = "per unit area", scale = 247.10538146716533, default = "/ha", link = "أكر", }, ["/ha"] = { name1 = "لكل هكتار", name2 = "لكل هكتار", symbol = "/ها", utype = "per unit area", scale = 100, default = "/acre", link = "هكتار", }, ["/sqcm"] = { name1 = "لكل سنتيمتر مربع", name1_us = "per square centimeter", name2 = "لكل سنتيمتر مربع", symbol = "/سم²", utype = "per unit area", scale = 1e10, default = "/sqin", link = "متر مربع", }, ["/sqin"] = { name1 = "لكل بوصة مربعة", name2 = "لكل بوصة مربعة", symbol = "/بوصة²", utype = "per unit area", scale = 1550003100.0062001, default = "/sqcm", link = "بوصة مربعة", }, ["/sqkm"] = { name1 = "لكل كيلومتر مربع", name1_us = "per square kilometer", name2 = "لكل كيلومتر مربع", symbol = "/كم²", utype = "per unit area", scale = 1, default = "/sqmi", link = "كيلومتر مربع", }, ["/sqmi"] = { name1 = "لكل ميل مربع", name2 = "لكل ميل مربع", symbol = "/ميل²", utype = "per unit area", scale = 0.38610215854244584, default = "/sqkm", link = "ميل مربع", }, ["PD/acre"] = { name1 = "نسمة لكل أكر", name1_us = "inhabitant per acre", symbol = "/أكر", utype = "per unit area", scale = 247.10538146716533, default = "PD/ha", link = "أكر", }, ["PD/ha"] = { name1 = "نسمة لكل هكتار", name1_us = "inhabitant per hectare", symbol = "/ها", sym_us = "/acre", utype = "per unit area", scale = 100, default = "PD/acre", link = "هكتار", }, ["PD/sqkm"] = { name1 = "نسمة لكل كيلومتر مربع", name1_us = "inhabitant per square kilometre", name2 = "نسمة لكل كيلومتر مربع", name2_us = "inhabitants per square kilometer", symbol = "/كم²", utype = "per unit area", scale = 1, default = "PD/sqmi", link = "كيلومتر مربع", }, ["PD/sqmi"] = { name1 = "نسمة لكل ميل مربع", name1_us = "inhabitant per square mile", symbol = "/ميل²", utype = "per unit area", scale = 0.38610215854244584, default = "PD/sqkm", link = "ميل مربع", }, ["/cm2"] = { target = "/sqcm", }, ["/in2"] = { target = "/sqin", }, ["/km2"] = { target = "/sqkm", }, ["pd/acre"] = { target = "PD/acre", }, ["pd/ha"] = { target = "PD/ha", }, ["PD/km2"] = { target = "PD/sqkm", }, ["pd/km2"] = { target = "PD/sqkm", }, ["PD/km²"] = { target = "PD/sqkm", }, ["pd/sqkm"] = { target = "PD/sqkm", }, ["pd/sqmi"] = { target = "PD/sqmi", }, ["/l"] = { name1 = "لكل لتر", name1_us = "per liter", name2 = "لكل لتر", name2_us = "per liter", symbol = "/ل", utype = "per unit volume", scale = 1000, default = "/usgal", link = "لتر", }, ["/USgal"] = { name1 = "لكل غالون", name2 = "لكل غالون", symbol = "/غ", utype = "per unit volume", scale = 264.172052, default = "/l", link = "غالون", customary= 2, }, ["/usgal"] = { target = "/USgal", }, ["bhp"] = { name1 = "brake horsepower", name2 = "كبح حصاني", symbol = "bhp", utype = "power", scale = 745.69987158227022, default = "kW", link = "حصان (وحدة قدرة)", }, ["Cal/d"] = { name1 = "large calorie per day", name2 = "large سعرة لكل يوم", symbol = "Cal/d", utype = "power", scale = 0.048425925925925928, default = "kJ/d", link = "سعرة", }, ["Cal/h"] = { name1 = "large calorie per hour", name2 = "large سعرة لكل ساعة", symbol = "Cal/h", utype = "power", scale = 1.1622222222222223, default = "kJ/h", link = "سعرة", }, ["cal/h"] = { name1 = "سعرة في الساعة", name2 = "سعرة في الساعة", symbol = "cal/h", utype = "power", scale = 0.0011622222222222223, default = "W", link = "سعرة", }, ["CV"] = { name1 = "حصان متري", name2 = "حصان متري", symbol = "CV", utype = "power", scale = 735.49875, default = "kW", link = "حصان (وحدة قدرة)", }, ["hk"] = { name1 = "حصان متري", name2 = "حصان متري", symbol = "hk", utype = "power", scale = 735.49875, default = "kW", link = "حصان (وحدة قدرة)", }, ["hp"] = { name1 = "حصان", name2 = "حصان", symbol = "حصان", utype = "power", scale = 745.69987158227022, default = "kW", link = "حصان (وحدة قدرة)", }, ["hp-electric"] = { name1 = "حصان كهربائي", name2 = "حصان كهربائي", symbol = "hp", utype = "power", scale = 746, default = "kW", link = "حصان (وحدة قدرة)", }, ["hp-electrical"] = { name1 = "حصان كهربائي", name2 = "حصان كهربائي", symbol = "hp", utype = "power", scale = 746, default = "kW", link = "حصان (وحدة قدرة)", }, ["hp-metric"] = { name1 = "حصان متري", name2 = "حصان متري", symbol = "hp", utype = "power", scale = 735.49875, default = "kW", link = "حصان (وحدة قدرة)", }, ["ihp"] = { name1 = "indicated horsepower", name2 = "indicated حصان", symbol = "ihp", utype = "power", scale = 745.69987158227022, default = "kW", link = "حصان (وحدة قدرة)", }, ["kcal/h"] = { name1 = "كيلو سعرة كل ساعة", name2 = "كيلو سعرة كل ساعة", symbol = "kcal/h", utype = "power", scale = 1.1622222222222223, default = "kW", link = "سعرة", }, ["kJ/d"] = { name1 = "كيلو جول كل يوم", name2 = "كيلو جول كل يوم", symbol = "kJ/d", utype = "power", scale = 0.011574074074074073, default = "Cal/d", link = "جول", }, ["kJ/h"] = { name1 = "كيلو جول كل ساعة", name2 = "كيلو جول كل ساعة", symbol = "kJ/h", utype = "power", scale = 0.27777777777777779, default = "W", link = "جول", }, ["PS"] = { name1 = "حصان متري", name2 = "حصان متري", symbol = "PS", utype = "power", scale = 735.49875, default = "kW", link = "حصان (وحدة قدرة)", }, ["shp"] = { name1 = "shaft horsepower", name2 = "shaft حصان", symbol = "shp", utype = "power", scale = 745.69987158227022, default = "kW", link = "حصان (وحدة قدرة)", }, ["W"] = { _name1 = "واط", _symbol = "و", utype = "power", scale = 1, prefixes = 1, default = "hp", link = "واط", }, ["BTU/h"] = { per = { "BTU", "h" }, utype = "power", default = "W", }, ["Btu/h"] = { per = { "Btu", "h" }, utype = "power", default = "W", }, ["BHP"] = { target = "bhp", }, ["btu/h"] = { target = "BTU/h", }, ["HP"] = { target = "hp", }, ["Hp"] = { target = "hp", }, ["hp-mechanical"] = { target = "hp", }, ["IHP"] = { target = "ihp", }, ["SHP"] = { target = "shp", }, ["whp"] = { target = "hp", }, ["hp/lb"] = { name1 = "حصان لكل رطل", name1_us = "horsepower per pound", symbol = "hp/lb", utype = "power per unit mass", scale = 1643.986806, default = "kW/kg", link = "نسبة القوة إلى الوزن", }, ["hp/LT"] = { name1 = "حصان لكل طن كبير", name1_us = "horsepower per long ton", symbol = "hp/LT", utype = "power per unit mass", scale = 0.73392268125000004, default = "kW/t", link = "نسبة القوة إلى الوزن", }, ["hp/ST"] = { name1 = "حصان لكل طن صغير", name1_us = "horsepower per short ton", symbol = "hp/ST", utype = "power per unit mass", scale = 0.821993403, default = "kW/t", link = "نسبة القوة إلى الوزن", }, ["hp/t"] = { name1 = "حصان لكل طن", name1_us = "horsepower per tonne", symbol = "hp/t", utype = "power per unit mass", scale = 0.74569987158227022, default = "kW/t", link = "نسبة القوة إلى الوزن", }, ["kW/kg"] = { name1 = "كيلو وات لكل كيلوجرام", name1_us = "kilowatt per kilogram", symbol = "kW/kg", utype = "power per unit mass", scale = 1000, default = "hp/lb", link = "نسبة القوة إلى الوزن", }, ["kW/t"] = { name1 = "كيلو وات لكل طن", name1_us = "kilowatt per tonne", symbol = "kW/t", utype = "power per unit mass", scale = 1, default = "PS/t", link = "نسبة القوة إلى الوزن", }, ["PS/t"] = { name1 = "حصان متري لكل طن", name1_us = "metric horsepower per tonne", symbol = "PS/t", utype = "power per unit mass", scale = 0.73549875, default = "kW/t", link = "نسبة القوة إلى الوزن", }, ["shp/lb"] = { name1 = "shaft حصان لكل رطل", name1_us = "shaft horsepower per pound", symbol = "shp/lb", utype = "power per unit mass", scale = 1643.986806, default = "kW/kg", link = "نسبة القوة إلى الوزن", }, ["hp/tonne"] = { target = "hp/t", symbol = "hp/tonne", default = "kW/tonne", }, ["kW/tonne"] = { target = "kW/t", symbol = "kW/tonne", }, ["-lb/in2"] = { name1 = "رطل لكل بوصة مربعة", name1_us = "pound per square inch", name2 = "رطل لكل بوصة مربعة", symbol = "lb/in²", utype = "pressure", scale = 6894.7572931683608, default = "kPa kgf/cm2", link = "رطل على البوصة المربعة", }, ["atm"] = { name1_us = "standard atmosphere", symbol = "جو", sym_us = "atm", utype = "pressure", scale = 101325, default = "kPa", link = "جو (وحدة)", }, ["Ba"] = { name1 = "ميكروبار", name1_us = "Barye", name2 = "باري", symbol = "مي.بار", sym_us = "Ba", utype = "pressure", scale = 0.1, default = "Pa", link = "بار", }, ["bar"] = { name1_us = "bar", name2_us = "bar", symbol = "بار", sym_us = "bar", utype = "pressure", scale = 100000, default = "kPa", }, ["dbar"] = { name1 = "ديسي بار", name1_us = "decibar", symbol = "د.بار", sym_us = "dbar", utype = "pressure", scale = 10000, default = "kPa", link = "بار", }, ["inHg"] = { name1 = "بوصة زئبقية", name1_us = "inch of mercury", name2_us = "inches of mercury", symbol = "inHg", utype = "pressure", scale = 3386.388640341, default = "kPa", link = "زئبق", }, ["kBa"] = { name1 = "كيلوباري", name1_us = "kilobarye", symbol = "ك.بار", sym_us = "kBa", utype = "pressure", scale = 100, default = "hPa", link = "بار", }, ["kg-f/cm2"] = { name1 = "كيلو جرام-قوة لكل سنتيمتر مربع", name1_us = "kilogram-force per square centimetre", name2 = "كيلو جرام-قوة لكل سنتيمتر مربع", name2_us = "kilograms-force per square centimeter", symbol = "كجم_ق/سم²", sym_us = "kg_f/cm²", utype = "pressure", scale = 98066.5, default = "psi", link = "كيلو غرام ثقلي", }, ["kg/cm2"] = { name1 = "كيلو جرام لكل سنتيمتر مربع", name1_us = "kilogram per square centimetre", name2 = "كيلو جرام لكل سنتيمتر مربع", name2_us = "kilograms per square centimeter", symbol = "كجم/سم²", sym_us = "kg/cm2", utype = "pressure", scale = 98066.5, default = "psi", link = "كيلو غرام ثقلي", }, ["kgf/cm2"] = { name1 = "كيلو جرام-قوة لكل سنتيمتر مربع", name1_us = "kilogram-force per square centimetre", name2 = "كيلو جرام-قوة لكل سنتيمتر مربع", name2_us = "kilograms-force per square centimeter", symbol = "كجم_ق/سم²", sym_us = "kgf/cm²", utype = "pressure", scale = 98066.5, default = "psi", link = "كيلو غرام ثقلي", }, ["ksi"] = { name1 = "كيلورطل لكل بوصة مربعة", name1_us = "kilopound per square inch", name2 = "كيلورطل لكل بوصة مربعة", symbol = "ksi", utype = "pressure", scale = 6894757.2931683613, default = "MPa", link = "رطل على البوصة المربعة", }, ["lbf/in2"] = { name1 = "رطل-قوة لكل بوصة مربعة", name1_us = "pound-force per square inch", name2 = "رطل-قوة لكل بوصة مربعة", symbol = "رطل_ق/بوصة²", sym_us = "lbf/in²", utype = "pressure", scale = 6894.7572931683608, default = "kPa kgf/cm2", link = "رطل على البوصة المربعة", }, ["mb"] = { name1 = "ميليبار", name2 = "ميليبار", symbol = "مـم.بار", sym_us = "mb", utype = "pressure", scale = 100, default = "hPa", link = "بار", }, ["mbar"] = { name1 = "ميليبار", name2 = "ميليبار", symbol = "مـم.بار", sym_us = "mbar", utype = "pressure", scale = 100, default = "hPa", link = "بار", }, ["mmHg"] = { name1 = "ملليمتر من الزئبق", name1_us = "millimetre of mercury", name2 = "ملليمتر من الزئبق", name2_us = "millimeters of mercury", symbol = "مـم.زئبق", sym_us = "mmHg", utype = "pressure", scale = 133.322387415, default = "kPa", link = "ميليمتر زئبقي", }, ["Pa"] = { _name1 = "باسكال", _symbol = "با", _sym_us = "Pa", utype = "pressure", scale = 1, prefixes = 1, default = "psi", link = "باسكال (وحدة)", }, ["psf"] = { name1 = "رطل لكل قدم مربع", name1_us = "pound per square foot", symbol = "psf", utype = "pressure", scale = 47.880258980335839, default = "kPa", link = "رطل على البوصة المربعة", }, ["psi"] = { name1 = "رطل لكل بوصة مربعة", name1_us = "pound per square inch", symbol = "psi", utype = "pressure", scale = 6894.7572931683608, default = "kPa", link = "رطل على البوصة المربعة", }, ["Torr"] = { name1_us = "Torr", symbol = "تور", sym_us = "Torr", utype = "pressure", scale = 133.32236842105263, default = "kPa", link = "تور (وحدة)", }, ["N/cm2"] = { per = { "N", "cm2" }, utype = "pressure", default = "psi", }, ["N/m2"] = { per = { "N", "m2" }, utype = "pressure", default = "psi", }, ["g/cm2"] = { per = { "g", "cm2" }, utype = "pressure", default = "lb/sqft", multiplier= 9.80665, }, ["g/m2"] = { per = { "g", "m2" }, utype = "pressure", default = "lb/sqft", multiplier= 9.80665, }, ["kg/ha"] = { per = { "kg", "ha" }, utype = "pressure", default = "lb/acre", multiplier= 9.80665, }, ["kg/m2"] = { per = { "kg", "m2" }, utype = "pressure", default = "lb/sqft", multiplier= 9.80665, }, ["lb/1000sqft"] = { per = { "lb", "1000sqft" }, utype = "pressure", default = "g/m2", multiplier= 9.80665, }, ["lb/acre"] = { per = { "lb", "acre" }, utype = "pressure", default = "kg/ha", multiplier= 9.80665, }, ["lb/sqft"] = { per = { "lb", "sqft" }, utype = "pressure", default = "kg/m2", multiplier= 9.80665, }, ["lb/sqyd"] = { per = { "lb", "sqyd" }, utype = "pressure", default = "kg/m2", multiplier= 9.80665, }, ["LT/acre"] = { per = { "LT", "acre" }, utype = "pressure", default = "t/ha", multiplier= 9.80665, }, ["MT/ha"] = { per = { "MT", "ha" }, utype = "pressure", default = "LT/acre ST/acre", multiplier= 9.80665, }, ["oz/sqft"] = { per = { "oz", "sqft" }, utype = "pressure", default = "g/m2", multiplier= 9.80665, }, ["oz/sqyd"] = { per = { "oz", "sqyd" }, utype = "pressure", default = "g/m2", multiplier= 9.80665, }, ["ST/acre"] = { per = { "ST", "acre" }, utype = "pressure", default = "t/ha", multiplier= 9.80665, }, ["t/ha"] = { per = { "t", "ha" }, utype = "pressure", default = "LT/acre ST/acre", multiplier= 9.80665, }, ["tonne/acre"] = { per = { "tonne", "acre" }, utype = "pressure", default = "tonne/ha", multiplier= 9.80665, }, ["tonne/ha"] = { per = { "tonne", "ha" }, utype = "pressure", default = "tonne/acre", multiplier= 9.80665, }, ["kgfpsqcm"] = { target = "kgf/cm2", }, ["kgpsqcm"] = { target = "kg/cm2", }, ["kN/m2"] = { target = "kPa", }, ["lb/in2"] = { target = "lbf/in2", }, ["torr"] = { target = "Torr", }, ["Bq"] = { _name1 = "بيكريل", _symbol = "بيك", _sym_us = "Bq", utype = "radioactivity", scale = 1, prefixes = 1, default = "pCi", link = "بيكريل", }, ["Ci"] = { _name1 = "كوري", _symbol = "كور", _sym_us = "Ci", utype = "radioactivity", scale = 3.7e10, prefixes = 1, default = "GBq", link = "كوري (وحدة)", }, ["Rd"] = { _name1 = "رذرفورد", _name1_us= "rutherford", _symbol = "Rd", utype = "radioactivity", scale = 1e6, prefixes = 1, default = "MBq", link = "رذرفورد", }, ["cm/h"] = { name1 = "سنتيمتر كل ساعة", name1_us = "centimeters per hour", name2 = "سنتيمتر كل ساعة", symbol = "سم/س", utype = "speed", scale = 2.7777777777777775e-6, default = "in/h", link = "متر في الثانية", }, ["cm/s"] = { name1 = "سنتيمتر في الثانية", name1_us = "centimeters per second", name2 = "سنتيمتر في الثانية", symbol = "سم/ث", utype = "speed", scale = 0.01, default = "in/s", link = "متر في الثانية", }, ["cm/year"] = { name1 = "سنتيمتر سنويا", name1_us = "centimeters per year", name2 = "سنتيمتر سنويا", symbol = "سم/سنة", utype = "speed", scale = 3.168873850681143e-10, default = "in/year", link = "قيم أسية (سرعة)", }, ["foot/s"] = { name1 = "قدم في الثانية", name2 = "قدم في الثانية", symbol = "قدم/ث", utype = "speed", scale = 0.3048, default = "m/s", link = "Feet per second", }, ["ft/min"] = { name1 = "قدم في الدقيقة", name2 = "قدم في الدقيقة", symbol = "قدم/د", utype = "speed", scale = 0.00508, default = "m/min", link = "Feet per second", }, ["ft/s"] = { name1 = "قدم في الثانية", name2 = "قدم في الثانية", symbol = "قدم/ث", utype = "speed", scale = 0.3048, default = "m/s", link = "Feet per second", }, ["furlong per fortnight"] = { name1 = "furlongs لكل fortnight", name1_us = "furlong per fortnight", symbol = "furlong per fortnight", usename = 1, utype = "speed", scale = 0.00016630952380952381, default = "km/h mph", link = "FFF System", }, ["in/h"] = { name1 = "بوصة في الساعة", name2 = "بوصة في الساعة", symbol = "in/h", utype = "speed", scale = 7.0555555555555559e-6, default = "cm/h", link = "بوصة", }, ["in/s"] = { name1 = "بوصة في الثانية", name2 = "بوصة في الثانية", symbol = "بوصة/ث", utype = "speed", scale = 0.0254, default = "cm/s", link = "بوصة", }, ["in/year"] = { name1 = "بوصة في السنة", name2 = "بوصة في السنة", symbol = "بوصة/سنة", utype = "speed", scale = 8.0489395807301024e-10, default = "cm/year", link = "قيم أسية (سرعة)", }, ["isp"] = { name1 = "ثانية", name1_us = "second", name2 = "ثوان", symbol = "س", sym_us = "s", utype = "speed", scale = 9.80665, default = "km/s", link = "اندفاع نوعي", }, ["km/d"] = { name1 = "كيلومتر في اليوم", name1_us = "kilometers per day", name2 = "كيلومتر في اليوم", symbol = "كم/ي", utype = "speed", scale = 1.1574074074074074e-2, default = "mi/d", link = "قيم أسية (سرعة)", }, ["km/h"] = { name1 = "كيلومتر في الساعة", name1_us = "kilometers per hour", name2 = "كيلومتر في الساعة", symbol = "كم/س", utype = "speed", scale = 0.27777777777777779, default = "mph", }, ["km/s"] = { name1 = "كيلومتر في الثانية", name1_us = "kilometers per second", name2 = "كيلومتر في الثانية", symbol = "كم/ث", utype = "speed", scale = 1000, default = "mi/s", link = "متر في الثانية", }, ["kn"] = { symbol = "عقدة", sym_us = "kn", utype = "speed", scale = 0.51444444444444448, default = "km/h mph", link = "عقدة (وحدة)", }, ["kNs/kg"] = { name2 = "kN-s/kg", symbol = "kN-s/kg", utype = "speed", scale = 1000, default = "isp", link = "اندفاع نوعي", }, ["m/min"] = { name1 = "متر في الدقيقة", name1_us = "meters per minute", name2 = "متر في الدقيقة", symbol = "م/د", utype = "speed", scale = 0.016666666666666666, default = "ft/min", link = "متر في الثانية", }, ["m/s"] = { name1 = "متر في الثانية", name1_us = "meters per second", name2 = "متر في الثانية", symbol = "م/ث", utype = "speed", scale = 1, default = "ft/s", }, ["Mach"] = { name2 = "ماخ", symbol = "ماخ", sym_us = "Mach", utype = "speed", builtin = "mach", scale = 0, iscomplex= true, default = "mph km/h", link = "عدد ماخ", }, ["mi/d"] = { name1 = "ميل في اليوم", name2 = "ميل في اليوم", symbol = "ميل/ي", utype = "speed", scale = 1.8626666666666667e-2, default = "km/d", link = "قيم أسية (سرعة)", }, ["mi/s"] = { name1 = "ميل في الثانية", name2 = "ميل في الثانية", symbol = "ميل/ث", utype = "speed", scale = 1609.344, default = "km/s", link = "ميل", }, ["mm/h"] = { name1 = "ملليمتر كل ساعة", name1_us = "millimeters per hour", name2 = "ملليمتر كل ساعة", symbol = "مم/س", utype = "speed", scale = 2.7777777777777781e-7, default = "in/h", link = "متر في الثانية", }, ["mph"] = { name1 = "ميل في الساعة", name2 = "ميل في الساعة", symbol = "ميل/س", sym_us = "mph", utype = "speed", scale = 0.44704, default = "km/h", }, ["Ns/kg"] = { name2 = "N-s/kg", symbol = "N-s/kg", utype = "speed", scale = 1, default = "isp", link = "اندفاع نوعي", }, ["si tsfc"] = { name2 = "g/(kN·s)", symbol = "g/(kN·s)", utype = "speed", scale = 9.9999628621379242e-7, invert = -1, iscomplex= true, default = "tsfc", link = "Thrust specific fuel consumption", }, ["tsfc"] = { name2 = "lb/(lbf·h)", symbol = "lb/(lbf·h)", utype = "speed", scale = 2.832545036049801e-5, invert = -1, iscomplex= true, default = "si tsfc", link = "Thrust specific fuel consumption", }, ["cm/y"] = { target = "cm/year", }, ["cm/yr"] = { target = "cm/year", }, ["in/y"] = { target = "in/year", }, ["in/yr"] = { target = "in/year", }, ["knot"] = { target = "kn", }, ["knots"] = { target = "kn", }, ["kph"] = { target = "km/h", }, ["mi/h"] = { target = "mph", }, ["mm/s"] = { per = { "mm", "s" }, utype = "speed", default = "in/s", link = "متر في الثانية", }, ["C"] = { name1 = "درجة مئوية", name2 = "درجة مئوية", symbol = "°م", sym_us = "°C", usesymbol= 1, utype = "temperature", scale = 1, offset = -273.15, iscomplex= true, istemperature= true, default = "F", link = "درجة حرارة مئوية", }, ["F"] = { name1 = "درجة فهرنهايت", name2 = "درجة فهرنهايت", symbol = "°ف", sym_us = "°F", usesymbol= 1, utype = "temperature", scale = 0.55555555555555558, offset = 32-273.15*(9/5), iscomplex= true, istemperature= true, default = "C", link = "فهرنهايت", }, ["K"] = { _name1 = "كلفن", _name2 = "kelvin", _symbol = "ك", _sym_us = "K", usesymbol= 1, utype = "temperature", scale = 1, offset = 0, iscomplex= true, istemperature= true, prefixes = 1, default = "C F", link = "كلفن", }, ["keVT"] = { name1 = "كيلو إلكترون فولت", symbol = "ك.إف", sym_us = "keV", utype = "temperature", scale = 11.604505e6, offset = 0, iscomplex= true, default = "MK", link = "إلكترون فولت", }, ["R"] = { name1 = "درجة رانكين", name2 = "درجة رانكين", symbol = "°ر", sym_us = "°R", usesymbol= 1, utype = "temperature", scale = 0.55555555555555558, offset = 0, iscomplex= true, istemperature= true, default = "K F C", link = "مقياس رانكين", }, ["Celsius"] = { target = "C", }, ["°C"] = { target = "C", }, ["°F"] = { target = "F", }, ["°R"] = { target = "R", }, ["C-change"] = { name1 = "تغير درجة مئوية", name1_us = "degree Celsius change", name2_us = "degrees Celsius change", symbol = "°م", sym_us = "°C", usesymbol= 1, utype = "temperature change", scale = 1, default = "F-change", link = "درجة حرارة مئوية", }, ["F-change"] = { name1 = "تغير درجة فهرنهايت", name1_us = "degree Fahrenheit change", name2_us = "degrees Fahrenheit change", symbol = "°ف", sym_us = "°F", usesymbol= 1, utype = "temperature change", scale = 0.55555555555555558, default = "C-change", link = "فهرنهايت", }, ["K-change"] = { name1 = "تغير كلفن", name1_us = "kelvin change", name2_us = "kelvins change", symbol = "ك", sym_us = "K", usesymbol= 1, utype = "temperature change", scale = 1, default = "F-change", link = "كلفن", }, ["°C-change"] = { target = "C-change", }, ["°F-change"] = { target = "F-change", }, ["century"] = { name1 = "قرن", name2 = "قرون", symbol = "ha", utype = "time", scale = 3155760000, default = "Gs", link = "قرن (زمن)", }, ["d"] = { name1 = "يوم", name2 = "أيام", symbol = "ي", sym_us = "d", utype = "time", scale = 86400, default = "ks", }, ["decade"] = { name1 = "عقد", name2 = "عقود", symbol = "daa", utype = "time", scale = 315576000, default = "Ms", link = "عقد (وقت)", }, ["dog year"] = { name1 = "dog year", symbol = "dog yr", utype = "time", scale = 220903200, default = "years", }, ["fortnight"] = { symbol = "fortnight", sym_us = "~fortnight", usename = 1, utype = "time", scale = 1209600, default = "week", }, ["h"] = { name1 = "ساعة", name2 = "ساعات", symbol = "سا", sym_us = "h", utype = "time", scale = 3600, default = "ks", link = "ساعة (وحدة)", }, ["long billion year"] = { name1 = "بليون سنة", name2 = "بليون سنة", symbol = "Ta", utype = "time", scale = 31557600000000000000, default = "Es", link = "سنة", }, ["millennium"] = { name1 = "ألفية", name2 = "ألفيات", symbol = "ka", utype = "time", scale = 31557600000, default = "Gs", }, ["milliard year"] = { name1 = "مليار سنة", name2 = "مليار سنة", symbol = "Ga", utype = "time", scale = 31557600000000000, default = "Ps", link = "سنة", }, ["million year"] = { name1 = "مليون سنة", name2 = "مليون سنة", symbol = "Ma", utype = "time", scale = 31557600000000, default = "Ts", link = "سنة", }, ["min"] = { name1 = "دقيقة", symbol = "د", sym_us = "min", utype = "time", scale = 60, default = "s", }, ["month"] = { symbol = "month", sym_us = "~month", usename = 1, utype = "time", scale = 2629800, default = "Ms", link = "شهر", }, ["months"] = { name1 = "month", symbol = "mo", utype = "time", scale = 2629800, default = "year", link = "شهر", }, ["s"] = { _name1 = "ثانية", _symbol = "ثا", _sym_us = "s", utype = "time", scale = 1, prefixes = 1, default = "min", link = "ثانية", }, ["short billion year"] = { name1 = "بليون سنة", name2 = "بليون سنة", symbol = "Ga", utype = "time", scale = 31557600000000000, default = "Ps", link = "سنة", }, ["short trillion year"] = { name1 = "تريليون سنة", name2 = "تريليون سنة", symbol = "Ta", utype = "time", scale = 31557600000000000000, default = "Es", link = "سنة", }, ["thousand million year"] = { name1 = "ألف مليون سنة", name2 = "ألف مليون سنة", symbol = "Ga", utype = "time", scale = 31557600000000000, default = "Ps", link = "سنة", }, ["wk"] = { name1 = "أسبوع", symbol = "week", sym_us = "~week", usename = 1, utype = "time", scale = 604800, default = "Ms", }, ["year"] = { name1 = "سنة", symbol = "a", utype = "time", scale = 31557600, default = "Ms", }, ["years"] = { name1 = "سنة", symbol = "yr", utype = "time", scale = 31557600, default = "Ms", }, ["byr"] = { target = "short billion year", }, ["day"] = { target = "d", }, ["days"] = { target = "d", }, ["dog yr"] = { target = "dog year", }, ["Gyr"] = { target = "thousand million year", }, ["hour"] = { target = "h", }, ["hours"] = { target = "h", }, ["kMyr"] = { target = "thousand million year", }, ["kmyr"] = { target = "thousand million year", }, ["kyr"] = { target = "millennium", }, ["long byr"] = { target = "long billion year", }, ["minute"] = { target = "min", }, ["minutes"] = { target = "min", }, ["mth"] = { target = "month", }, ["Myr"] = { target = "million year", }, ["myr"] = { target = "million year", }, ["second"] = { target = "s", }, ["seconds"] = { target = "s", }, ["tmyr"] = { target = "thousand million year", }, ["tryr"] = { target = "short trillion year", }, ["tyr"] = { target = "millennium", }, ["week"] = { target = "wk", }, ["weeks"] = { target = "wk", }, ["yr"] = { target = "year", }, ["kg.m"] = { name1 = "كيلو غرام·متر", name2 = "كيلو غرام·متر", symbol = "كجم·م", sym_us = "kg·m", utype = "torque", scale = 9.80665, default = "Nm lbft", link = "كيلو غرام ثقلي", }, ["kgf.m"] = { name1 = "كيلو غرام ثقلي·متر", name1_us = "kilogram force-metre", name2 = "كيلو غرام ثقلي·متر", symbol = "كجم_ق·م", sym_us = "kgf·m", utype = "torque", scale = 9.80665, default = "Nm lbfft", link = "كيلو غرام ثقلي", }, ["kgm"] = { name1 = "كيلو غرام·متر", name2 = "كيلو غرام·متر", symbol = "كجم·م", sym_us = "kg·m", utype = "torque", scale = 9.80665, default = "Nm lbfft", link = "كيلو غرام ثقلي", }, ["lb-fft"] = { name1 = "رطل قوة-قدم", name1_us = "pound force-foot", name2 = "رطل قوة-قدم", symbol = "قدم·رطل_ق", sym_us = "ft·lb_f", utype = "torque", scale = 1.3558179483314004, default = "Nm", link = "رطل قدم (عزم)", }, ["lb.ft"] = { name1 = "رطل قوة-قدم", name1_us = "pound force-foot", name2 = "رطل قوة-قدم", symbol = "قدم·رطل", sym_us = "lb·ft", utype = "torque", scale = 1.3558179483314004, default = "Nm", link = "رطل قدم (عزم)", }, ["lb.in"] = { name1 = "رطل قوة-بوصة", name1_us = "pound force-inch", name2 = "رطل قوة-بوصة", symbol = "رطل·بوصة", sym_us = "lb·in", utype = "torque", scale = 0.1129848290276167, default = "mN.m", link = "رطل قدم (عزم)", }, ["lbfft"] = { name1 = "رطل قوة-قدم", name1_us = "pound force-foot", name2 = "رطل قوة-قدم", symbol = "رطل_ق·قدم", sym_us = "lbf·ft", utype = "torque", scale = 1.3558179483314004, default = "Nm", link = "رطل قدم (عزم)", }, ["lbft"] = { name1 = "رطل قدم", name2 = "رطل قدم", symbol = "رطل·قدم", sym_us = "lb·ft", utype = "torque", scale = 1.3558179483314004, default = "Nm", link = "رطل قدم (عزم)", }, ["m.kg-f"] = { name1 = "متر كيلو غرام ثقلي", name1_us = "meter kilograms-force", name2 = "متر كيلو غرام ثقلي", symbol = "م·كجم_ق", sym_us = "m·kg_f", utype = "torque", scale = 9.80665, default = "Nm lbfft", link = "كيلو غرام ثقلي", }, ["m.kgf"] = { name1 = "متر كيلو غرام ثقلي", name1_us = "meter kilograms-force", name2 = "متر كيلو غرام ثقلي", symbol = "م·كجم_ق", sym_us = "m·kgf", utype = "torque", scale = 9.80665, default = "Nm lbfft", link = "كيلو غرام ثقلي", }, ["mN.m"] = { name1 = "ملي نيوتن لكل متر", name2 = "ملي نيوتن لكل متر", symbol = "مـن·م", sym_us = "mN·m", utype = "torque", scale = 0.001, default = "lb.in", link = "نيوتن متر", }, ["Nm"] = { name1 = "نيوتن لكل متر", name2 = "نيوتن لكل متر", symbol = "ن·م", sym_us = "N·m", utype = "torque", alttype = "energy", scale = 1, default = "lbfft", link = "نيوتن متر", }, ["kN/m"] = { per = { "kN", "-m-stiff" }, utype = "torque", default = "lbf/in", }, ["lbf/in"] = { per = { "lbf", "-in-stiff" }, utype = "torque", default = "kN/m", }, ["lb-f.ft"] = { target = "lb-fft", }, ["lb-f·ft"] = { target = "lb-fft", }, ["lbf.ft"] = { target = "lbfft", }, ["lbf·ft"] = { target = "lbfft", }, ["lb·ft"] = { target = "lb.ft", }, ["mkg-f"] = { target = "m.kg-f", }, ["mkgf"] = { target = "m.kgf", }, ["N.m"] = { target = "Nm", }, ["N·m"] = { target = "Nm", }, ["-12USoz(mL)serve"] = { name2_us = "12&nbsp;U.S.&nbsp;fl&nbsp;oz (355&nbsp;mL) serving", symbol = "12&nbsp;US&nbsp;fl&nbsp;oz (355&nbsp;mL) serving", sym_us = "12&nbsp;U.S.&nbsp;fl&nbsp;oz (355&nbsp;mL) serving", utype = "volume", scale = 0.00035488235475000004, default = "mL", link = "عبوة المشروبات", }, ["-12USoz(ml)serve"] = { name2_us = "12&nbsp;U.S.&nbsp;fl&nbsp;oz (355&nbsp;ml) serving", symbol = "12&nbsp;US&nbsp;fl&nbsp;oz (355&nbsp;ml) serving", sym_us = "12&nbsp;U.S.&nbsp;fl&nbsp;oz (355&nbsp;ml) serving", utype = "volume", scale = 0.00035488235475000004, default = "ml", link = "عبوة المشروبات", }, ["-12USozserve"] = { name2_us = "12&nbsp;U.S.&nbsp;fl&nbsp;oz serving", symbol = "12&nbsp;US&nbsp;fl&nbsp;oz serving", sym_us = "12&nbsp;U.S.&nbsp;fl&nbsp;oz serving", utype = "volume", scale = 0.00035488235475000004, default = "mL", link = "عبوة المشروبات", }, ["acre foot"] = { name1 = "قدم فدان", name2 = "قدم فدان", symbol = "acre·ft", utype = "volume", scale = 1233.48183754752, default = "m3", }, ["acre ft"] = { name1 = "قدم فدان", name2 = "قدم فدان", symbol = "acre·ft", utype = "volume", scale = 1233.48183754752, default = "m3", }, ["AUtbsp"] = { name1_us = "Australian tablespoon", symbol = "AU&nbsp;tbsp", utype = "volume", scale = 0.000020, default = "ml", link = "Australian tablespoon", }, ["Bcuft"] = { name1 = "billion cubic foot", name2 = "billion cubic feet", symbol = "billion cu&nbsp;ft", utype = "volume", scale = 28316846.592, default = "Gl", link = "Cubic foot", }, ["bdft"] = { name1_us = "board foot", symbol = "bd&nbsp;ft", utype = "volume", scale = 0.0023597372167, default = "m3", link = "Board foot", }, ["board feet"] = { symbol = "board foot", usename = 1, utype = "volume", scale = 0.0023597372167, default = "m3", }, ["board foot"] = { symbol = "board foot", usename = 1, utype = "volume", scale = 0.0023597372167, default = "m3", }, ["cc"] = { name1 = "سنتيمتر مكعب", name2 = "سنتيمتر مكعب", symbol = "سم³", utype = "volume", scale = 0.000001, default = "cuin", }, ["CID"] = { name1 = "بوصة مكعبة", name1_us = "cubic inch", symbol = "بوصة³", utype = "volume", scale = 0.000016387064, default = "cc", }, ["cord"] = { symbol = "cord", utype = "volume", scale = 3.624556363776, default = "m3", link = "Cord (unit)", }, ["cufoot"] = { name1 = "قدم مكعب", name2 = "قدم مكعب", symbol = "قدم³", utype = "volume", scale = 0.028316846592, default = "m3", }, ["cuft"] = { name1 = "قدم مكعب", name2 = "قدم مكعب", symbol = "قدم³", utype = "volume", scale = 0.028316846592, default = "m3", }, ["cuin"] = { name1 = "بوصة مكعبة", name2 = "بوصة مكعبة", symbol = "بوصة³", utype = "volume", scale = 0.000016387064, default = "cm3", }, ["cumi"] = { name1 = "ميل مكعب", symbol = "ميل³", utype = "volume", scale = 4168181825.440579584, default = "km3", }, ["cuyd"] = { name1 = "يارد مكعب", symbol = "ياردة³", utype = "volume", scale = 0.764554857984, default = "m3", }, ["firkin"] = { symbol = "firkin", usename = 1, utype = "volume", scale = 0.04091481, default = "l impgal USgal", }, ["foot3"] = { target = "cufoot", }, ["Goilbbl"] = { name1 = "بليون برميل", name1_us = "billion barrels", symbol = "جـ.برميل", sym_us = "Gbbl", utype = "volume", scale = 158987294.928, default = "v * 1.58987294928 < 10 ! e6 ! e9 ! m3", link = "برميل (نفط)", }, ["gr water"] = { name1_us = "grains water", name2_us = "grains water", symbol = "gr H₂O", sym_us = "| gr H₂O", utype = "volume", scale = 0.00000006479891, default = "cm3", link = "Grain (unit)", }, ["grt"] = { name1_us = "gross register ton", symbol = "grt", utype = "volume", scale = 2.8316846592, default = "m3", link = "Gross register tonnage", }, ["impbbl"] = { name1 = "برميل إمبراطوري", name1_us = "imperial barrel", symbol = "برميل&nbsp;إمب", sym_us = "imp&nbsp;bbl", utype = "volume", scale = 0.16365924, default = "l impgal USgal", link = "برميل (نفط)", }, ["impbsh"] = { name1 = "بوشل إمبراطوري", name1_us = "imperial bushel", symbol = "بوشل&nbsp;إمب", sym_us = "imp&nbsp;bsh", utype = "volume", scale = 0.03636872, default = "l impgal USdrygal", link = "بوشل", }, ["impbu"] = { name1 = "بوشل إمبراطوري", name1_us = "imperial bushel", symbol = "بوشل&nbsp;إمب", sym_us = "imp&nbsp;bu", utype = "volume", scale = 0.03636872, default = "m3", link = "بوشل", }, ["impgal"] = { name1 = "جالون إمبراطوري", name1_us = "imperial gallon", symbol = "غالون&nbsp;إمب", sym_us = "imp&nbsp;gal", utype = "volume", scale = 0.00454609, default = "l USgal", link = "غالون", }, ["impgi"] = { name1_us = "gill", symbol = "جيل", sym_us = "gi", utype = "volume", scale = 0.0001420653125, default = "ml USoz", link = "Gill (unit)", }, ["impkenning"] = { name1 = "كينينج إمبراطوري", name1_us = "imperial kenning", symbol = "كينينج", sym_us = "kenning", utype = "volume", scale = 0.01818436, default = "l USdrygal", link = "Kenning (unit)", }, ["impoz"] = { name1 = "أونصة سائلة", name1_us = "imperial fluid ounce", symbol = "imp&nbsp;fl&nbsp;oz", utype = "volume", scale = 0.0000284130625, default = "ml USoz", link = "Imperial fluid ounce", }, ["imppk"] = { name1 = "بك إمبراطوري", name1_us = "imperial peck", symbol = "بك", sym_us = "pk", utype = "volume", scale = 0.00909218, default = "l USdrygal", link = "Peck", }, ["imppt"] = { name1 = "باينت إمبراطوري", name1_us = "imperial pint", symbol = "باينت&nbsp;إمب", sym_us = "imp&nbsp;pt", utype = "volume", scale = 0.00056826125, default = "l", link = "باينت", }, ["impqt"] = { name1 = "كوارت إمبراطوري", name1_us = "imperial quart", symbol = "كوارت&nbsp;إمب", sym_us = "imp&nbsp;qt", utype = "volume", scale = 0.0011365225, default = "ml USoz", link = "وحدات إمبراطورية", customary= 3, }, ["kilderkin"] = { symbol = "kilderkin", sym_us = "~kilderkin", usename = 1, utype = "volume", scale = 0.08182962, default = "l impgal USgal", }, ["koilbbl"] = { name1 = "ألف برميل", name1_us = "thousand barrels", symbol = "كـ.برميل", sym_us = "kbbl", utype = "volume", scale = 158.987294928, default = "v * 1.58987294928 < 10 ! ! e3 ! m3", link = "برميل (نفط)", }, ["L"] = { _name1 = "لتر", _symbol = "ل", _sym_us = "L", utype = "volume", scale = 0.001, prefixes = 1, default = "impgal USgal", link = "لتر", }, ["l"] = { _name1 = "لتر", _symbol = "ل", _sym_us = "L", utype = "volume", scale = 0.001, prefixes = 1, default = "impgal USgal", link = "لتر", }, ["m3"] = { _name1 = "متر مكعب", _symbol = "م³", _sym_us = "m³", utype = "volume", scale = 1, prefixes = 3, default = "cuft", link = "متر مكعب", }, ["Mbbl"] = { name1 = "ألف برميل", name1_us = "thousand barrels", symbol = "كـ.برميل", sym_us = "Mbbl", utype = "volume", scale = 158.987294928, default = "v * 1.58987294928 < 10 ! e3 ! ! m3", link = "برميل (نفط)", }, ["MMoilbbl"] = { name1 = "مليون برميل", name1_us = "million barrels", symbol = "مج.برميل", sym_us = "MMbbl", utype = "volume", scale = 158987.294928, default = "v * 1.58987294928 < 10 ! e3 ! e6 ! m3", link = "برميل (نفط)", }, ["Moilbbl"] = { name1 = "مليون برميل", name1_us = "million barrels", symbol = "مليون.برميل", sym_us = "Mbbl", utype = "volume", scale = 158987.294928, default = "v * 1.58987294928 < 10 ! e3 ! e6 ! m3", link = "برميل (نفط)", }, ["MTON"] = { name1_us = "measurement ton", symbol = "MTON", utype = "volume", scale = 1.13267386368, default = "m3", link = "Measurement ton", }, ["MUSgal"] = { name1 = "مليون جالون أمريكي", name1_us = "million US gallons", name2 = "مليون جالون أمريكي", name2_us = "million U.S. gallons", symbol = "مليون غال.أمريكي", sym_us = "million U.S.&nbsp;gal", utype = "volume", scale = 3785.411784, default = "Ml", link = "غالون", }, ["oilbbl"] = { name1_us = "barrel", symbol = "برميل", sym_us = "bbl", utype = "volume", scale = 0.158987294928, default = "m3", link = "برميل (نفط)", }, ["stere"] = { symbol = "stère", sym_us = "~stère", usename = 1, utype = "volume", scale = 1, default = "cuft", }, ["Toilbbl"] = { name1 = "تريليون برميل", name1_us = "trillion barrels", symbol = "تـ.برميل", sym_us = "Tbbl", utype = "volume", scale = 158987294928, default = "v * 1.58987294928 < 10 ! e9 ! e12 ! m3", link = "برميل (نفط)", }, ["USbbl"] = { name1_us = "US barrel", name2_us = "U.S. barrel", symbol = "برميل أمريكي", sym_us = "U.S.&nbsp;bbl", utype = "volume", scale = 0.119240471196, default = "l USgal impgal", link = "برميل (نفط)", }, ["USbeerbbl"] = { name1 = "برميل بيرة أمريكي", name1_us = "US beer barrel", name2_us = "U.S. beer barrel", symbol = "برميل أمريكي", sym_us = "U.S.&nbsp;bbl", utype = "volume", scale = 0.117347765304, default = "l USgal impgal", link = "برميل (نفط)", }, ["USbsh"] = { name1_us = "US bushel", symbol = "بوشل أمريكي", sym_us = "U.S.&nbsp;bsh", utype = "volume", scale = 0.03523907016688, default = "l USdrygal impgal", link = "بوشل", }, ["USbu"] = { name1_us = "US bushel", symbol = "بوشل أمريكي", sym_us = "U.S.&nbsp;bu", utype = "volume", scale = 0.03523907016688, default = "l USdrygal impgal", link = "بوشل", }, ["USdrybbl"] = { name1_us = "U.S. dry barrel", name2_us = "US dry barrel", symbol = "US&nbsp;dry&nbsp;bbl", sym_us = "U.S.&nbsp;dry&nbsp;bbl", utype = "volume", scale = 0.11562819898508, default = "m3", link = "برميل (نفط)", }, ["USdrygal"] = { name1_us = "U.S. dry gallon", name2_us = "US dry gallon", symbol = "US&nbsp;dry&nbsp;gal", sym_us = "U.S.&nbsp;dry&nbsp;gal", utype = "volume", builtin = "جالون أمريكي جاف", scale = 0.00440488377086, iscomplex= true, default = "l", link = "غالون", }, ["USdrypt"] = { name1 = "باينت أمريكي جاف", name1_us = "U.S. dry pint", name2_us = "US dry pint", symbol = "US&nbsp;dry&nbsp;pt", sym_us = "U.S.&nbsp;dry&nbsp;pt", utype = "volume", scale = 0.0005506104713575, default = "ml", link = "Pint", }, ["USdryqt"] = { name1 = "كوارت أمريكي جاف", name1_us = "US dry quart", symbol = "US&nbsp;dry&nbsp;qt", sym_us = "U.S.&nbsp;dry&nbsp;qt", utype = "volume", scale = 0.001101220942715, default = "ml", link = "الكوارت", }, ["USflgal"] = { name1 = "غالون أمريكي", name1_us = "US gallon", symbol = "غال-أمريكي", sym_us = "U.S.&nbsp;fl&nbsp;gal", utype = "volume", scale = 0.003785411784, default = "l impgal", link = "غالون", }, ["USgal"] = { name1 = "غالون أمريكي", name1_us = "US gallon", symbol = "غال-أمريكي", sym_us = "U.S.&nbsp;gal", utype = "volume", scale = 0.003785411784, default = "l impgal", link = "غالون", }, ["USgi"] = { name1 = "gill", symbol = "gi", utype = "volume", scale = 0.0001182941183, default = "ml impoz", link = "Gill (unit)", }, ["USkenning"] = { name1_us = "US kenning", name2_us = "U.S. kenning", symbol = "كينينج أمريكي", sym_us = "U.S.&nbsp;kenning", utype = "volume", scale = 0.01761953508344, default = "l impgal", link = "Kenning (unit)", }, ["USmin"] = { name1_us = "US minim", name2_us = "U.S. minim", symbol = "US&nbsp;min", sym_us = "U.S.&nbsp;min", utype = "volume", scale = 0.000000061611519921875, default = "ml", link = "Minim (unit)", }, ["USoz"] = { name1 = "أوصنة أمريكية سائلة", name1_us = "US fluid ounce", name2_us = "U.S. fluid ounce", symbol = "US&nbsp;fl&nbsp;oz", sym_us = "U.S.&nbsp;fl&nbsp;oz", utype = "volume", scale = 0.0000295735295625, default = "ml", link = "وحدات قياس عرفية أمريكية", }, ["USpk"] = { name1_us = "US peck", name2_us = "U.S. peck", symbol = "US&nbsp;pk", sym_us = "U.S.&nbsp;pk", utype = "volume", scale = 0.00880976754172, default = "l impgal", link = "Peck", }, ["USpt"] = { name1_us = "US pint", name2_us = "U.S. pint", symbol = "باينت أمريكي", sym_us = "U.S.&nbsp;pt", utype = "volume", scale = 0.000473176473, default = "l imppt", link = "Pint", }, ["USqt"] = { name1_us = "US quart", symbol = "كوارت أمريكي", sym_us = "U.S.&nbsp;qt", utype = "volume", scale = 0.000946352946, default = "ml", link = "الكوارت", customary= 1, }, ["USquart"] = { name1_us = "US quart", symbol = "كوارت أمريكي", sym_us = "U.S.&nbsp;qt", utype = "volume", scale = 0.000946352946, default = "ml impoz", link = "الكوارت", }, ["UStbsp"] = { name1_us = "US tablespoon", name2_us = "U.S. tablespoon", symbol = "US&nbsp;tbsp", sym_us = "U.S.&nbsp;tbsp", utype = "volume", scale = 1.4786764781250001e-5, default = "ml", link = "US tablespoon", }, ["winecase"] = { symbol = "case", usename = 1, utype = "volume", scale = 0.009, default = "l", link = "Case (goods)", }, ["*U.S.drygal"] = { target = "USdrygal", sp_us = true, customary= 2, }, ["*U.S.gal"] = { target = "USgal", sp_us = true, default = "L impgal", customary= 2, }, ["+USdrygal"] = { target = "USdrygal", customary= 1, }, ["+usfloz"] = { target = "USoz", link = "Fluid ounce", customary= 1, }, ["+USgal"] = { target = "USgal", customary= 1, }, ["+USoz"] = { target = "USoz", customary= 1, }, ["@impgal"] = { target = "impgal", customary= 3, }, ["acre feet"] = { target = "acre ft", }, ["acre-feet"] = { target = "acre ft", }, ["acre-ft"] = { target = "acre ft", }, ["acre.foot"] = { target = "acre foot", }, ["acre.ft"] = { target = "acre ft", }, ["acre·foot"] = { target = "acre foot", }, ["acre·ft"] = { target = "acre ft", }, ["bushels"] = { target = "USbsh", }, ["cid"] = { target = "CID", }, ["ft3"] = { target = "cuft", }, ["gal"] = { target = "USgal", }, ["غالون أمريكي"] = { target = "USgal", }, ["gallon"] = { shouldbe = "Use %{USgal%} for US gallons or %{impgal%} for imperial gallons (not %{gallon%})", }, ["gallons"] = { shouldbe = "Use %{USgal%} for US gallons or %{impgal%} for imperial gallons (not %{gallons%})", }, ["Gcuft"] = { target = "e9cuft", }, ["impfloz"] = { target = "impoz", }, ["Impgal"] = { target = "impgal", }, ["in3"] = { target = "cuin", }, ["kcuft"] = { target = "e3cuft", }, ["kcum"] = { target = "e3m3", }, ["km³"] = { target = "km3", }, ["liter"] = { target = "L", sp_us = true, }, ["liters"] = { target = "L", sp_us = true, }, ["litre"] = { target = "L", }, ["litres"] = { target = "L", }, ["Mcuft"] = { target = "e6cuft", }, ["Mcum"] = { target = "e6m3", }, ["Mft3"] = { target = "e6cuft", }, ["mi3"] = { target = "cumi", }, ["m³"] = { target = "m3", }, ["Pcuft"] = { target = "e15cuft", }, ["pt"] = { shouldbe = "Use %{USpt%} for US pints or %{imppt%} for imperial pints (not %{pt%})", }, ["qt"] = { shouldbe = "Use %{USqt%} for US quarts or %{impqt%} for imperial quarts (not %{qt%})", }, ["Tcuft"] = { target = "e12cuft", }, ["Tft3"] = { target = "e12cuft", }, ["U.S.bbl"] = { target = "USbbl", sp_us = true, default = "l U.S.gal impgal", }, ["U.S.beerbbl"] = { target = "USbeerbbl", sp_us = true, default = "l U.S.gal impgal", }, ["U.S.bsh"] = { target = "USbsh", sp_us = true, default = "l U.S.drygal impgal", }, ["U.S.bu"] = { target = "USbu", sp_us = true, default = "l U.S.drygal impgal", }, ["U.S.drybbl"] = { target = "USdrybbl", sp_us = true, }, ["U.S.drygal"] = { target = "USdrygal", sp_us = true, }, ["U.S.drypt"] = { target = "USdrypt", sp_us = true, }, ["U.S.dryqt"] = { target = "USdryqt", sp_us = true, }, ["U.S.flgal"] = { target = "USflgal", sp_us = true, }, ["U.S.floz"] = { target = "USoz", sp_us = true, }, ["U.S.gal"] = { target = "USgal", sp_us = true, default = "L impgal", }, ["u.s.gal"] = { target = "USgal", sp_us = true, default = "L impgal", }, ["U.S.gi"] = { target = "USgi", sp_us = true, }, ["U.S.kenning"] = { target = "USkenning", sp_us = true, }, ["U.S.oz"] = { target = "USoz", sp_us = true, }, ["U.S.pk"] = { target = "USpk", sp_us = true, }, ["U.S.pt"] = { target = "USpt", sp_us = true, }, ["U.S.qt"] = { target = "USqt", sp_us = true, default = "L impqt", customary= 2, }, ["usbbl"] = { target = "USbbl", }, ["usbeerbbl"] = { target = "USbeerbbl", }, ["usbsh"] = { target = "USbsh", }, ["usbu"] = { target = "USbu", }, ["usdrybbl"] = { target = "USdrybbl", }, ["usdrygal"] = { target = "USdrygal", }, ["usdrypt"] = { target = "USdrypt", }, ["usdryqt"] = { target = "USdryqt", }, ["USfloz"] = { target = "USoz", }, ["usfloz"] = { target = "USoz", }, ["USGAL"] = { target = "USgal", }, ["usgal"] = { target = "USgal", }, ["usgi"] = { target = "USgi", }, ["uskenning"] = { target = "USkenning", }, ["usoz"] = { target = "USoz", }, ["uspk"] = { target = "USpk", }, ["uspt"] = { target = "USpt", }, ["usqt"] = { target = "USqt", }, ["yd3"] = { target = "cuyd", }, ["cuft/sqmi"] = { per = { "cuft", "sqmi" }, utype = "volume per unit area", default = "m3/km2", }, ["m3/ha"] = { name1 = "متر مكعب لكل هكتار", name2 = "متر مكعب لكل هكتار", name2_us = "cubic meters per hectare", symbol = "م³/هكتار", utype = "volume per unit area", scale = 0.0001, default = "USbu/acre", link = "هكتار", }, ["m3/km2"] = { per = { "m3", "km2" }, utype = "volume per unit area", default = "cuft/sqmi", }, ["U.S.gal/acre"] = { per = { "U.S.gal", "acre" }, utype = "volume per unit area", default = "m3/km2", }, ["USbu/acre"] = { name1 = "بوشل أمريكي لكل فدان", name2 = "بوشل أمريكي لكل فدان", symbol = "US bushel per acre", usename = 1, utype = "volume per unit area", scale = 8.7077638761350888e-6, default = "m3/ha", link = "بوشل", }, ["USgal/acre"] = { per = { "USgal", "acre" }, utype = "volume per unit area", default = "m3/km2", }, ["cuyd/mi"] = { per = { "cuyd", "mi" }, utype = "volume per unit length", default = "m3/km", }, ["m3/km"] = { per = { "m3", "km" }, utype = "volume per unit length", default = "cuyd/mi", }, ["mich"] = { combination= { "ch", "mi" }, multiple = { 80 }, utype = "length", }, ["michlk"] = { combination= { "chlk", "mi" }, multiple = { 80 }, utype = "length", }, ["michainlk"] = { combination= { "chainlk", "mi" }, multiple = { 80 }, utype = "length", }, ["miydftin"] = { combination= { "in", "ft", "yd", "mi" }, multiple = { 12, 3, 1760 }, utype = "length", }, ["mift"] = { combination= { "ft", "mi" }, multiple = { 5280 }, utype = "length", }, ["ydftin"] = { combination= { "in", "ft", "yd" }, multiple = { 12, 3 }, utype = "length", }, ["ydft"] = { combination= { "ft", "yd" }, multiple = { 3 }, utype = "length", }, ["ftin"] = { combination= { "in", "ft" }, multiple = { 12 }, utype = "length", }, ["footin"] = { combination= { "in", "foot" }, multiple = { 12 }, utype = "length", }, ["handin"] = { combination= { "in", "hand" }, multiple = { 4 }, utype = "length", }, ["lboz"] = { combination= { "oz", "lb" }, multiple = { 16 }, utype = "mass", }, ["stlb"] = { combination= { "lb", "st" }, multiple = { 14 }, utype = "mass", }, ["stlboz"] = { combination= { "oz", "lb", "st" }, multiple = { 16, 14 }, utype = "mass", }, ["st and lb"] = { combination= { "lb", "st" }, multiple = { 14 }, utype = "mass", }, ["GN LTf"] = { combination= { "GN", "-LTf" }, utype = "force", }, ["GN LTf STf"] = { combination= { "GN", "-LTf", "-STf" }, utype = "force", }, ["GN STf"] = { combination= { "GN", "-STf" }, utype = "force", }, ["GN STf LTf"] = { combination= { "GN", "-STf", "-LTf" }, utype = "force", }, ["kN LTf"] = { combination= { "kN", "-LTf" }, utype = "force", }, ["kN LTf STf"] = { combination= { "kN", "-LTf", "-STf" }, utype = "force", }, ["kN STf"] = { combination= { "kN", "-STf" }, utype = "force", }, ["kN STf LTf"] = { combination= { "kN", "-STf", "-LTf" }, utype = "force", }, ["LTf STf"] = { combination= { "-LTf", "-STf" }, utype = "force", }, ["MN LTf"] = { combination= { "MN", "-LTf" }, utype = "force", }, ["MN LTf STf"] = { combination= { "MN", "-LTf", "-STf" }, utype = "force", }, ["MN STf"] = { combination= { "MN", "-STf" }, utype = "force", }, ["MN STf LTf"] = { combination= { "MN", "-STf", "-LTf" }, utype = "force", }, ["STf LTf"] = { combination= { "-STf", "-LTf" }, utype = "force", }, ["L/100 km mpgimp"] = { combination= { "L/100 km", "mpgimp" }, utype = "fuel efficiency", }, ["l/100 km mpgimp"] = { combination= { "l/100 km", "mpgimp" }, utype = "fuel efficiency", }, ["L/100 km mpgUS"] = { combination= { "L/100 km", "mpgus" }, utype = "fuel efficiency", }, ["L/100 km mpgus"] = { combination= { "L/100 km", "mpgus" }, utype = "fuel efficiency", }, ["l/100 km mpgus"] = { combination= { "l/100 km", "mpgus" }, utype = "fuel efficiency", }, ["mpgimp L/100 km"] = { combination= { "mpgimp", "L/100 km" }, utype = "fuel efficiency", }, ["LT ST t"] = { combination= { "lt", "-ST", "t" }, utype = "mass", }, ["LT t ST"] = { combination= { "lt", "t", "-ST" }, utype = "mass", }, ["ST LT t"] = { combination= { "-ST", "lt", "t" }, utype = "mass", }, ["ST t LT"] = { combination= { "-ST", "t", "lt" }, utype = "mass", }, ["t LT ST"] = { combination= { "t", "lt", "-ST" }, utype = "mass", }, ["ton"] = { combination= { "LT", "ST" }, utype = "mass", }, ["kPa kg/cm2"] = { combination= { "kPa", "kgf/cm2" }, utype = "pressure", }, ["kPa lb/in2"] = { combination= { "kPa", "-lb/in2" }, utype = "pressure", }, ["floz"] = { combination= { "impoz", "USoz" }, utype = "volume", }, } --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local default_exceptions = { -- Prefixed units with a default different from that of the base unit. -- Each key item is a prefixed symbol (unitcode for engineering notation). ["سـم²"] = "sqin", ["دم²"] = "sqin", ["e3acre"] = "km2", ["e3m2"] = "e6sqft", ["e6acre"] = "km2", ["e6ha"] = "e6acre", ["e6km2"] = "e6sqmi", ["e6m2"] = "e6sqft", ["e6sqft"] = "v * 9.290304 < 100 ! e3 ! e6 ! m2", ["e6sqmi"] = "e6km2", ["هـم²"] = "acre", ["كـم²"] = "sqmi", ["مـم²"] = "sqin", ["آجول"] = "eV", ["e3BTU"] = "MJ", ["e6BTU"] = "GJ", ["يـجول"] = "kWh", ["فـجول"] = "keV", ["جـجول"] = "kWh", ["مججول"] = "kWh", ["بتـجول"] = "kWh", ["بـجول"] = "MeV", ["تـجول"] = "kWh", ["يوجول"] = "kWh", ["يكـجول"] = "μeV", ["زتـجول"] = "kWh", ["زبـجول"] = "meV", ["e12cuft/a"] = "v * 2.8316846592 < 100 ! e9 ! e12 ! m3/a", ["e12cuft/d"] = "v * 2.8316846592 < 100 ! e9 ! e12 ! m3/d", ["e12m3/a"] = "Tcuft/a", ["e12m3/d"] = "Tcuft/d", ["e3cuft/a"] = "v * 2.8316846592 < 100 ! ! e3 ! m3/a", ["e3cuft/d"] = "v * 2.8316846592 < 100 ! ! e3 ! m3/d", ["e3cuft/s"] = "v * 2.8316846592 < 100 ! ! e3 ! m3/s", ["e3m3/a"] = "v < 28.316846592 ! k ! M ! cuft/a", ["e3m3/d"] = "v < 28.316846592 ! k ! M ! cuft/d", ["e3m3/s"] = "v < 28.316846592 ! k ! M ! cuft/s", ["e3USgal/a"] = "v * 3.785411784 < 1000 ! ! e3 ! m3/a", ["e6cuft/a"] = "v * 2.8316846592 < 100 ! e3 ! e6 ! m3/a", ["e6cuft/d"] = "v * 2.8316846592 < 100 ! e3 ! e6 ! m3/d", ["e6cuft/s"] = "v * 2.8316846592 < 100 ! e3 ! e6 ! m3/s", ["e6m3/a"] = "v < 28.316846592 ! M ! G ! cuft/a", ["e6m3/d"] = "v < 28.316846592 ! M ! G ! cuft/d", ["e6m3/s"] = "v < 28.316846592 ! e6 ! e9 ! cuft/s", ["e6USgal/a"] = "v * 3.785411784 < 1000 ! e3 ! e6 ! m3/a", ["e9cuft/a"] = "m3/a", ["e9cuft/d"] = "v * 2.8316846592 < 100 ! e6 ! e9 ! m3/d", ["e9m3/a"] = "v < 28.316846592 ! G ! T ! cuft/a", ["e9m3/d"] = "v < 28.316846592 ! G ! T ! cuft/d", ["e9m3/s"] = "v < 28.316846592 ! e9 ! e12 ! cuft/s", ["e9USgal/a"] = "v * 3.785411784 < 1000 ! e6 ! e9 ! m3/a", ["e9USgal/s"] = "v * 3.785411784 < 1000 ! e6 ! e9 ! m3/s", ["نـن"] = "gr-f", ["مكـن"] = "gr-f", ["مـن"] = "oz-f", ["آم"] = "in", ["سـم"] = "in", ["دام"] = "ft", ["دم"] = "in", ["e12km"] = "e12mi", ["e12mi"] = "e12km", ["e3AU"] = "ly", ["e3km"] = "e3mi", ["e3mi"] = "e3km", ["e6km"] = "e6mi", ["e6mi"] = "e6km", ["e9km"] = "AU", ["e9mi"] = "e9km", ["يـم"] = "mi", ["فـم"] = "in", ["جـم"] = "mi", ["هـم"] = "ft", ["كـم"] = "mi", ["مـم"] = "in", ["مجم"] = "mi", ["نـم"] = "in", ["بتـم"] = "mi", ["بـم"] = "in", ["تـم"] = "mi", ["يوم"] = "mi", ["يكـم"] = "in", ["زتـم"] = "mi", ["زبـم"] = "in", ["مكـم"] = "in", ["e12lb"] = "v * 4.5359237 < 10 ! Mt ! Gt", ["e3lb"] = "v * 4.5359237 < 10 ! kg ! t", ["e3ozt"] = "v * 0.311034768 < 10 ! kg ! t", ["e3t"] = "LT ST", ["e6carat"] = "t", ["e6lb"] = "v * 4.5359237 < 10 ! t ! kilotonne", ["e6ozt"] = "lb kg", ["e6ST"] = "Mt", ["e6t"] = "LT ST", ["e9lb"] = "v * 4.5359237 < 10 ! kilotonne ! Mt", ["e9t"] = "LT ST", ["جـغ"] = "lb", ["كـغ"] = "lb", ["مـغ"] = "gr", ["مجغ"] = "LT ST", ["نـغ"] = "gr", ["مكـغ"] = "gr", ["مـبيك"] = "fCi", ["كـبيك"] = "nCi", ["مجبيك"] = "μCi", ["جـبيك"] = "mCi", ["تـبيك"] = "Ci", ["بتـبيك"] = "kCi", ["يـبيك"] = "kCi", ["فـكور"] = "mBq", ["بـكور"] = "Bq", ["نـكور"] = "Bq", ["مكـكور"] = "kBq", ["مـكور"] = "MBq", ["كـكور"] = "TBq", ["مجكور"] = "PBq", ["نـثا"] = "μs", ["مكـثا"] = "ms", ["مـثا"] = "s", ["كـثا"] = "h", ["مجثا"] = "week", ["جـثا"] = "decade", ["تـثا"] = "millennium", ["بتـثا"] = "million year", ["يـثا"] = "thousand million year", ["مجك"] = "keVT", ["سـل"] = "impoz usoz", ["سـل"] = "impoz usoz", ["سـم³"] = "cuin", ["دل"] = "impoz usoz", ["دل"] = "impoz usoz", ["مـم³"] = "cuin", ["دم³"] = "cuin", ["e12cuft"] = "v * 2.8316846592 < 100 ! e9 ! e12 ! m3", ["e12impgal"] = "v * 4.54609 < 1000 ! T ! P ! l", ["e12m3"] = "v < 28.316846592 ! T ! P ! cuft", ["e12U.S.gal"] = "v * 3.785411784 < 1000 ! T ! P ! l", ["e12USgal"] = "v * 3.785411784 < 1000 ! T ! P ! l", ["e15cuft"] = "v * 2.8316846592 < 100 ! e12 ! e15 ! m3", ["e15m3"] = "Pcuft", ["e3bdft"] = "v * 0.23597372167 < 100 ! e3 ! e6 ! m3", ["e3cuft"] = "v * 2.8316846592 < 100 ! ! e3 ! m3", ["e3impgal"] = "v * 4.54609 < 1000 ! k ! M ! l", ["e3m3"] = "v < 28.316846592 ! k ! M ! cuft", ["e3U.S.gal"] = "v * 3.785411784 < 1000 ! k ! M ! l", ["e3USgal"] = "v * 3.785411784 < 1000 ! k ! M ! l", ["e6bdft"] = "v * 0.23597372167 < 100 ! e3 ! e6 ! m3", ["e6cuft"] = "v * 2.8316846592 < 100 ! e3 ! e6 ! m3", ["e6cuyd"] = "v * 7.64554857984 < 10 ! e3 ! e6 ! m3", ["e6impgal"] = "v * 4.54609 < 1000 ! M ! G ! l", ["e6L"] = "USgal", ["e6m3"] = "v < 28.316846592 ! M ! G ! cuft", ["e6U.S.gal"] = "v * 3.785411784 < 1000 ! M ! G ! l", ["e6USgal"] = "v * 3.785411784 < 1000 ! M ! G ! l", ["e9bdft"] = "v * 0.23597372167 < 100 ! e6 ! e9 ! m3", ["e9cuft"] = "v * 2.8316846592 < 100 ! e6 ! e9 ! m3", ["e9impgal"] = "v * 4.54609 < 1000 ! G ! T ! l", ["e9m3"] = "v < 28.316846592 ! G ! T ! cuft", ["e9U.S.gal"] = "v * 3.785411784 < 1000 ! G ! T ! l", ["e9USgal"] = "v * 3.785411784 < 1000 ! G ! T ! l", ["جـل"] = "cuft", ["جـل"] = "cuft", ["كـل"] = "cuft", ["كـل"] = "cuft", ["كـم³"] = "cumi", ["مـل"] = "impoz usoz", ["مـل"] = "impoz usoz", ["مجل"] = "v < 28.316846592 ! e3 ! e6 ! cuft", ["مجل"] = "v < 28.316846592 ! e3 ! e6 ! cuft", ["تـل"] = "cumi", ["تـل"] = "cumi", ["مكـل"] = "cuin", ["مكـل"] = "cuin", } --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local link_exceptions = { -- Prefixed units with a linked article different from that of the base unit. -- Each key item is a prefixed symbol (not unitcode). ["مـم²"] = "مليمتر مربع", ["سـم²"] = "سنتيمتر مربع", ["دم²"] = "ديسيمتر مربع", ["كـم²"] = "كيلومتر مربع", ["كـجول"] = "كيلوجول", ["مججول"] = "ميجا جول", ["فـم"] = "فمتومتر", ["بـم"] = "بيكومتر", ["نـم"] = "نانومتر", ["مكـم"] = "ميكرومتر", ["مـم"] = "مليمتر", ["سـم"] = "سنتيمتر", ["دم"] = "ديسيمتر", ["دام"] = "ديكامتر", ["هـم"] = "هكتومتر", ["كـم"] = "كيلومتر", ["مجم"] = "ميجامتر", ["جـم"] = "جيجامتر", ["تـم"] = "تيرا متر", ["بتـم"] = "بيتا متر", ["يـم"] = "إكساء متر", ["زتـم"] = "زيتا متر", ["يوم"] = "يوتا متر", ["مكـغ"] = "ميكروغرام", ["مـغ"] = "ميليغرام", ["كـغ"] = "كيلوغرام", ["مجغ"] = "ميجاغرام", ["يكـو"] = "يوكتو وات", ["زبـو"] = "زبتو وات", ["آو"] = "آتو وات", ["فـو"] = "فيمتو وات", ["بـو"] = "بيكو وات", ["نـو"] = "نانو وات", ["مكـو"] = "مايكرو وات", ["مـو"] = "ملي وات", ["كـو"] = "كيلو وات", ["مجو"] = "ميجا وات", ["جـو"] = "جيجا وات", ["تـو"] = "تيرا وات", ["بتـو"] = "بيتا وات", ["يـو"] = "إكساء وات", ["زتـو"] = "زيتا وات", ["يوو"] = "يوتا وات", ["آثا"] = "أتوثانية", ["فـثا"] = "فمتوثانية", ["بـثا"] = "بيكو ثانية", ["نـثا"] = "نانوثانية", ["مكـثا"] = "ميكروثانية", ["مـثا"] = "ملي ثانية", ["كـثا"] = "كيلو ثانية", ["مجثا"] = "ميجا ثانية", ["جـثا"] = "جيجا ثانية", ["تـثا"] = "تيرا ثانية", ["بتـثا"] = "بيتا ثانية", ["يـثا"] = "إكساء ثانية", ["زتـثا"] = "زيتا ثانية", ["يوثا"] = "يوتا ثانية", ["مـم³"] = "ملي متر مكعب", ["سـم³"] = "سنتي متر مكعب", ["دم³"] = "ديسيمتر مكعب", ["دام³"] = "ديكا متر مكعب", ["كـم³"] = "كيلو متر مكعب", ["مكـل"] = "ميكرو لتر", ["مكـل"] = "ميكرو لتر", ["مـل"] = "ميل لتر", ["مـل"] = "ميل لتر", ["سـل"] = "سنتي لتر", ["سـل"] = "سنتي لتر", ["دل"] = "ديسي لتر", ["دل"] = "ديسي لتر", ["دال"] = "ديكا لتر", ["دال"] = "ديكا لتر", ["هـل"] = "هكتو لتر", ["هـل"] = "هكتو لتر", ["كـل"] = "كيلو لتر", ["كـل"] = "كيلو لتر", ["مجل"] = "ميجا لتر", ["مجل"] = "ميجا لتر", ["جـل"] = "جيجا لتر", ["جـل"] = "جيجا لتر", ["تـل"] = "تيرا لتر", ["تـل"] = "تيرا لتر", ["بتـل"] = "بيتا لتر", ["بتـل"] = "بيتا لتر", } --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local per_unit_fixups = { -- Automatically created per units of form "x/y" may have their unit type -- changed, for example, "length/time" is changed to "speed". -- Other adjustments can also be specified. ["/area"] = "per unit area", ["/volume"] = "per unit volume", ["area/area"] = "area per unit area", ["energy/length"] = "energy per unit length", ["energy/mass"] = "energy per unit mass", ["energy/time"] = { utype = "power", link = "Power" }, ["energy/volume"] = "energy per unit volume", ["force/area"] = { utype = "pressure", link = "ضغط" }, ["length/length"] = { utype = "gradient", link = "تدرج" }, ["length/time"] = { utype = "speed", link = "سرعة" }, ["length/time/time"] = { utype = "acceleration", link = "تسارع" }, ["mass/area"] = { utype = "pressure", multiplier = 9.80665 }, ["mass/length"] = "linear density", ["mass/mass"] = "concentration", ["mass/power"] = "mass per unit power", ["mass/time"] = "mass per unit time", ["mass/volume"] = { utype = "density", link = "Density" }, ["power/mass"] = "power per unit mass", ["power/volume"] = { link = "Power density" }, ["pressure/length"] = "fracture gradient", ["speed/time"] = { utype = "acceleration", link = "تسارع" }, ["volume/area"] = "volume per unit area", ["volume/length"] = "volume per unit length", ["volume/time"] = "flow", } return { all_units = all_units, default_exceptions = default_exceptions, link_exceptions = link_exceptions, per_unit_fixups = per_unit_fixups, } 2h7ypqmv1rajc738z3g52v0d3zjwiqr 828 28895 118025 2022-08-10T20:50:07Z ForzaGreen 14525 أنشأ الصفحة ب'-- This module converts support characters from half-width to full-width, and vice versa. -- See [[Halfwidth and fullwidth forms]] for an explanation of half- and full-width characters. -- @todo FIXME: Needs more characters adding, needs support for diacritic marks. local data = mw.loadData( 'Module:Convert character width/data' ) local p = {} -- Converts one half-width character to one full-width character. local function getFull( s ) return data[ s ] or s...' Scribunto text/plain -- This module converts support characters from half-width to full-width, and vice versa. -- See [[Halfwidth and fullwidth forms]] for an explanation of half- and full-width characters. -- @todo FIXME: Needs more characters adding, needs support for diacritic marks. local data = mw.loadData( 'Module:Convert character width/data' ) local p = {} -- Converts one half-width character to one full-width character. local function getFull( s ) return data[ s ] or s end -- Converts one full-width character to one half-width character. local function getHalf( s ) for half, full in pairs( data ) do if s == full then return half end end return s end -- Converts multiple half-width characters to full-width characters. function p.full( frame ) local s = type( frame ) == 'table' and frame.args and frame.args[ 1 ] or frame s = type( s ) == 'number' and tostring( s ) or s if type( s ) ~= 'string' then return end return ( mw.ustring.gsub( s, '.', getFull ) ) end -- Converts multiple full-width characters to half-width characters. function p.half( frame ) local s = type( frame ) == 'table' and frame.args and frame.args[ 1 ] or frame s = type( s ) == 'number' and tostring( s ) or s if type( s ) ~= 'string' then return end return ( mw.ustring.gsub( s, '.', getHalf ) ) end return p 8hxk1rupqmuwu208z9w8suwqp1u08zw 828 28896 118026 2022-08-10T20:51:27Z ForzaGreen 14525 أنشأ الصفحة ب'-- This module generates the wikitext required at Module:Convert/data -- by reading and processing the wikitext of the master list of units -- (see conversion_data for the page title). -- -- Script method: -- * Read lines, ignoring everything before "== Conversions ==". -- * Process the following lines: -- * Find next level-3 heading like "=== Length ===". -- * Parse each following line starting with "|" -- (but ignore lines starting with "|-" or "|}". --...' Scribunto text/plain -- This module generates the wikitext required at Module:Convert/data -- by reading and processing the wikitext of the master list of units -- (see conversion_data for the page title). -- -- Script method: -- * Read lines, ignoring everything before "== Conversions ==". -- * Process the following lines: -- * Find next level-3 heading like "=== Length ===". -- * Parse each following line starting with "|" -- (but ignore lines starting with "|-" or "|}". -- * Split such lines into fields (delimiter "||") and trim -- leading/trailing whitespace from each field. -- Remove any "colspan" at front of second field (symbol). -- * Remove thousand separators (commas) from the scale field. -- If the scale is a number, do not change it. -- Otherwise, it should be an expression like "5/9", in -- which case it is replaced by the value of the expression. -- * Remove wiki formatting '[[...]]' from the link field. -- * Remove redundant fields from the unit to reduce size of data table. -- * Create alternative forms of a unit such as an alias or a combination. -- * Stop processing when encounter end of text or a line starting -- with a level-2 heading ("==" but not "==="). -- * Repeat above for each heading listed at prepare_data(). -- * Output Lua source for the units table. -- -- -- Output has the following form. -- local all_units = { -- ["unitcode"] = { -- standard format -- name1 = "singular name", -- omitted if redundant -- name1_us = "singular name sp=us", -- omitted if redundant -- name2 = "plural name", -- omitted if redundant -- name2_us = "plural name sp=us", -- omitted if redundant -- symbol = "symbol", -- sym_us = "symbol sp=us", -- omitted if redundant -- usename = 1, -- omitted if empty -- utype = "unit type", -- from level-3 heading -- scale = 1, -- a value, if necessary from evaluating an expression -- subdivs = { ["ft"] = { 5280, default = "km" }, ["yd"] = { 1760 } } -- composite input; omitted if empty -- link = "title of article for wikilink", -- omitted if empty or redundant -- ... -- other values -- }, -- ["unitcode"] = { -- alternative format to generate an alias -- target = "unit code", -- ... -- optional values to override those of target -- }, -- ["unitcode"] = { -- alternative format to generate a "per" unit like $/acre or BTU/h -- per = {u1, u2}, -- numbered table of unitcodes (u1 may be a currency symbol) -- ... -- optional values -- }, -- ["unitcode"] = { -- alternative format to generate an error message -- shouldbe = "message that some other unit code should be used", -- }, -- ["unitcode"] = { -- alternative format for combination outputs (like 'm ft') -- combination = {u1, u2, ...}, -- numbered table of unitcodes -- utype = "unit type", -- as for standard format -- }, -- ["unitcode"] = { -- alternative format for output multiples (like 'ftin') -- combination = {u1, u2, ...}, -- numbered table of unitcodes -- multiple = {f1, f2, ...}, -- numbered table of integer factors -- utype = "unit type", -- as for standard format -- }, -- ... -- } local ulower = mw.ustring.lower local usub = mw.ustring.sub local text_code local specials = { -- This table is used to add extra fields when defining some units which -- require exceptions to normal processing. -- Each key is in the local language, while each value is fixed text. -- However, this script should NOT be edited. -- Instead, the translation_table in Module:Convert/text can be edited, -- and this script will replace sections of the following with localized -- definitions from Module:Convert/text, if given. -- Ask for assistance at [[:en:Module talk:Convert]]. -- LATER: It would be better if this was defined in the conversion data. utype = { -- ["unit type in local language"] = "name_used_in_this_script" ["fuel efficiency"] = "type_fuel_efficiency", ["length"] = "type_length", ["temperature"] = "type_temperature", ["volume"] = "type_volume", }, ucode = { exception = { -- ["unit code in local language"] = "name_used_in_module_convert" ["ft"] = "integer_more_precision", ["in"] = "subunit_more_precision", ["lb"] = "integer_more_precision", }, istemperature = { -- Common temperature scales (not keVT or MK). -- ["unit code in local language"] = true ["C"] = true, ["F"] = true, ["K"] = true, ["R"] = true, }, usesymbol = { -- Use unit symbol not name if abbr not specified. -- ["unit code in local language"] = 1 ["C"] = 1, ["F"] = 1, ["K"] = 1, ["R"] = 1, ["C-change"] = 1, ["F-change"] = 1, ["K-change"] = 1, }, alttype = { -- Unit has an alternate type that is a valid conversion. -- ["unit code in local language"] = "alternate type in local language" ["Nm"] = "energy", ["ftlb"] = "torque", ["ftlb-f"] = "torque", ["ftlbf"] = "torque", ["inlb"] = "torque", ["inlb-f"] = "torque", ["inlbf"] = "torque", ["inoz-f"] = "torque", ["inozf"] = "torque", }, }, } -- Module text for the local language (localization). -- A default table of text for enwiki is provided here. -- If needed for another wiki, wanted sections from the table can be -- copied into translation_table in Module:Convert/text. -- For example, copying and modifying only the titles section may give: -- -- local translation_table = { -- ... -- other items -- mtext = { -- titles = { -- -- name_used_in_this_script = 'Title of page' -- conversion_data = 'Modul:Convert/documentation/conversion data/dok', -- }, -- }, -- } local mtext = { section_names = { -- name_used_in_this_script = 'Section title used in conversion data' overrides = 'Overrides', conversions = 'Conversions', outmultiples = 'Output multiples', combinations = 'Combinations', inmultiples = 'Input multiples', defaults = 'Defaults', links = 'Links', perunits = 'Automatic per units', varnames = 'Variable names', }, titles = { -- name_used_in_this_script = 'Title of page' conversion_data = 'Module:Convert/توثيق/تحويل_البيانات', }, messages = { -- name_used_in_this_script = 'Error message ($1 = first parameter, $2 = second)' m_als_bad = 'Alias has invalid text in field "$1".', m_als_dup = 'Alias "$1" already defined.', m_als_link = 'Alias "$1" must include a wikilink ("[[...]]") in the symlink text.', m_als_mul = 'Alias "$1" has multiplier "$2" which is not a number.', m_als_same = 'Should omit "$1" for alias "$2" because it is the same as its target.', m_als_type = 'Target of alias "$1" has wrong type.', m_als_undef = 'Primary unit must be defined before alias "=$1"', m_cmb_miss = 'Missing unit code for a combination.', m_cmb_none = 'No units specified for combination "$1"', m_cmb_one = 'Only one unit specified for combination "$1"', m_cmb_type = 'Unit "$1" in combination "$2" has wrong type.', m_cmb_undef = 'Unit "$1" in combination "$2" not defined.', m_cmp_def = 'Composite "$1" must specify a default unit code.', m_cmp_int = 'Composite "$1" has components where scale ratios are not integers.', m_cmp_inval = 'Composite "$1" has a component with an invalid scale, "$2".', m_cmp_many = 'Composite "$1" has too many fields.', m_cmp_miss = 'Missing unit code for a composite.', m_cmp_order = 'Composite "$1" has components in wrong order or with invalid scales.', m_cmp_scale = 'Alternate unit "$1" in composite "$2" has wrong scale.', m_cmp_two = 'Composite "$1" must specify exactly two unit codes.', m_cmp_type = 'Unit "$1" in composite "$2" has wrong type.', m_cmp_undef = 'Unit "$1" in composite "$2" not defined.', m_def_cond = 'Invalid condition in default "$1" for unit "$2".', m_def_fmt = 'Default output "$1" for unit "$2" should have 2 or 3 "!".', m_def_rpt = 'Default output "$1" for unit "$2" is repeated.', m_def_same = 'Default output for unit "$1" is the same unit.', m_def_type = 'Default output "$1" for unit "$2" has wrong type.', m_def_undef = 'Default output "$1" for unit "$2" is not defined.', m_dfs_code = 'Defaults section: no unit code specified.', m_dfs_dup = 'Defaults section: unit "$1" has already been specified.', m_dfs_none = 'Defaults section: unit "$1" has no default specified.', m_dfs_sym = 'Defaults section: unit "$1" must have a symbol.', m_dfs_two = 'Defaults section: unit "$1" should have two fields only.', m_dfs_undef = 'Defaults section: unit "$1" is not defined.', m_dup_code = 'Unit code "$1" has already been defined.', m_error = 'Error:', m_ftl_read = 'Could not read wikitext from "[[$1]]".', m_ftl_table = '[[$1]] should export table "$2".', m_ftl_type = 'Fatal error: unknown data type for "$1"', m_hdg_lev2 = 'Level 2 heading "$1" not found.', m_hdg_lev3 = 'No level 3 heading before: $1', m_line_num = ' (line $1).', m_lnk_brack = 'Link "$1" has wrong number of brackets.', m_lnk_dup = 'Link exception "$1" is already defined.', m_lnk_miss = 'Missing unit code for a link.', m_lnk_none = 'No link defined for unit "$1".', m_lnk_sym = 'Unit code "$1" for a link must have a symbol.', m_lnk_two = 'Row for unit "$1" link should have two fields only.', m_lnk_type = 'Link exception "$1" has wrong type.', m_lnk_undef = 'Unit code "$1" for a link is not defined.', m_miss_code = 'Missing unit code.', m_miss_sym = 'Missing symbol.', m_miss_type = 'Missing unit type.', m_mul_int = 'Multiple "$1" has components where scale ratios are not integers.', m_mul_miss = 'Missing unit code for a multiple.', m_mul_none = 'No units specified for multiple "$1"', m_mul_one = 'Only one unit specified for multiple "$1"', m_mul_order = 'Multiple "$1" has components in wrong order or with invalid scales.', m_mul_scale = 'Multiple "$1" has a component with an invalid scale, "$2".', m_mul_std = 'Unit "$1" in multiple "$2" must be a standard unit.', m_mul_type = 'Unit "$1" in multiple "$2" has wrong type.', m_mul_undef = 'Unit "$1" in multiple "$2" not defined.', m_no_title = 'Need title of page with unit definitions.', m_ovr_dup = 'Override "$1" is already defined.', m_ovr_miss = 'Missing unit code for an override.', m_per_dup = 'Per unit "$1" already defined.', m_per_empty = 'Unit "$1" has an empty field in the "per".', m_per_fuel = 'Unit "$1" has invalid unit types for fuel efficiency.', m_per_inv = 'Invalid field for a "per".', m_per_two = 'Unit "$1" does not have exactly 2 fields in the "per".', m_per_undef = 'Unit "$1" has undefined unit code "$2" in the "per".', m_percent_s = 'Field "$1" must not contain "%s".', m_pfx_bad = 'Unknown prefix: "$1".', m_pfx_name = 'Unit with Prefix set must include Name.', m_scl_bad = 'Scale expression is invalid: "$1".', m_scl_miss = 'Missing scale.', m_scl_oflow = 'Scale expression gives an invalid value: "$1".', m_var_cnt = 'Variable names section: each row must have the configured number of columns.', m_var_dup = 'Unit "$1" already has a variable name.', m_var_miss = 'Missing field for a variable name.', m_var_undef = 'Unit "$1" in variable names is not defined.', m_warning = 'Warning:', m_wrn_more = ' (and more not shown)', m_wrn_nbsp = 'Line $1 contains a nonbreaking space.', m_wrn_nodef = 'Units with the following unit codes have no default output.', m_wrn_ucode = ' $1', }, } local function message(key, ...) -- Return a message from the message table, which can be localized. -- '$1', '$2', ... are replaced with the first, second, ... parameters, -- each of which must be a string or a number. -- The global variable is_test_run can be set by a testing program to -- check the messages generated by this program. local rep = {} for i, v in ipairs({...}) do rep['$' .. i] = v end key = key or '???' local extra if is_test_run and key ~= 'm_line_num' then extra = key .. ': ' else extra = '' end return extra .. string.gsub(mtext.messages[key] or key, '$%d+', rep) end local function quit(key, ...) -- Use error() to pass an error message to the surrounding pcall(). error(message(key, ...), 0) end local function quit_no_message() -- Throw an error. -- This is used in some functions which can throw an error with a message, -- but where the message is in fact never displayed because the calling -- function uses pcall to catch errors, and any message is ignored. -- Using this function documents that the message (which may be useful in -- some other application) does not need translation as it never appears. error('this message is not displayed', 0) end local function collection() -- Return a table to hold items. return { n = 0, add = function (self, item) self.n = self.n + 1 self[self.n] = item end, pop = function (self, item) if self.n > 0 then local top = self[self.n] self.n = self.n - 1 return top end end, join = function (self, sep) return table.concat(self, sep or '\n') end, } end local warnings = collection() local function add_warning(key, ...) -- Add a warning that will be inserted before the final result. warnings:add(message(key, ...)) end ---Begin code to evaluate expressions----------------------------------- -- This is needed because Lua's loadstring() is not available in Scribunto, -- and each scale value can be specifed as an expression such as "5/9". -- More complex expressions are supported, including use of parentheses -- and the binary operators: + - * / ^ local operators = { ['+'] = { precedence = 1, associativity = 1, func = function (a, b) return a + b end }, ['-'] = { precedence = 1, associativity = 1, func = function (a, b) return a - b end }, ['*'] = { precedence = 2, associativity = 1, func = function (a, b) return a * b end }, ['/'] = { precedence = 2, associativity = 1, func = function (a, b) return a / b end }, ['^'] = { precedence = 3, associativity = 2, func = function (a, b) return a ^ b end }, ['('] = '(', [')'] = ')', } local function tokenizer(text) -- Function 'next' returns the next token which is one of: -- number -- table (operator) -- string ('(' or ')') -- nil (end of text) -- If invalid, an error is thrown. -- The number is unsigned (unary operators are not supported). return { pos = 1, maxpos = #text, text = text, next = function(self) if self.pos <= self.maxpos then local p1, p2, hit = self.text:find('^%s*([+%-*/^()])', self.pos) if hit then self.pos = p2 + 1 return operators[hit] end p1, p2, hit = self.text:find('^%s*(%d*%.?%d*[eE][+-]?%d*)', self.pos) if not hit then p1, p2, hit = self.text:find('^%s*(%d*%.?%d*)', self.pos) end local value = tonumber(hit) if value then self.pos = p2 + 1 return value end quit_no_message('invalid number "' .. self.text:sub(self.pos) .. '"') end end } end local function evaluate_tokens(tokens, inparens) -- Return the value from evaluating tokenized expression, or throw an error. local numstack, opstack = collection(), collection() local function perform_ops(precedence, associativity) while opstack.n > 0 and (opstack[opstack.n].precedence > precedence or (opstack[opstack.n].precedence == precedence and associativity == 1)) do local rhs = numstack:pop() local lhs = numstack:pop() if not (rhs and lhs) then quit_no_message('missing number') end local op = opstack:pop() numstack:add(op.func(lhs, rhs)) end end local token_last local function set_state(token_type) if token_last == token_type then local missing = (token_type == 'number') and 'operator' or 'number' quit_no_message('missing ' .. missing) end token_last = token_type end while true do local token = tokens:next() if type(token) == 'number' then set_state('number') numstack:add(token) elseif type(token) == 'table' then set_state('operator') perform_ops(token.precedence, token.associativity) opstack:add(token) elseif token == '(' then set_state('number') numstack:add(evaluate_tokens(tokens, true)) elseif token == ')' then if inparens then break end quit_no_message('unbalanced parentheses') else break end end perform_ops(0) if numstack.n > 1 then quit_no_message('missing operator') end if numstack.n < 1 then quit_no_message('missing number') end return numstack:pop() end local function evaluate(expression) -- Return value (a number) from evaluating expression (a string), -- or throw an error if invalid. -- This is not bullet proof, but it should support the expressions used. return evaluate_tokens(tokenizer(expression)) end ---End code to evaluate expressions------------------------------------- ---Begin code adapted from Module:Convert------------------------------- local plural_suffix = 's' -- may be changed from translation.plural_suffix below local function shallow_copy(t) -- Return a shallow copy of t. -- Do not need the features and overhead of mw.clone() provided by Scribunto. local result = {} for k, v in pairs(t) do result[k] = v end return result end local function split(text, delimiter) -- Return a numbered table with fields from splitting text. -- The delimiter is used in a regex without escaping (for example, '.' would fail). -- Each field has any leading/trailing whitespace removed. local t = {} text = text .. delimiter -- to get last item for item in text:gmatch('%s*(.-)%s*' .. delimiter) do table.insert(t, item) end return t end local unit_mt = { -- Metatable to get missing values for a unit that does not accept SI prefixes. -- Warning: The boolean value 'false' is returned for any missing field -- so __index is not called twice for the same field in a given unit. __index = function (self, key) local value if key == 'name1' or key == 'sym_us' then value = self.symbol elseif key == 'name2' then value = self.name1 .. plural_suffix elseif key == 'name1_us' then value = self.name1 if not rawget(self, 'name2_us') then -- If name1_us is 'foot', do not make name2_us by appending plural_suffix. self.name2_us = self.name2 end elseif key == 'name2_us' then local raw1_us = rawget(self, 'name1_us') if raw1_us then value = raw1_us .. plural_suffix else value = self.name2 end elseif key == 'link' then value = self.name1 else value = false end rawset(self, key, value) return value end } local function prefixed_name(unit, name, index) -- Return unit name with SI prefix inserted at correct position. -- index = 1 (name1), 2 (name2), 3 (name1_us), 4 (name2_us). -- The position is a byte (not character) index, so use Lua's sub(). local pos = rawget(unit, 'prefix_position') if type(pos) == 'string' then pos = tonumber(split(pos, ',')[index]) end if pos then return name:sub(1, pos - 1) .. unit.si_name .. name:sub(pos) end return unit.si_name .. name end local unit_prefixed_mt = { -- Metatable to get missing values for a unit that accepts SI prefixes. -- Before use, fields si_name, si_prefix must be defined. -- The unit must define _symbol, _name1 and -- may define _sym_us, _name1_us, _name2_us -- (_sym_us, _name2_us may be defined for a language using sp=us -- to refer to a variant unrelated to U.S. units). __index = function (self, key) local value if key == 'symbol' then value = self.si_prefix .. self._symbol elseif key == 'sym_us' then value = rawget(self, '_sym_us') if value then value = self.si_prefix .. value else value = self.symbol end elseif key == 'name1' then value = prefixed_name(self, self._name1, 1) elseif key == 'name2' then value = rawget(self, '_name2') if value then value = prefixed_name(self, value, 2) else value = self.name1 .. plural_suffix end elseif key == 'name1_us' then value = rawget(self, '_name1_us') if value then value = prefixed_name(self, value, 3) else value = self.name1 end elseif key == 'name2_us' then value = rawget(self, '_name2_us') if value then value = prefixed_name(self, value, 4) elseif rawget(self, '_name1_us') then value = self.name1_us .. plural_suffix else value = self.name2 end elseif key == 'link' then value = self.name1 else value = false end rawset(self, key, value) return value end } local function lookup(units, unitcode, sp, what) -- Return a copy of the unit if found, or return nil. -- In this cut-down code, sp is always nil, and what is ignored. local t = units[unitcode] if t then if t.shouldbe then return nil end local result = shallow_copy(t) if result.prefixes then result.si_name = '' result.si_prefix = '' return setmetatable(result, unit_prefixed_mt) end return setmetatable(result, unit_mt) end local SIprefixes = text_code.SIprefixes for plen = SIprefixes[1] or 2, 1, -1 do -- Look for an SI prefix; should never occur with an alias. -- Check for longer prefix first ('dam' is decametre). -- SIprefixes[1] = prefix maximum #characters (as seen by mw.ustring.sub). local prefix = usub(unitcode, 1, plen) local si = SIprefixes[prefix] if si then local t = units[usub(unitcode, plen+1)] if t and t.prefixes then local result = shallow_copy(t) if (sp == 'us' or t.sp_us) and si.name_us then result.si_name = si.name_us else result.si_name = si.name end result.si_prefix = si.prefix or prefix -- In this script, each scale is a string. result.scale = tostring(tonumber(t.scale) * 10 ^ (si.exponent * t.prefixes)) result.prefixes = nil -- a prefixed unit does not take more prefixes (in this script, the returned unit may be added to the list of units) return setmetatable(result, unit_prefixed_mt) end end end local exponent, baseunit = unitcode:match('^e(%d+)(.*)') if exponent then local engscale = text_code.eng_scales[exponent] if engscale then local result = lookup(units, baseunit, sp, 'no_combination') if not result then return nil end if not (result.offset or result.builtin or result.engscale) then result.defkey = unitcode -- key to lookup default exception result.engscale = engscale -- Do not set result.scale as this code is called for units where that is not set. return result end end end return nil end local function evaluate_condition(value, condition) -- Return true or false from applying a conditional expression to value, -- or throw an error if invalid. -- A very limited set of expressions is supported: -- v < 9 -- v * 9 < 9 -- where -- 'v' is replaced with value -- 9 is any number (as defined by Lua tonumber) -- '<' can also be '<=' or '>' or '>=' -- In addition, the following form is supported: -- LHS and RHS -- where -- LHS, RHS = any of above expressions. local function compare(value, text) local arithop, factor, compop, limit = text:match('^%s*v%s*([*]?)(.-)([<>]=?)(.*)$') if arithop == nil then quit_no_message('Invalid default expression.') elseif arithop == '*' then factor = tonumber(factor) if factor == nil then quit_no_message('Invalid default expression.') end value = value * factor end limit = tonumber(limit) if limit == nil then quit_no_message('Invalid default expression.') end if compop == '<' then return value < limit elseif compop == '<=' then return value <= limit elseif compop == '>' then return value > limit elseif compop == '>=' then return value >= limit end quit_no_message('Invalid default expression.') -- should not occur end local lhs, rhs = condition:match('^(.-%W)and(%W.*)') if lhs == nil then return compare(value, condition) end return compare(value, lhs) and compare(value, rhs) end ---End adapted code----------------------------------------------------- local function strip(text) -- Return text with no leading/trailing whitespace. return text:match("^%s*(.-)%s*$") end local function empty(text) -- Return true if text is nil or empty (assuming a string). return text == nil or text == '' end -- Tables of units: k = unit code, v = unit table. local units_index = {} -- all units: normal, alias, per, combination, or multiple local alias_index = {} -- all aliases (to detect attempts to define more than once) local per_index = {} -- all "per" units (to detect attempts to define more than once) local function get_unit(ucode, utype) -- Look up unit code in our cache of units. -- If utype == nil, the unit should already have been defined. -- Otherwise, ucode may represent an automatically generated combination -- where each component must have the given utype; a dummy unit is returned. if empty(ucode) then return nil end local unit = lookup(units_index, ucode) if unit or not utype then return unit end local combo = collection() if ucode:find('+', 1, true) then for item in (ucode .. '+'):gmatch('%s*(.-)%s*%+') do if item ~= '' then combo:add(item) end end elseif ucode:find('%s') then for item in ucode:gmatch('%S+') do combo:add(item) end end if combo.n > 1 then local result = setmetatable({ utype = utype }, { __index = function (self, key) error('Bug: invalid use of automatically generated unit') end }) for _, v in ipairs(combo) do local component = lookup(units_index, v) if not component or component.shouldbe or component.combination then return nil end if utype ~= component.utype then result.utype = component.utype -- set wrong type which caller will detect break end end return result end end local overrides = {} -- read from input for unit codes that should not be checked for a duplicate local function insert_unique_unit(data, unit, index) -- After inserting any required built-in data, insert the unit into the -- data table and (if index not nil) add to index, -- but not if the unit code is already defined. local ucode = unit.unitcode local known = get_unit(ucode) if known and not overrides[ucode] then quit('m_dup_code', ucode) end for item, t in pairs(specials.ucode) do unit[item] = t[ucode] end if index then index[ucode] = unit end table.insert(data, unit) end local function check_condition(condition) -- Return true if condition appears to be valid; otherwise return false. for _, value in ipairs({ 0, 0.1, 1, 1.1, 10, 100, 1000, 1e4, 1e5 }) do local success, result = pcall(evaluate_condition, value, condition) if not success then return false end end return true end local function check_default_expression(default, ucode) -- Return a numbered table of names present in param default -- (two names if an expression, or one name (param default) otherwise). -- Throw an error if a problem occurs. -- An expression uses pipe-delimited fields with 'v' representing -- the input value for the conversion. -- Example (suffix is optional): 'v < 120 ! small ! big ! suffix' -- returns { 'smallsuffix', 'bigsuffix' }. if not default:find('!', 1, true) then return { default } end local t = {} for item in (default .. '!'):gmatch('%s*(.-)%s*!') do t[#t+1] = item -- split on '!', removing leading/trailing whitespace end if not (#t == 3 or #t == 4) then quit('m_def_fmt', default, ucode) end local condition, default1, default2 = t[1], t[2], t[3] if #t == 4 then default1 = default1 .. t[4] default2 = default2 .. t[4] end if not check_condition(condition) then quit('m_def_cond', default, ucode) end return { default1, default2 } end local function check_default(default, ucode, utype, unit_table) -- Check the given name (or expression) of a default output. -- Normally a unit must not define itself as its default. However, -- some units are defined merely for use in per units, and they have -- the same ucode, utype and default. -- Example: unit cent which cannot be converted to anything other than -- a cent, but which can work, for example, in cent/km and cent/mi. -- Throw an error if a problem occurs. local done = {} for _, default in ipairs(check_default_expression(default, ucode)) do if done[default] then quit('m_def_rpt', default, ucode) end if default == ucode and ucode ~= utype then quit('m_def_same', ucode) end local default_table = get_unit(default, utype) if not default_table then quit('m_def_undef', default, ucode) end if not (utype == unit_table.utype and utype == default_table.utype) then quit('m_def_type', default, ucode) end done[default] = true end end local function check_all_defaults(cfg, units) -- Check each default in units and warn if needed. -- This is done after all input data has been processed. -- Throw an error if a problem occurs. local errors = collection() local missing = collection() -- unitcodes with missing defaults for _, unit in ipairs(units) do if not unit.shouldbe and not unit.combination then -- This is a standard unit or an alias/per (not shouldbe, combo). -- An alias may have a default defined, but it is optional. local default = unit.default local ucode = unit.unitcode if empty(default) then if not unit.target then -- unit should have a default missing:add(ucode) end else local ok, msg = pcall(check_default, default, ucode, unit.utype, unit) if not ok then errors:add(msg) if errors.n >= cfg.maxerrors then break end end end end end if errors.n > 0 then error(errors:join(), 0) end if missing.n > 0 then add_warning('m_wrn_nodef') local limit = cfg.maxerrors for _, v in ipairs(missing) do limit = limit - 1 if limit < 0 then add_warning('m_wrn_more') break end add_warning('m_wrn_ucode', v) end end end local function check_all_pers(cfg, units) -- Check each component of each "per" unit and warn if needed. -- In addition, add any required extra fields for some types of units. -- This is done after all input data has been processed. -- Throw an error if a problem occurs. local errors = collection() local function errmsg(key, ...) errors:add(message(key, ...)) end for _, unit in ipairs(units) do local per = unit.per if per then local ucode = unit.unitcode if #per ~= 2 then errmsg('m_per_two', ucode) else local types = {} for i, v in ipairs(per) do if empty(v) then errmsg('m_per_empty', ucode) end if not text_code.currency[v] then local t = get_unit(v) if t then types[i] = t.utype else errmsg('m_per_undef', ucode, v) end end end if specials.utype[unit.utype] == 'type_fuel_efficiency' then local expected = { type_volume = 1, type_length = 2 } local top_type = expected[specials.utype[types[1]]] local bot_type = expected[specials.utype[types[2]]] if top_type and bot_type and top_type ~= bot_type then unit.iscomplex = true if top_type == 1 then unit.invert = 1 else unit.invert = -1 end else errmsg('m_per_fuel', ucode) end end end end if errors.n >= cfg.maxerrors then break end end if errors.n > 0 then error(errors:join(), 0) end end local function update_units(units, composites, varnames) -- Update some unit definitions with extra data defined in other sections. -- This is done after all input data has been processed. for _, unit in ipairs(units) do local comp = composites[unit.unitcode] if comp then unit.subdivs = '{ ' .. table.concat(comp.subdivs, ', ') .. ' }' end local vn = varnames[unit.unitcode] if vn then unit.varname = vn end end end local function make_override(cfg, data) -- Return a function which, when called, stores a unit code that is not to be -- checked for a duplicate. The table is stored in data (also a table). return function (utype, fields) local ucode = fields[1] if empty(ucode) then quit('m_ovr_miss') end if data[ucode] then quit('m_ovr_dup', ucode) end data[ucode] = true end end local function make_default(cfg, data) -- Return a function which, when called, stores a table that defines a -- default output unit. The table is stored in data (also a table). local defaults_index = {} -- to detect attempts to define a default twice return function (utype, fields) -- Store a table defining a unit. -- This is for a unit such as 'kg' that has a default output unit -- different from what is defined for the base unit ('g'). -- Throw an error if a problem occurs. local ucode = fields[1] local default = fields[2] if empty(ucode) then quit('m_dfs_code') end if empty(default) then quit('m_dfs_none', ucode) end if #fields ~= 2 then quit('m_dfs_two', ucode) end local unit_table = get_unit(ucode) if not unit_table then quit('m_dfs_undef', ucode) end local symbol = unit_table.defkey or unit_table.symbol if empty(symbol) then quit('m_dfs_sym', ucode) end check_default(default, ucode, utype, unit_table) if defaults_index[ucode] then quit('m_dfs_dup', ucode) end defaults_index[ucode] = default table.insert(data, { symbol = symbol, default = default }) end end local function clean_link(link, name) -- Return link, customary where: -- link = given link after removing any '[[...]]' wiki formatting -- and removing any leading '+' or '*' or '@'; -- customary = 1 if leading '+', or 2 if '*' or 3 if '@', or nil -- (for extra "US" or "U.S." or "Imperial" customary units link). -- Result has leading/trailing whitespace removed, and is nil if empty -- or if link matches the name, if a name is specified. -- Exception: If the link is empty and the name starts with '[[', -- the link is stored as '' (for a unit name which is always linked). -- If the resulting link is nil, no link field is stored, and -- if a link is required, it will be set from the unit's name. local original = link if empty(link) then return (name and name:sub(1, 2) == '[[') and '' or nil end local prefixes = { ['+'] = 1, ['*'] = 2, ['@'] = 3 } local customary = prefixes[link:sub(1, 1)] if customary then link = strip(link:sub(2)) end if link:sub(1, 2) == '[[' then link = link:sub(3) end if link:sub(-2) == ']]' then link = link:sub(1, -3) end link = strip(link) if link:sub(1, 1) == '[' or link:sub(-1) == ']' then quit('m_lnk_brack', original) end if link == '' then link = nil elseif name then local l = ulower(usub(link, 1, 1)) .. usub(link, 2) local n = ulower(usub(name, 1, 1)) .. usub(name, 2) if l == n then link = nil -- link == name, ignoring case of first letter end end return link, customary end local function make_link(cfg, data) -- Return a function which, when called, stores a table that defines a -- link exception. The table is stored in data (also a table). local links_index = {} -- to detect attempts to define a link twice return function (utype, fields) -- Store a table defining a unit. -- This is for a unit such as 'kg' that has a linked article -- different from what is defined for the base unit ('g'). -- Throw an error if a problem occurs. local ucode = fields[1] local link = clean_link(fields[2]) if empty(ucode) then quit('m_lnk_miss') end if empty(link) then quit('m_lnk_none', ucode) end if #fields ~= 2 then quit('m_lnk_two', ucode) end local unit_table = get_unit(ucode) if not unit_table then quit('m_lnk_undef', ucode) end if utype ~= unit_table.utype then quit('m_lnk_type', ucode) end local symbol = unit_table.symbol if empty(symbol) then quit('m_lnk_sym', ucode) end if links_index[ucode] then quit('m_lnk_dup', ucode) end links_index[ucode] = link table.insert(data, { symbol = symbol, link = link }) end end local function clean_scale(scale) -- Return cleaned scale as a string, after evaluating any expression. -- It would be better to retain scale expressions like "5/9" so that -- the expression is evaluated on the server and maintains the full -- resolution of the server. However, there are many such expressions -- in the table of all units, and it seems pointless to require the -- server to evaluate all of them just to do one convert. if empty(scale) then quit('m_scl_miss') end assert(type(scale) == 'string', 'Bug: scale has an unexpected type') scale = string.gsub(scale, ',', '') -- remove comma separators if tonumber(scale) then -- not an expression return scale end local status, value = pcall(evaluate, scale) if not (status and type(value) == 'number') then quit('m_scl_bad', scale) end local result = string.format('%.17g', value) if result:find('[#n]') then -- Lua can give results like "#INF" while Scribunto gives "inf". Either is an error. quit('m_scl_oflow', scale) end -- Omit redundant zeros from results like '1.2e-005'. -- Do not bother looking for results like '1.2e+005' as none occur in practice. local lhs, zeros, rhs = result:match('^(.-e%-)(0+)(.*)') if zeros then result = lhs .. rhs end return result end local function add_alias_optional_fields(unit, start, fields, target) -- Inspect fields[i] for i = start, start+1 ..., and extract any -- definitions appropriate for an alias or "per", and add them to unit. -- For an alias, target is a valid unit; for a "per", target is nil. -- Throw error if encounter an invalid entry. for i = start, #fields do local field = fields[i] if not empty(field) then local lhs, rhs = field:match('^%s*(.-)%s*=%s*(.-)%s*$') local good if not empty(rhs) then for _, item in ipairs({ 'sp', 'default', 'link', 'multiplier', 'symbol', 'symlink' }) do if lhs == item then if item == 'sp' then if rhs == 'us' then unit.sp_us = true good = true end elseif item == 'link' then local tlink if target then tlink = target[item] end local link, customary = clean_link(rhs, tlink) if link then unit[item] = link end if customary then unit.customary = customary end good = true elseif item == 'symlink' then local pos1 = rhs:find('[[', 1, true) local pos2 = rhs:find(']]', 1, true) if not (pos1 and pos2 and (pos1 < pos2)) then quit('m_als_link', unit.unitcode) end unit.symlink = rhs good = true elseif item == 'multiplier' then if not tonumber(rhs) then quit('m_als_mul', unit.unitcode, rhs) end unit[item] = rhs good = true else if target and rhs == target[item] then quit('m_als_same', item, unit.unitcode) end unit[item] = rhs good = true end break end end end if not good then quit('m_als_bad', field) end end end end local function make_alias(fields, ucode, utype, symbol) -- Return a new alias unit, or return nil if symbol is not already -- defined as the unit code of the target unit. -- Throw an error if invalid. local target = get_unit(symbol) if not target then return nil end local unit = { unitcode = ucode, utype = utype, target = symbol } add_alias_optional_fields(unit, 3, fields, target) if alias_index[ucode] then quit('m_als_dup', ucode) else alias_index[ucode] = unit end if target.utype ~= utype then quit('m_als_type', ucode) end return unit end local function make_per(fields, ucode, utype, symbol) -- Return a new "per" unit, or return nil if symbol is not of form "x/y". -- Throw an error if invalid. -- The top, bottom unit codes are checked later, after all units are defined. local top, bottom = symbol:match('^(.-)/(.*)$') if not top then return nil end local unit = { unitcode = ucode, utype = utype, per = { strip(top), strip(bottom) } } add_alias_optional_fields(unit, 3, fields) if per_index[ucode] then quit('m_per_dup', ucode) else per_index[ucode] = unit end return unit end local function make_unit(cfg, data) -- Return a function which, when called, stores a table that defines a -- single unit. The table is stored in data (also a table). local fieldnames = { -- Fields in the Conversions section are assumed to be in the following order. 'unitcode', 'symbol', 'sym_us', 'scale', 'extra', 'name1', 'name2', 'name1_us', 'name2_us', 'prefixes', 'default', 'link', } return function (utype, fields) -- Store a table defining a unit. -- Throw an error if a problem occurs. local ucode, symbol = fields[1], fields[2] if empty(utype) then quit('m_miss_type') end if empty(ucode) then quit('m_miss_code') end if empty(symbol) then quit('m_miss_sym') end local prefix = symbol:sub(1, 1) if prefix == '~' or prefix == '=' or prefix == '!' or prefix == '*' then if symbol:sub(1, 2) == '==' then prefix = symbol:sub(1, 2) end symbol = strip(symbol:sub(#prefix + 1)) -- omit prefix and any following whitespace fields[2] = symbol else prefix = nil -- not a valid prefix end if prefix == '=' or prefix == '==' then -- ucode is an alias (a fake unit code used in a convert template), or -- defines a "per" unit like "$/acre" or "BTU/h". -- For an alias, symbol is the unit code of the actual unit. -- For a "per", symbol is of form "x/y" where x and y are unit codes, -- or x is a recognized currency symbol and y is a unit code. -- Checking that x and y are valid is deferred until all units have -- been defined so, for example, "BTU/h" can be defined before "h". local unit if prefix == '=' then unit = make_alias(fields, ucode, utype, symbol) else unit = make_per(fields, ucode, utype, symbol) end if not unit then -- Do not define an alias in terms of another alias. quit('m_als_undef', symbol) end insert_unique_unit(data, unit, units_index) return elseif prefix == '!' then -- ucode may be incorrectly entered as a unit code. -- symbol is a message saying what unit code should be used. local unit = { unitcode = ucode, shouldbe = symbol } insert_unique_unit(data, unit, nil) return end -- Make the unit. local unit = { utype = utype } for i, name in ipairs(fieldnames) do if not empty(fields[i]) then unit[name] = fields[i] end end -- Remove redundancy from unit. if unit.sym_us == symbol then unit.sym_us = nil end local prefixes = unit.prefixes local name1, name2 = unit.name1, unit.name2 if name1 then if name1 == symbol and not prefixes then -- A unit which takes an SI prefix must not have a nil name because, -- for example, the name for "kW" = "kilo" .. "watt" (name for "W"). -- The "not prefixes" test is needed for bnwiki where the -- watt unit has the same name and symbol. unit.name1 = nil end else name1 = symbol end if name2 then if name2 == name1 .. plural_suffix then unit.name2 = nil end else name2 = name1 .. plural_suffix end local name1_us, name2_us = unit.name1_us, unit.name2_us if name1_us then if name1_us == name1 then unit.name1_us = nil end end if name2_us then if unit.name1_us then if name2_us == unit.name1_us .. plural_suffix then unit.name2_us = nil end elseif name2_us == name2 then unit.name2_us = nil end end -- Other changes to unit. unit.scale = clean_scale(unit.scale) local extra = unit.extra if not empty(extra) then -- Set appropriate fields for a unit that needs more than a simple -- multiplication by a ratio of unit scales to convert values. unit.iscomplex = true if extra == 'volume/length' then unit.invert = 1 elseif extra == 'length/volume' then unit.invert = -1 elseif specials.utype[utype] == 'type_temperature' then unit.offset = extra elseif extra == 'invert' then unit.invert = -1 else unit.builtin = extra end end if prefix == '~' then -- Magic code for units like "acre" where the symbol is not really a -- symbol, and output should use the singular or plural name instead. unit.usename = 1 elseif prefix == '*' then -- Magic code for units like "pitch" which have a symbol that is the same as -- another unit with entries defined in the default or link exceptions tables. unit.defkey = ucode -- key for default exceptions unit.linkey = ucode -- key for link exceptions end local name_for_link if prefixes then if prefixes == 'SI' then unit.prefixes = 1 elseif prefixes == 'SI2' then unit.prefixes = 2 elseif prefixes == 'SI3' then unit.prefixes = 3 else quit('m_pfx_bad', prefixes) end else -- Only units which do not accept SI prefixes have name_for_link set. -- That is because, for example, if set name_for_link = name1 for unit g, -- then the link is "kilogram" for kg, and "yottagram" for Yg, and so on -- for all prefixes. That might be desirable for some units, but not all. name_for_link = name1 end unit.link, unit.customary = clean_link(unit.link, name_for_link) if prefixes then -- The SI prefix is always at the start (position = 1) for symbol and sym_us. -- However, each name (name1, name2, name1_us, name2_us) can have the SI prefix -- at any position, and that position can be different for each name. -- For enwiki, the only units with names where the prefix is not at the start -- are "square metre" and "cubic metre" ("square meter" and "cubic meter" for sp=us). -- Some other wikis want the flexibility that the prefix position can be different -- so the position is stored as nil (if always 1), or N (an integer, if always N), -- or a string of four comma-separated numbers such as "5,7,9,11" which means the -- prefix position for (name1, name2, name1_us, name2_us) is (5, 7, 9, 11) -- respectively. local name1, name1_us = unit.name1, unit.name1_us -- after redundancy removed if not name1 then quit('m_pfx_name') end local positions = collection() for i, k in ipairs({ 'name1', 'name2', 'name1_us', 'name2_us' }) do local name = unit[k] local pos if name then pos = name:find('%s', 1, true) if pos then unit[k] = name:sub(1, pos - 1) .. name:sub(pos + 2) end elseif i == 2 or i == 3 then pos = positions[1] elseif i == 4 then pos = positions[unit.name1_us and 3 or 2] end positions:add(pos or 1) end local pos = positions[1] for i = 2, positions.n do if pos ~= positions[i] then pos = '"' .. positions:join(',') .. '"' break end end if pos ~= 1 then unit.prefix_position = pos end for _, name in ipairs({ 'symbol', 'sym_us', 'name1', 'name1_us', 'name2', 'name2_us' }) do unit['_' .. name] = unit[name] unit[name] = nil -- force call to __index metamethod so any SI prefix can be handled end end for name, v in pairs(unit) do -- Reject if a string field includes "%s" (should not occur after above). if type(v) == 'string' and v:find('%s', 1, true) then quit('m_percent_s', name) end end insert_unique_unit(data, unit, units_index) end end local function make_combination(cfg, data) -- Return a function which, when called, stores a table that defines a -- single combination unit. The table is stored in data (also a table). return function (utype, fields) -- Store a table defining a unit. -- This is for a combination unit that specifies more than one output. -- The target units must be defined first. -- Throw an error if a problem occurs. local unit = { utype = utype, combination = {} } for i, v in ipairs(fields) do if i == 1 then -- unitcode if v == '' then quit('m_cmb_miss') end unit.unitcode = v elseif v == '' then -- Ignore empty fields. else local target = get_unit(v) if not target then quit('m_cmb_undef', v, unit.unitcode) end if target.utype ~= utype then quit('m_cmb_type', v, unit.unitcode) end table.insert(unit.combination, v) end end if #unit.combination < 2 then quit(#unit.combination == 0 and 'm_cmb_none' or 'm_cmb_one', unit.unitcode) end insert_unique_unit(data, unit, units_index) end end local function make_perunit(cfg, data) -- Return a function which, when called, stores a table that defines a -- fixup for an automatic per unit. The table is stored in data (also a table). local pertype_index = {} -- to detect attempts to define a fixup twice return function (utype, fields) -- Store a table to define a fixup. -- Typos or other errors in the input are not detected! -- Parameter utype is ignored (it is nil). -- Throw an error if a problem occurs. local lhs, rhs, link, multiplier for i, v in ipairs(fields) do if v == '' then -- Ignore empty fields. elseif i == 1 then lhs = v -- like "length/time" elseif i == 2 then rhs = v -- like "speed" elseif i == 3 then link = v elseif i == 4 then if not tonumber(v) then quit('m_per_inv') end multiplier = v else quit('m_per_inv') end end if lhs and (rhs or link or multiplier) then if link or multiplier then local parts = collection() if rhs then parts:add('utype = "' .. rhs .. '"') end if link then parts:add('link = "' .. link .. '"') end if multiplier then parts:add('multiplier = ' .. multiplier) end rhs = '{ ' .. parts:join(', ') .. ' }' else rhs = '"' .. rhs .. '"' end if pertype_index[lhs] then quit('m_per_dup', lhs) end pertype_index[lhs] = rhs table.insert(data, { lhs = lhs, rhs = rhs }) else quit('m_per_inv') end end end local function make_varname(cfg, data) -- Return a function which, when called, stores a table that defines a -- variable name for a unit. The table is stored in data (also a table). return function (utype, fields) -- Set or update an entry in the data table to record that a unit has a variable name. -- This is for slwiki where a unit name depends on the value. -- The target units must be defined first. -- Parameter utype is ignored (it is nil). -- Throw an error if a problem occurs. local count = #fields if count ~= cfg.varcolumns then quit('m_var_cnt') end local ucode local names = {} for i = 1, count do local v = fields[i] if empty(v) then quit('m_var_miss') end if i == 1 then -- unitcode ucode = v if not get_unit(v) then quit('m_var_undef', v) end else table.insert(names, v) end end if data[ucode] then quit('m_var_dup', ucode) end data[ucode] = table.concat(names, '!') end end local function reversed(t) -- Return a numbered table in reverse order. local reversed, count = {}, #t for i = 1, count do reversed[i] = t[count + 1 - i] end return reversed end local function make_inputmultiple(cfg, data) -- Return a function which, when called, stores a table that defines a -- single composite (multiple input) unit. The table is stored in data (also a table). return function (utype, fields) -- Set or update an entry in the data table to record that a unit -- accepts subdivisions to make a composite input unit like '|2|ft|6|in'. -- The target units must be defined first. -- Throw an error if a problem occurs. local unitcode -- dummy code required for simplicity, but which is not used in output local alternate_code -- an alternative unit code can be specified to replace convert input local fixed_name -- a fixed name can be specified to replace the unit's normal symbol/name local default_code local ucodes, scales = {}, {} for i, v in ipairs(fields) do -- 1=composite, 2=ucode1, 3=ucode2, 4=default, 5=alternate, 6=name if i == 1 then if v == '' then quit('m_cmp_miss') end unitcode = v elseif 2 <= i and i <= 5 then if not (i == 5 and v == '') then local target = get_unit(v, (i == 4) and utype or nil) -- the default may be an auto combination if not target then quit('m_cmp_undef', v, unitcode) end if target.utype ~= utype then quit('m_cmp_type', v, unitcode) end if i < 4 then if not target.scale then quit('m_mul_std', v, unitcode) end table.insert(ucodes, v) table.insert(scales, target.scale) elseif i == 4 then default_code = v else if scales[#scales] ~= target.scale then quit('m_cmp_scale', v, unitcode) end alternate_code = v end end elseif i == 6 then if v ~= '' then fixed_name = v end else quit('m_cmp_many', unitcode) end end if #ucodes ~= 2 then quit('m_cmp_two', unitcode) end if not default_code then quit('m_cmp_def', unitcode) end -- Component units must be specified from most-significant to least-significant, -- and each ratio of a pair of scales must be very close to an integer. -- Currently, there will be exactly two scales and one ratio. local ratios, count = {}, #scales for i = 1, count do local scale = tonumber(scales[i]) if scale == nil or scale <= 0 then quit('m_cmp_inval', unitcode, scales[i]) end scales[i] = scale end for i = 1, count - 1 do local ratio = scales[i] / scales[i + 1] local rounded = math.floor(ratio + 0.5) if rounded < 2 then quit('m_cmp_order', unitcode) end if math.abs(ratio - rounded)/ratio > 1e-6 then quit('m_cmp_int', unitcode) end ratios[i] = rounded end local text = { tostring(ratios[1]) } local function add_text(key, value) table.insert(text, string.format('%s = %q', key, value)) end if default_code then add_text('default', default_code) end if alternate_code then add_text('unit', alternate_code) end if fixed_name then add_text('name', fixed_name) end local subdiv = string.format('["%s"] = { %s }', ucodes[2], table.concat(text, ', ')) local main_code = ucodes[1] local item = data[main_code] if item then table.insert(item.subdivs, subdiv) else data[main_code] = { subdivs = { subdiv } } end end end local function make_outputmultiple(cfg, data) -- Return a function which, when called, stores a table that defines a -- single multiple output unit. The table is stored in data (also a table). return function (utype, fields) -- Store a table defining a unit. -- This is for a multiple unit like 'ydftin' (result in yards, feet, inches). -- The target units must be defined first. -- Throw an error if a problem occurs. local unit = { utype = utype } local ucodes, scales = {}, {} for i, v in ipairs(fields) do if i == 1 then -- unitcode if v == '' then quit('m_mul_miss') end unit.unitcode = v elseif v == '' then -- Ignore empty fields. else local target = get_unit(v) if not target then quit('m_mul_undef', v, unit.unitcode) end if target.utype ~= utype then quit('m_mul_type', v, unit.unitcode) end if not target.scale then quit('m_mul_std', v, unit.unitcode) end table.insert(ucodes, v) table.insert(scales, target.scale) end end if #ucodes < 2 then quit(#ucodes == 0 and 'm_mul_none' or 'm_mul_one', unit.unitcode) end -- Component units must be specified from most-significant to least-significant -- (so scale values will be in descending order), -- and each ratio of a pair of scales must be very close to an integer. -- The componenets and ratios are stored in reverse order (least significant first). -- This script stores a unit scale as a string (might be an expression like "5/9"), -- but scales in a multiple are handled as numbers (should never be expressions). local ratios, count = {}, #scales for i = 1, count do local scale = tonumber(scales[i]) if scale == nil or scale <= 0 then quit('m_mul_scale', unit.unitcode, scales[i]) end scales[i] = scale end for i = 1, count - 1 do local ratio = scales[i] / scales[i + 1] local rounded = math.floor(ratio + 0.5) if rounded < 2 then quit('m_mul_order', unit.unitcode) end if math.abs(ratio - rounded)/ratio > 1e-6 then quit('m_mul_int', unit.unitcode) end ratios[i] = rounded end unit.combination = reversed(ucodes) unit.multiple = reversed(ratios) insert_unique_unit(data, unit, units_index) end end -- To make updating the data module easier, this script inserts a preamble -- and a postamble so the result can be used to replace the whole page. local data_preamble = [=[ -- Conversion data used by [[Module:Convert]] which uses mw.loadData() for -- read-only access to this module so that it is loaded only once per page. -- See [[:en:Template:Convert/Transwiki guide]] if copying to another wiki. -- -- These data tables follow: -- all_units all properties for a unit, including default output -- default_exceptions exceptions for default output ('kg' and 'g' have different defaults) -- link_exceptions exceptions for links ('kg' and 'g' have different links) -- -- These tables are generated by a script which reads the wikitext of a page that -- documents the required properties of each unit; see [[:en:Module:Convert/doc]]. ]=] local data_postamble = [=[ return { all_units = all_units, default_exceptions = default_exceptions, link_exceptions = link_exceptions, per_unit_fixups = per_unit_fixups, }]=] local out_unit_prefix = [[ --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local all_units = {]] local out_unit_suffix = [[ } ]] local out_default_prefix = [[ --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local default_exceptions = { -- Prefixed units with a default different from that of the base unit. -- Each key item is a prefixed symbol (unitcode for engineering notation).]] local out_default_suffix = [[ } ]] local out_default_item = [[ ["{symbol}"] = "{default}",]] local out_link_prefix = [[ --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local link_exceptions = { -- Prefixed units with a linked article different from that of the base unit. -- Each key item is a prefixed symbol (not unitcode).]] local out_link_suffix = [[ } ]] local out_link_item = [[ ["{symbol}"] = "{link}",]] local out_perunit_prefix = [[ --------------------------------------------------------------------------- -- Do not change the data in this table because it is created by running -- -- a script that reads the wikitext from a wiki page (see note above). -- --------------------------------------------------------------------------- local per_unit_fixups = { -- Automatically created per units of form "x/y" may have their unit type -- changed, for example, "length/time" is changed to "speed". -- Other adjustments can also be specified.]] local out_perunit_suffix = [[ } ]] local out_perunit_item = [[ ["{lhs}"] = {rhs},]] local combination_specification = { -- pure combination like 'm ft', or a multiple like 'ftin' 'combination', 'multiple', 'utype', } local alias_specification = { 'target', 'symbol', 'sp_us', 'default', 'link', 'symlink', 'customary', 'multiplier', } local per_specification = { 'per', 'symbol', 'sp_us', 'utype', 'invert', 'iscomplex', 'default', 'link', 'symlink', 'customary', 'multiplier', } local shouldbe_specification = { 'shouldbe', } local unit_specification = { '_name1', '_name1_us', '_name2', '_name2_us', '_symbol', '_sym_us', 'prefix_position', 'name1', 'name1_us', 'name2', 'name2_us', 'varname', 'symbol', 'sym_us', 'usename', 'usesymbol', 'utype', 'alttype', 'builtin', 'scale', 'offset', 'invert', 'iscomplex', 'istemperature', 'exception', 'prefixes', 'default', 'subdivs', 'defkey', 'linkey', 'link', 'customary', 'sp_us', } local no_quotes = { combination = true, customary = true, multiple = true, multiplier = true, offset = true, per = true, prefix_position = true, scale = true, subdivs = true, } local function add_unit_lines(results, unit, spec) -- Add lines of Lua source to define a unit to the results collection. local function add_line(line) -- Had planned to replace sequences of spaces with 4-column tabs here -- (because the CodeEditor now assumes the use of such tabs). -- However, 4-column tabs are only visible when editing a module -- with browser scripting and the CodeEditor enabled, and that is rare. -- A module is usually viewed (with 8-column tabs), and some indents -- would be messed up unless 8-column tabs are used. Therefore, -- have decided to simply replace 8 spaces at start of line with a single -- tab which reduces the size of the module, and is correct for viewing. if line:sub(1, 8) == string.rep(' ', 8) then line = '\t' .. line:sub(9) end results:add(line) end local first_item = ' ["' .. unit.unitcode .. '"] = {' local last_item = ' },' add_line(first_item) for _, k in ipairs(spec) do local v = unit[k] if v then local want_quotes = (type(v) == 'string' and not no_quotes[k]) if type(v) == 'boolean' then v = tostring(v) elseif type(v) == 'number' or k == 'scale' then -- Replace results like '1e-006' with '1e-6'. v = string.gsub(tostring(v), '(e[+-])0+([1-9].*)', '%1%2', 1) elseif type(v) ~= 'string' then quit('m_ftl_type', unit.unitcode) end local fmt = string.format('%8s%%-9s= %%%s,', '', want_quotes and 'q' or 's') add_line(fmt:format(k, v)) end end add_line(last_item) end local function numbered_table_as_string(data, unit) local t = {} for _, v in ipairs(data) do if type(v) == 'string' then table.insert(t, '"' .. v .. '"') elseif type(v) == 'number' then table.insert(t, tostring(v)) else quit('m_ftl_type', unit.unitcode) end end return '{ ' .. table.concat(t, ', ') .. ' }' end local function extract_heading(line) -- Return n, s where n = heading level number (nil if none), and -- s = heading text (with leading/trailing whitespace removed). local pattern = '^(==+)%s*(.-)%s*(==+)%s*$' local before, heading, after = line:match(pattern) if heading and #heading > 0 then -- Don't bother checking if before == after. return #before, heading end end local function fields(line) -- Return a numbered table of fields split from line. -- Items are delimited by "||". -- Each item has leading/trailing whitespace removed, and any encoded pipe -- characters are decoded. -- The second field (for symbol when processing units) is adjusted to -- remove any "colspan" at the front of lines like: -- "| unitcode || colspan="11" | !Text to display for an error message". local t = {} line = line .. "||" -- to get last field for item in line:gmatch("%s*(.-)%s*||") do table.insert(t, (item:gsub('&#124;', '|'))) end if t[2] then local cleaned = t[2]:match('^%s*colspan%s*=.-|%s*(.*)$') if cleaned then t[2] = cleaned end end return t end local function prepare_section(cfg, maker, lines, section, need_section, need_utype) -- Process the first level-two section with the given section name -- in the given table of lines of wikitext. -- If successful, maker inserts each item into a table. -- Otherwise, an error is thrown. local skip = true local errors = collection() local utype -- unit type (from level-three heading) local nbsp = '\194\160' -- nonbreaking space is utf-8 encoded as hex c2 a0 for linenumber, line in ipairs(lines) do if skip then -- Skip down to and including the starting heading. local level, heading = extract_heading(line) if level == 2 and heading == section then skip = false end else -- Accummulate unit definitions. local c1 = line:sub(1, 1) local c2 = line:sub(2, 2) if c1 == '|' and not (c2 == '-' or c2 == '}') then if need_utype and empty(utype) then quit('m_hdg_lev3', line) end if line:find(nbsp, 1, true) then -- For example, "acre ft" does not work if it contains nbsp. add_warning('m_wrn_nbsp', linenumber) end local ok, msg = pcall(maker, utype, fields(line:sub(2))) if not ok then if msg:sub(-1) == '.' then msg = msg:sub(1, -2) end errors:add(msg .. message('m_line_num', linenumber)) if errors.n >= cfg.maxerrors then break end end else local level, heading = extract_heading(line) if level == 3 then utype = ulower(heading) elseif level == 2 then break end end end end if skip and need_section then quit('m_hdg_lev2', section) end if errors.n > 0 then error(errors:join(), 0) end end local function get_page_lines(page_title) -- Read the wikitext of the page at the given title; split the text into -- lines with leading and trailing space removed from each line. -- Return a numbered table of the lines, or throw an error. if empty(page_title) then quit('m_no_title') end local t = mw.title.new(page_title) if t then local content = t:getContent() if content then if content:sub(-1) ~= '\n' then content = content .. '\n' end local lines = collection() for line in string.gmatch(content, '[\t ]*(.-)[\t\r ]*\n') do lines:add(line) end return lines end end quit('m_ftl_read', page_title) end local function prepare_data(cfg, is_sandbox) -- Read the page of conversion data, and process the wikitext -- in the sections with wanted level-two headings. -- Return units, defaults, links (three tables). -- Throw an error if a problem occurs. local composites, defaults, links, units, perunits, varnames = {}, {}, {}, {}, {}, {} local sections = { { 'overrides' , make_override , overrides , 0 }, { 'conversions' , make_unit , units , 0 }, { 'outmultiples', make_outputmultiple, units , 0 }, { 'combinations', make_combination , units , 0 }, { 'inmultiples' , make_inputmultiple , composites, 0 }, -- after all units defined so default will be defined { 'defaults' , make_default , defaults , 0 }, { 'links' , make_link , links , 0 }, { 'perunits' , make_perunit , perunits , 1 }, { 'varnames' , make_varname , varnames , 1 }, } local lines = get_page_lines(cfg.data_title) for _, section in ipairs(sections) do local heading = mtext.section_names[section[1]] local maker = section[2](cfg, section[3]) local code = section[4] local need_section, need_utype if code == 0 and not is_sandbox then need_section = true end if code == 0 then need_utype = true end prepare_section(cfg, maker, lines, heading, need_section, need_utype) end check_all_defaults(cfg, units) check_all_pers(cfg, units) update_units(units, composites, varnames) return units, defaults, links, perunits end local function _makeunits(cfg, results) -- Read the wikitext for the conversion data. -- Append output to given results collection, or throw error if a problem. text_code = require(cfg.text_title) for _, name in ipairs({ 'SIprefixes', 'eng_scales', 'currency' }) do if type(text_code[name]) ~= 'table' then quit('m_ftl_table', cfg.text_title, name) end end local translation = text_code.translation_table if translation then if translation.plural_suffix then plural_suffix = translation.plural_suffix end local ts = translation.specials if ts then if ts.utype then specials.utype = ts.utype end if ts.ucode then specials.ucode = ts.ucode end end local tm = translation.mtext if tm then if tm.section_names then mtext.section_names = tm.section_names end if tm.titles then mtext.titles = tm.titles end if tm.messages then mtext.messages = tm.messages end end end local is_sandbox local conversion_data_title = mtext.titles.conversion_data if cfg.data_title and cfg.data_title ~= conversion_data_title then if is_test_run then is_sandbox = true data_preamble = nil data_postamble = nil out_unit_prefix = 'local all_units = {' out_unit_suffix = '}' out_default_prefix = '\nlocal default_exceptions = {' out_default_suffix = '}' out_default_item = '\t["{symbol}"] = "{default}",' out_link_prefix = '\nlocal link_exceptions = {' out_link_suffix = '}' out_link_item = '\t["{symbol}"] = "{link}",' out_perunit_prefix = '\nlocal per_unit_fixups = {' out_perunit_suffix = '}' out_perunit_item = '\t["{lhs}"] = {rhs},' end else cfg.data_title = conversion_data_title end local units, defaults, links, perunits = prepare_data(cfg, is_sandbox) if data_preamble then results:add(data_preamble) end results:add(out_unit_prefix) for _, unit in ipairs(units) do local spec if unit.target then spec = alias_specification elseif unit.per then spec = per_specification unit.per = numbered_table_as_string(unit.per, unit) elseif unit.shouldbe then spec = shouldbe_specification elseif unit.combination then spec = combination_specification unit.combination = numbered_table_as_string(unit.combination, unit) if unit.multiple then unit.multiple = numbered_table_as_string(unit.multiple, unit) end else spec = unit_specification end add_unit_lines(results, unit, spec) end results:add(out_unit_suffix) for _, t in ipairs({ { defaults, out_default_prefix, out_default_item, out_default_suffix }, { links , out_link_prefix , out_link_item , out_link_suffix }, { perunits, out_perunit_prefix, out_perunit_item, out_perunit_suffix } }) do local data, prefix, item, suffix = t[1], t[2], t[3], t[4] if #data > 0 or not is_sandbox then results:add(prefix) for _, unit in ipairs(data) do results:add((item:gsub('{([%w_]+)}', unit))) end results:add(suffix) end end if data_postamble then results:add(data_postamble) end end local function makeunits(frame) local args = frame.args local config = { data_title = args[1], text_title = args[2] or 'Module:Convert/text', varcolumns = tonumber(args.varcolumns) or 5, -- #columns in "Variable names" section; slwiki uses 5 maxerrors = 20, } local results = collection() local ok, msg = pcall(_makeunits, config, results) if not ok then results:add(message('m_error')) results:add('') results:add(msg) end local warn = '' if warnings.n > 0 then warn = message('m_warning') .. '\n\n' .. warnings:join() .. '\n\n' end -- Pre tags returned by a module are html tags, not like wikitext <pre>...</pre>. -- The following renders the text as is, and preserves tab characters. return '<pre>\n' .. mw.text.nowiki(warn .. results:join()) .. '\n</pre>\n' end return { makeunits = makeunits } m1brlk8ynmd7rclztvslc8ekiai88x4 828 28897 118027 2022-08-10T20:53:28Z ForzaGreen 14525 أنشأ الصفحة ب'-- Extra conversion data used by Module:Convert. -- -- [[Module:Convert/data]] defines all units and is transcluded in all pages -- where [[Module:Convert]] is used. Testing new units by editing that module -- would invalidate the cache for all affected pages. -- -- For quick changes and experiments with new units, this module can be edited. -- Since this module is transcluded in only a small number of pages, changes -- should cause little server overhead and shoul...' Scribunto text/plain -- Extra conversion data used by Module:Convert. -- -- [[Module:Convert/data]] defines all units and is transcluded in all pages -- where [[Module:Convert]] is used. Testing new units by editing that module -- would invalidate the cache for all affected pages. -- -- For quick changes and experiments with new units, this module can be edited. -- Since this module is transcluded in only a small number of pages, changes -- should cause little server overhead and should propagate quickly. -- -- If a unit is defined in the data module, any definition here is ignored, -- so defining the same unit in both modules is not an error. -- A unit defined here can refer to units that are also defined here, and -- can refer to units defined in the data module. -- -- Periodically, those extra units that are wanted permanently can be removed -- from here after being added to [[Module:Convert/data]]. local extra_units = { ["u"] = { symbol = "u", name1 = "unified atomic mass unit", utype = "mass", scale = 1.6605389e-27, prefixes = 1, default = "kg", link = "Atomic mass unit", }, ["dalton"] = { target = "u", symbol = "Da", name1 = "dalton", }, ["feddan"] = { symbol = "feddan", usename = 1, utype = "area", scale = 4200, default = "m2", }, ["Mi"] = { name1 = "mile", symbol = "mi", utype = "length", scale = 1609.344, default = "km", subdivs = { ["ch"] = { 80, default = "km" }, ["chain"] = { 80, default = "km" }, ["ft"] = { 5280, default = "km" }, ["yd"] = { 1760, default = "km" }, ["furlong"] = { 8, default = "km" } }, }, ["micron"] = { target = "µm", default = "µin", }, } return { extra_units = extra_units } b1xlnfayk4vwlagw13afyobwux3cwqs 828 28898 118028 2022-08-10T20:57:00Z ForzaGreen 14525 أنشأ الصفحة ب'--[[ Cache of Wikidata information with units for Module:Convert. The codes should rarely change, and using a cache means that changing a unit at Wikidata will not cause lots of converts in articles to break. For a unit known to convert, the unit here must have: label = Wikidata label for unit (used only when listing units) ucode = unit code for input to convert (there are no optional fields because convert handles everything) For a unit not known to convert,...' Scribunto text/plain --[[ Cache of Wikidata information with units for Module:Convert. The codes should rarely change, and using a cache means that changing a unit at Wikidata will not cause lots of converts in articles to break. For a unit known to convert, the unit here must have: label = Wikidata label for unit (used only when listing units) ucode = unit code for input to convert (there are no optional fields because convert handles everything) For a unit not known to convert, the unit here must have: label = Wikidata label for unit (used only when listing units) (no ucode field) _ucode = unit code for input to convert, and the symbol used to display the unit when abbr=on (convert will use the specified fields to display the unit, and will not attempt to do a conversion) For a unit not known to convert, the unit here may have: name1 = singular name used to display the unit when abbr=off name2 = plural name used to display the unit when abbr=off link = name of article that unit will be linked to when lk=on si = key for the SI base unit, if any The base unit for each SI unit here must have: symbol = symbol used to display the base unit when abbr=on name1 = singular name of base unit used to display the unit when abbr=off (if name1 is not given, symbol will be used, but an SI unit should have a name) The base unit for each SI unit here may have: name2 = plural name of base unit used to display the unit when abbr=off link = name of article that unit will be linked to when lk=on (applies for all SI units using this base, where the SI unit does not define its own link field) If name1 is not specified, the symbol is used for the name. If name2 is not specified, a plural name is formed by appending 's' to name1. If link is not specified, name1 is used for the link. SI units are assumed to be simple items like V (volt) where 'mV' would cause convert to insert: 'm' before the base symbol 'V' to make 'mV', if abbr=on 'milli' before the base name 'volt' to make 'millivolt', if abbr=off A unit like "square meter" would not work because it needs an SI prefix inserted before "meter" rather than at the beginning of the name. Items that should not be used with convert as no precise unit is implied: Q11247037 ton generic (cannot use) Q178413 gallon generic Q130964 calorie dubious (ambiguous, should not use) Q216658 bushel dubious Q420266 fluid ounce dubious ]] local wikidata_units = { -- Following are SI base units. A = { symbol = 'A', name1 = 'ampere', }, F = { symbol = 'F', name1 = 'faraday', }, H = { symbol = 'H', name1 = 'henry', }, V = { symbol = 'V', name1 = 'volt', }, -- Following are aliases to convert unit codes, used with "input=<value><space><unit>". kilograms = { ucode = 'kg', }, -- Following are SI units not known to convert, used with "input=<value><space><unit>". kV = { ucode = 'kV', si = 'V', }, mV = { ucode = 'mV', si = 'V', }, -- Following are Wikidata units. Q131255 = { label = 'farad', _ucode = 'F', si = 'F', }, Q163354 = { label = 'henry', _ucode = 'H', si = 'H', }, Q1916026 = { label = 'microvolt', _ucode = 'uV', si = 'V', }, Q193933 = { label = 'dioptre', name1 = 'dioptre', _ucode = 'dpt', }, Q212120 = { label = 'ampere-hour', name1 = 'ampere-hour', _ucode = 'A⋅h', }, Q2448803 = { label = 'millivolt', _ucode = 'mV', si = 'V', }, Q2451296 = { label = 'microfarad', _ucode = 'uF', si = 'F', }, Q2490574 = { label = 'milliampere', _ucode = 'mA', si = 'A', }, Q25250 = { label = 'volt', _ucode = 'V', si = 'V', }, Q25272 = { label = 'ampere', _ucode = 'A', si = 'A', }, Q2553708 = { label = 'megavolt', _ucode = 'MV', si = 'V', }, Q2554092 = { label = 'kilovolt', _ucode = 'kV', si = 'V', }, Q2636421 = { label = 'nanohenry', _ucode = 'nH', si = 'H', }, Q2679083 = { label = 'microhenry', _ucode = 'uH', si = 'H', }, Q2682463 = { label = 'nanofarad', _ucode = 'nF', si = 'F', }, Q2756030 = { label = 'picofarad', _ucode = 'pF', si = 'F', }, Q2793566 = { label = 'gigavolt', _ucode = 'GV', si = 'V', }, Q2924137 = { label = 'millihenry', _ucode = 'mH', si = 'H', }, Q3117809 = { label = 'microampere', _ucode = 'uA', si = 'A', }, Q33680 = { label = 'radian', name1 = 'radian', _ucode = 'rad', }, Q4456994 = { label = 'millifarad', _ucode = 'mF', si = 'F', }, Q47083 = { label = 'ohm', name1 = 'ohm', _ucode = 'Ω', }, Q483261 = { label = 'atomic mass unit', name1 = 'atomic mass unit', _ucode = 'u', }, Q550341 = { label = 'volt-ampere', name1 = 'volt-ampere', _ucode = 'VA', }, Q100995 = { label = 'pound', ucode = 'lb', }, Q1022113 = { label = 'cubic centimetre', ucode = 'cc', }, Q102573 = { label = 'becquerel', ucode = 'Bq', }, Q103246 = { label = 'sievert', ucode = 'Sv', }, Q1050958 = { label = 'inch of mercury', ucode = 'inHg', }, Q1051665 = { label = 'metre per second squared', ucode = 'm/s2', }, Q1052397 = { label = 'rad', ucode = 'rad', }, Q1054140 = { label = 'megametre', ucode = 'Mm', }, Q1057069 = { label = 'hectogram', ucode = 'hg', }, Q1063786 = { label = 'square inch', ucode = 'sqin', }, Q1092296 = { label = 'annum', ucode = 'year', }, Q11570 = { label = 'kilogram', ucode = 'kg', }, Q11573 = { label = 'metre', ucode = 'm', }, Q11574 = { label = 'second', ucode = 's', }, Q11579 = { label = 'kelvin', ucode = 'K', }, Q11582 = { label = 'liter', ucode = 'liter', }, Q1165588 = { label = 'rod', ucode = 'rod', }, Q1165799 = { label = 'thou', ucode = 'thou', }, Q11776930 = { label = 'megagram', ucode = 'Mg', }, Q11929860 = { label = 'kiloparsec', ucode = 'kpc', }, Q1194225 = { label = 'pound-force', ucode = 'lbf', }, Q12129 = { label = 'parsec', ucode = 'pc', }, Q12438 = { label = 'newton', ucode = 'N', }, Q1255620 = { label = 'dram', ucode = 'drachm', }, Q12874593 = { label = 'watt-hour', ucode = 'W.h', }, Q128822 = { label = 'knot', ucode = 'kn', }, Q1374438 = { label = 'kilosecond', ucode = 'ks', }, Q1377051 = { label = 'gigasecond', ucode = 'Gs', }, Q14754979 = { label = 'zettagram', ucode = 'Zg', }, Q14786969 = { label = 'megajoule', ucode = 'MJ', }, Q14787261 = { label = 'megawatt hour', ucode = 'MW.h', }, Q1550511 = { label = 'square yard', ucode = 'sqyd', }, Q160857 = { label = 'horsepower', ucode = 'hp', }, Q1628990 = { label = 'horsepower-hour', ucode = 'hph', }, Q163343 = { label = 'tesla', ucode = 'T', }, Q1645498 = { label = 'microgram', ucode = 'ug', }, Q17087835 = { label = 'cuerda', ucode = 'cda', }, Q174728 = { label = 'centimetre', ucode = 'cm', }, Q174789 = { label = 'millimetre', ucode = 'mm', }, Q175821 = { label = 'micrometre', ucode = 'um', }, Q1770733 = { label = 'teragram', ucode = 'Tg', }, Q1772386 = { label = 'decigram', ucode = 'dg', }, Q177493 = { label = 'gauss', ucode = 'G', }, Q1777507 = { label = 'femtosecond', ucode = 'fs', }, Q177974 = { label = 'atmosphere', ucode = 'atm', }, Q178674 = { label = 'nanometre', ucode = 'nm', }, Q180154 = { label = 'kilometre per hour', ucode = 'km/h', }, Q180892 = { label = 'solar mass', ucode = 'solar mass', }, Q1811 = { label = 'astronomical unit', ucode = 'au', }, Q1815100 = { label = 'centiliter', ucode = 'cl', }, Q182098 = { label = 'kilowatt hour', ucode = 'kW.h', }, Q1823150 = { label = 'microwatt', ucode = 'uW', }, Q182429 = { label = 'metre per second', ucode = 'm/s', }, Q1826195 = { label = 'deciliter', ucode = 'dl', }, Q185078 = { label = 'are', ucode = 'a', }, Q185153 = { label = 'erg', ucode = 'erg', }, Q185648 = { label = 'torr', ucode = 'Torr', }, Q190095 = { label = 'gray', ucode = 'Gy', }, Q191118 = { label = 'tonne', ucode = 'tonne', }, Q1913097 = { label = 'femtogram', ucode = 'fg', }, Q192274 = { label = 'picometre', ucode = 'pm', }, Q1972579 = { label = 'poundal', ucode = 'pdl', }, Q200323 = { label = 'decimetre', ucode = 'dm', }, Q201933 = { label = 'dyne', ucode = 'dyn', }, Q2029519 = { label = 'hectoliter', ucode = 'hl', }, Q2051195 = { label = 'gigawatt hour', ucode = 'GW.h', }, Q207488 = { label = 'Rankine scale', ucode = 'R', }, Q208788 = { label = 'femtometre', ucode = 'fm', }, Q2101 = { label = 'elementary charge', ucode = 'e', }, Q21014455 = { label = 'metre per minute', ucode = 'm/min', }, Q21062777 = { label = 'megapascal', ucode = 'MPa', }, Q21064807 = { label = 'kilopascal', ucode = 'kPa', }, Q211256 = { label = 'miles per hour', ucode = 'mph', }, Q21178489 = { label = 'barrels per day', ucode = 'oilbbl/d', }, Q2143992 = { label = 'kilohertz', ucode = 'kHz', }, Q21467992 = { label = 'cubic foot per second', ucode = 'cuft/s', }, Q215571 = { label = 'newton metre', ucode = 'Nm', }, Q216795 = { label = 'dunam', ucode = 'dunam', }, Q216880 = { label = 'kilogram-force', ucode = 'kgf', }, Q18413919 = { label = 'centimetre per second', ucode = 'cm/s', }, Q218593 = { label = 'inch', ucode = 'in', }, Q2282891 = { label = 'microliter', ucode = 'ul', }, Q2282906 = { label = 'nanogram', ucode = 'ng', }, Q229354 = { label = 'curie', ucode = 'Ci', }, Q232291 = { label = 'square mile', ucode = 'sqmi', }, Q2332346 = { label = 'milliliter', ucode = 'ml', }, Q23387 = { label = 'week', ucode = 'week', }, Q23823681 = { label = 'terawatt', ucode = 'TW', }, Q23925410 = { label = 'gallon', ucode = 'impgal', }, Q23925413 = { label = 'gallon', ucode = 'USgal', }, Q2438073 = { label = 'attogram', ucode = 'ag', }, Q2474258 = { label = 'millisievert', ucode = 'mSv', }, Q2483628 = { label = 'attosecond', ucode = 'as', }, Q2489298 = { label = 'square centimetre', ucode = 'cm2', }, Q2518569 = { label = 'nanosievert', ucode = 'nSv', }, Q25235 = { label = 'hour', ucode = 'h', }, Q25236 = { label = 'watt', ucode = 'W', }, Q25267 = { label = 'degree Celsius', ucode = 'C', }, Q25269 = { label = 'joule', ucode = 'J', }, Q253276 = { label = 'mile', ucode = 'mi', }, Q25343 = { label = 'square metre', ucode = 'm2', }, Q25406 = { label = 'coulomb', ucode = 'coulomb', }, Q25517 = { label = 'cubic metre', ucode = 'm3', }, Q260126 = { label = 'Roentgen equivalent man', ucode = 'rem', }, Q2612219 = { label = 'petagram', ucode = 'Pg', }, Q2619500 = { label = 'Foe', ucode = 'foe', }, Q2637946 = { label = 'decaliter', ucode = 'dal', }, Q2655272 = { label = 'exagram', ucode = 'Eg', }, Q2691798 = { label = 'centigram', ucode = 'cg', }, Q2739114 = { label = 'microsievert', ucode = 'uSv', }, Q2799294 = { label = 'gigagram', ucode = 'Gg', }, Q3013059 = { label = 'kiloannum', ucode = 'millennium', }, Q305896 = { label = 'dots per inch', ucode = 'dpi', }, Q3207456 = { label = 'milliwatt', ucode = 'mW', }, Q3221356 = { label = 'yoctometre', ucode = 'ym', }, Q3239557 = { label = 'picogram', ucode = 'pg', }, Q3241121 = { label = 'milligram', ucode = 'mg', }, Q3267417 = { label = 'terametre', ucode = 'Tm', }, Q3270676 = { label = 'zeptometre', ucode = 'zm', }, Q3276763 = { label = 'gigahertz', ucode = 'GHz', }, Q3277907 = { label = 'exametre', ucode = 'Em', }, Q3277915 = { label = 'zettametre', ucode = 'Zm', }, Q3277919 = { label = 'petametre', ucode = 'Pm', }, Q3312063 = { label = 'femtoliter', ucode = 'fl', }, Q3320608 = { label = 'kilowatt', ucode = 'kW', }, Q3332822 = { label = 'megaton', ucode = 'Mt(TNT)', }, Q35852 = { label = 'hectare', ucode = 'ha', }, Q3675550 = { label = 'cubic millimetre', ucode = 'mm3', }, Q3710 = { label = 'foot', ucode = 'ft', }, Q3773454 = { label = 'megaparsec', ucode = 'Mpc', }, Q3902688 = { label = 'picoliter', ucode = 'pl', }, Q3902709 = { label = 'picosecond', ucode = 'ps', }, Q39369 = { label = 'hertz', ucode = 'Hz', }, Q3972226 = { label = 'kiloliter', ucode = 'kl', }, Q4068266 = { label = "apothecaries' drachm", ucode = 'drachm', }, Q41803 = { label = 'gram', ucode = 'g', }, Q4220561 = { label = 'kilometer per second', ucode = 'km/s', }, Q42289 = { label = 'degree Fahrenheit', ucode = 'F', }, Q4243638 = { label = 'cubic kilometre', ucode = 'km3', }, Q44395 = { label = 'pascal', ucode = 'Pa', }, Q48013 = { label = 'ounce', ucode = 'oz', }, Q482798 = { label = 'yard', ucode = 'yd', }, Q4989854 = { label = 'kilojoule', ucode = 'kJ', }, Q4992853 = { label = 'kiloton', ucode = 'kt(TNT)', }, Q5139563 = { label = 'hectopascal', ucode = 'hPa', }, Q5151 = { label = 'month', ucode = 'month', }, Q531 = { label = 'light-year', ucode = 'ly', }, Q5465723 = { label = 'foot-poundal', ucode = 'ftpdl', }, Q573 = { label = 'day', ucode = 'd', }, Q577 = { label = 'year', ucode = 'year', }, Q5879479 = { label = 'gigawatt', ucode = 'GW', }, Q6003257 = { label = 'attometre', ucode = 'am', }, Q613726 = { label = 'yottagram', ucode = 'Yg', }, Q6170164 = { label = 'yoctogram', ucode = 'yg', }, Q667419 = { label = 'long ton', ucode = 'LT', }, Q673166 = { label = 'gravity of Earth', ucode = 'g0', }, Q693944 = { label = 'grain', ucode = 'gr', }, Q6982035 = { label = 'megawatt', ucode = 'MW', }, Q712226 = { label = 'square kilometre', ucode = 'km2', }, Q723733 = { label = 'millisecond', ucode = 'ms', }, Q732454 = { label = 'Ma', ucode = 'Myr', }, Q732707 = { label = 'megahertz', ucode = 'MHz', }, Q752079 = { label = 'gross register ton', ucode = 'grt', }, Q752197 = { label = 'kilojoule per mole', ucode = 'kJ/mol', }, Q7727 = { label = 'minute', ucode = 'min', }, Q794261 = { label = 'cubic metre per second', ucode = 'm3/s', }, Q809678 = { label = 'barye', ucode = 'Ba', }, Q81292 = { label = 'acre', ucode = 'acre', }, Q81454 = { label = 'ångström', ucode = 'angstrom', }, Q828224 = { label = 'kilometre', ucode = 'km', }, Q83327 = { label = 'electronvolt', ucode = 'eV', }, Q838801 = { label = 'nanosecond', ucode = 'ns', }, Q842015 = { label = 'microsecond', ucode = 'us', }, Q844211 = { label = 'kilogram per cubic metre', ucode = 'kg/m3', }, Q844338 = { label = 'hectometre', ucode = 'hm', }, Q844976 = { label = 'oersted', ucode = 'Oe', }, Q848856 = { label = 'decametre', ucode = 'dam', }, Q854546 = { label = 'gigametre', ucode = 'Gm', }, Q857027 = { label = 'square foot', ucode = 'sqft', }, Q9048643 = { label = 'nanoliter', ucode = 'nl', }, Q93318 = { label = 'nautical mile', ucode = 'nmi', }, } return { wikidata_units = wikidata_units } e106ma36jajkh7r76vkd8vvo5tf1usx 828 28899 118029 2022-08-10T20:57:57Z ForzaGreen 14525 أنشأ الصفحة ب'-- Functions to access Wikidata for Module:Convert. local Collection = {} Collection.__index = Collection do function Collection:add(item) if item ~= nil then self.n = self.n + 1 self[self.n] = item end end function Collection:join(sep) return table.concat(self, sep) end function Collection:remove(pos) if self.n > 0 and (pos == nil or (0 < pos and pos <= self.n)) then self.n = self.n - 1 return table.remove(self, pos) end end function...' Scribunto text/plain -- Functions to access Wikidata for Module:Convert. local Collection = {} Collection.__index = Collection do function Collection:add(item) if item ~= nil then self.n = self.n + 1 self[self.n] = item end end function Collection:join(sep) return table.concat(self, sep) end function Collection:remove(pos) if self.n > 0 and (pos == nil or (0 < pos and pos <= self.n)) then self.n = self.n - 1 return table.remove(self, pos) end end function Collection:sort(comp) table.sort(self, comp) end function Collection.new() return setmetatable({n = 0}, Collection) end end local function strip_to_nil(text) -- If text is a non-empty string, return its trimmed content, -- otherwise return nothing (empty string or not a string). if type(text) == 'string' then return text:match('(%S.-)%s*$') end end local function frequency_unit(value, unit_table) -- For use when converting m to Hz. -- Return true, s where s = name of unit's default output unit, -- or return false, t where t is an error message table. -- However, for simplicity a valid result is always returned. local unit if unit_table._symbol == 'm' then -- c = speed of light in a vacuum = 299792458 m/s -- frequency = c / wavelength local w = value * (unit_table.scale or 1) local f = 299792458 / w -- if w == 0, f = math.huge which works here if f >= 1e12 then unit = 'THz' elseif f >= 1e9 then unit = 'GHz' elseif f >= 1e6 then unit = 'MHz' elseif f >= 1e3 then unit = 'kHz' else unit = 'Hz' end end return true, unit or 'Hz' end local function wavelength_unit(value, unit_table) -- Like frequency_unit but for use when converting Hz to m. local unit if unit_table._symbol == 'Hz' then -- Using 0.9993 rather than 1 avoids rounding which would give results -- like converting 300 MHz to 100 cm instead of 1 m. local w = 1 / (value * (unit_table.scale or 1)) -- Hz scale is inverted if w >= 0.9993e6 then unit = 'Mm' elseif w >= 0.9993e3 then unit = 'km' elseif w >= 0.9993 then unit = 'm' elseif w >= 0.9993e-2 then unit = 'cm' elseif w >= 0.9993e-3 then unit = 'mm' else unit = 'um' end end return true, unit or 'm' end local specials = { frequency = { frequency_unit }, wavelength = { wavelength_unit }, -------------------------------------------------------------------------------- -- Following is a removed experiment to show two values as a range -- using '-' as the separator. -- frequencyrange = { frequency_unit, '-' }, -- wavelengthrange = { wavelength_unit, '-' }, } local function make_unit(units, parms, uid) -- Return a unit code for convert or nil if unit unknown. -- If necessary, add a dummy unit to parms so convert will use it -- for the input without attempting a conversion since nothing -- useful is available (for example, with unit volt). local unit = units[uid] if type(unit) ~= 'table' then return nil end local ucode = unit.ucode if ucode and not unit.si then return ucode -- a unit known to convert end parms.opt_ignore_error = true ucode = ucode or unit._ucode -- must be a non-empty string local ukey, utable if unit.si then local base = units[unit.si] ukey = base.symbol -- must be a non-empty string local n1 = base.name1 local n2 = base.name2 if not n1 then n1 = ukey n2 = n2 or n1 -- do not append 's' end utable = { _symbol = ukey, _name1 = n1, _name2 = n2, link = unit.link or base.link, utype = n1, prefixes = 1, } else ukey = ucode utable = { symbol = ucode, -- must be a non-empty string name1 = unit.name1, -- if nil, uses symbol name2 = unit.name2, -- if nil, uses name1..'s' link = unit.link, -- if nil, uses name1 utype = unit.name1 or ucode, } end utable.scale = 1 utable.default = '' utable.defkey = '' utable.linkey = '' utable.bad_mcode = '' parms.unittable = { [ukey] = utable } return ucode end local function matches_qualifier(statement, qual) -- Return: -- false, nil : if statement does not match specification -- true, nil : if matches, and statement has no qualifier -- true, sq : if matches, where sq is the statement's qualifier -- A match means that no qualifier was specified (qual == nil), or that -- the statement has a qualifier matching the specification. -- If a match occurs, the caller needs the statement's qualifier (if any) -- so statements that duplicate the qualifier are not used, after the first. -- Then, if convert is showing all values for a property such as the diameter -- of a telescope's mirror (diameters of primary and secondary mirrors), it -- will not show alternative values that could in principle be present for the -- same item (telescope) and property (diameter) and qualifier (primary/secondary). local target = (statement.qualifiers or {}).P518 -- P518 is "applies to part" if type(target) == 'table' then for _, q in ipairs(target) do if type(q) == 'table' then local value = (q.datavalue or {}).value if value then if qual == nil or qual == value.id then return true, value.id end end end end end if qual == nil then return true, nil -- only occurs if statement has no qualifier end return false, nil -- statement's qualifier is not relevant because statement will be skipped end local function get_statements(parms, pid) -- Get specified item and return a list of tables with each statement for property pid. -- Each table is of form {statqual=sq, stmt=statement} where sq = statement qualifier (nil if none). -- Statements are in Wikidata's order except that those with preferred rank -- are first, then normal rank. Any other rank is ignored. local stored = {} -- qualifiers of statements that are first for the qualifier, and will be returned local qid = strip_to_nil(parms.qid) -- nil for current page's item, or an item id (expensive) local qual = strip_to_nil(parms.qual) -- nil or id of wanted P518 (applies to part) item in qualifiers local result = Collection.new() local entity = mw.wikibase.getEntity(qid) if type(entity) == 'table' then local statements = (entity.claims or {})[pid] if type(statements) == 'table' then for _, rank in ipairs({ 'preferred', 'normal' }) do for _, statement in ipairs(statements) do if type(statement) == 'table' and rank == statement.rank then local is_match, statqual = matches_qualifier(statement, qual) if is_match then result:add({ statqual = statqual, stmt = statement }) end end end end end end return result end local function input_from_property(tdata, parms, pid) -- Given that pid is a Wikidata property identifier like 'P123', -- return a collection of {amount, ucode} pairs (two strings) -- for each matching item/property, or return nothing. -------------------------------------------------------------------------------- -- There appear to be few restrictions on how Wikidata is organized so it is -- very likely that any decision a module makes about how to handle data -- will be wrong for some cases at some time. This meets current requirements. -- For each qualifier (or if no qualitifer), if there are any preferred -- statements, use them and ignore any normal statements. -- For each qualifier, for the preferred statements if any, or for -- the normal statements (but not both): -- * Accept each statement if it has no qualifier (this will not occur -- if qual=x is specified because other code already ensures that in that -- case, only statements with a qualifier matching x are considered). -- * Ignore any statements after the first if it has a qualifier. -- The rationale is that for the diameter at [[South Pole Telescope]], want -- convert to show the diameters for both the primary and secondary mirrors -- if the convert does not specify which diameter is wanted. -- However, if convert is given the wanted qualifier, only one value -- (_the_ diameter) is wanted. For simplicity/consistency, that is also done -- even if no qual=x is specified. Unclear what should happen. -- For the wavelength at [[Nançay Radio Telescope]], want to show all three -- values, and the values have no qualifiers. -------------------------------------------------------------------------------- local result = Collection.new() local done = {} local skip_normal for _, t in ipairs(get_statements(parms, pid)) do local statement = t.stmt if statement.mainsnak and statement.mainsnak.datatype == 'quantity' then local value = (statement.mainsnak.datavalue or {}).value if value then local amount = value.amount if amount then amount = tostring(amount) -- in case amount is ever a number if amount:sub(1, 1) == '+' then amount = amount:sub(2) end local unit = value.unit if type(unit) == 'string' then unit = unit:match('Q%d+$') -- unit item id is at end of URL local ucode = make_unit(tdata.wikidata_units, parms, unit) if ucode then local skip if t.statqual then if done[t.statqual] then skip = true else done[t.statqual] = true end else if statement.rank == 'preferred' then skip_normal = true elseif skip_normal then skip = true end end if not skip then result:add({ amount, ucode }) end end end end end end end return result end local function input_from_text(tdata, parms, text, insert2) -- Given string should be of form "<value><space><unit>" or -- "<value1><space>ft<space><value2><space>in" for a special case (feet and inches). -- Return true if values/units were extracted and inserted, or return nothing. text = text:gsub('&nbsp;', ' '):gsub('%s+', ' ') local pos = text:find(' ', 1, true) if pos then -- Leave checking of value to convert which can handle fractions. local value = text:sub(1, pos - 1) local uid = text:sub(pos + 1) if uid:sub(1, 3) == 'ft ' and uid:sub(-3) == ' in' then -- Special case for enwiki to allow {{حول|input=5 ft 10+1/2 in}} insert2(uid:sub(4, -4), 'in') insert2(value, 'ft') else insert2(value, make_unit(tdata.wikidata_units, parms, uid) or uid) end return true end end local function adjustparameters(tdata, parms, index) -- For Module:Convert, adjust parms (a table of {{حول}} parameters). -- Return true if successful or return false, t where t is an error message table. -- This is intended mainly for use in infoboxes where the input might be -- <value><space><unit> or -- <wikidata-property-id> -- If successful, insert values and units in parms, before given index. local text = parms.input -- should be a trimmed, non-empty string local pid = text:match('^P%d+$') local sep = ',' local special = specials[parms[index]] if special then parms.out_unit = special[1] sep = special[2] or sep table.remove(parms, index) end local function quit() return false, pid and { 'cvt_no_output' } or { 'cvt_bad_input', text } end local function insert2(first, second) table.insert(parms, index, second) table.insert(parms, index, first) end if pid then parms.input_text = '' -- output an empty string if an error occurs local result = input_from_property(tdata, parms, pid) if result.n == 0 then return quit() end local ucode for i, t in ipairs(result) do -- Convert requires each input unit to be identical. if i == 1 then ucode = t[2] elseif ucode ~= t[2] then return quit() end end local item = ucode if item == parms[index] then -- Remove specified output unit if it is the same as the Wikidata unit. -- For example, {{حول|input=P2044|km}} with property "12 km". table.remove(parms, index) end for i = result.n, 1, -1 do insert2(result[i][1], item) item = sep end return true else if input_from_text(tdata, parms, text, insert2) then return true end end return quit() end -------------------------------------------------------------------------------- --- List units and check syntax of definitions --------------------------------- -------------------------------------------------------------------------------- local specifications = { -- seq = sequence in which fields are displayed base = { title = 'SI base units', fields = { symbol = { seq = 2, mandatory = true }, name1 = { seq = 3, mandatory = true }, name2 = { seq = 4 }, link = { seq = 5 }, }, noteseq = 6, header = '{| class="wikitable"\n!si !!symbol !!name1 !!name2 !!link !!note', item = '|-\n|%s ||%s ||%s ||%s ||%s ||%s', footer = '|}', }, alias = { title = 'Aliases for convert', fields = { ucode = { seq = 2, mandatory = true }, si = { seq = 3 }, }, noteseq = 4, header = '{| class="wikitable"\n!alias !!ucode !!base !!note', item = '|-\n|%s ||%s ||%s ||%s', footer = '|}', }, known = { title = 'Units known to convert', fields = { ucode = { seq = 2, mandatory = true }, label = { seq = 3, mandatory = true }, }, noteseq = 4, header = '{| class="wikitable"\n!qid !!ucode !!label !!note', item = '|-\n|%s ||%s ||%s ||%s', footer = '|}', }, unknown = { title = 'Units not known to convert', fields = { _ucode = { seq = 2, mandatory = true }, si = { seq = 3 }, name1 = { seq = 4 }, name2 = { seq = 5 }, link = { seq = 6 }, label = { seq = 7, mandatory = true }, }, noteseq = 8, header = '{| class="wikitable"\n!qid !!_ucode !!base !!name1 !!name2 !!link !!label !!note', item = '|-\n|%s ||%s ||%s ||%s ||%s ||%s ||%s ||%s', footer = '|}', }, } local function listunits(tdata, ulookup) -- For Module:Convert, make wikitext to list the built-in Wikidata units. -- Return true, wikitext if successful or return false, t where t is an -- error message table. Currently, an error return never occurs. -- The syntax of each unit definition is checked and a note is added if -- a problem is detected. local function safe_cells(t) -- This is not currently needed, but in case definitions ever use wikitext -- like '[[kilogram|kg]]', escape the text so it works in a table cell. local result = {} for i, v in ipairs(t) do if v:find('|', 1, true) then v = v:gsub('(%[%[[^%[%]]-)|(.-%]%])', '%1\0%2') -- replace pipe in piped link with a zero byte v = v:gsub('|', '&#124;') -- escape '|' v = v:gsub('%z', '|') -- restore pipe in piped link end result[i] = v:gsub('{', '&#123;') -- escape '{' end return unpack(result) end local wdunits = tdata.wikidata_units local speckeys = { 'base', 'alias', 'unknown', 'known' } for _, sid in ipairs(speckeys) do specifications[sid].units = Collection.new() end local keys = Collection.new() for k, v in pairs(wdunits) do keys:add(k) end table.sort(keys) local note_count = 0 for _, key in ipairs(keys) do local unit = wdunits[key] local ktext, sid if key:match('^Q%d+$') then ktext = '[[d:' .. key .. '|' .. key .. ']]' if unit.ucode then sid = 'known' else sid = 'unknown' end elseif unit.ucode then ktext = key sid = 'alias' else ktext = key sid = 'base' end local result = { ktext } local spec = specifications[sid] local fields = spec.fields local note = Collection.new() for k, v in pairs(unit) do if fields[k] then local seq = fields[k].seq if result[seq] then note:add('duplicate ' .. k) -- cannot happen since keys are unique else result[seq] = v end else note:add('invalid ' .. k) end end for k, v in pairs(fields) do local value = result[v.seq] if value then if k == 'si' and not wdunits[value] then note:add('need si ' .. value) end if k == 'label' then local wdl = mw.wikibase.label(key) if wdl ~= value then note:add('label changed to ' .. tostring(wdl)) end end else result[v.seq] = '' if v.mandatory then note:add('missing ' .. k) end end end local text if note.n > 0 then note_count = note_count + 1 text = '*' .. note:join('<br />') end result[spec.noteseq] = text or '' spec.units:add(result) end local results = Collection.new() if note_count > 0 then local text = note_count .. (note_count == 1 and ' note' or ' notes') results:add("'''Search for * to see " .. text .. "'''\n") end for _, sid in ipairs(speckeys) do local spec = specifications[sid] results:add("'''" .. spec.title .. "'''") results:add(spec.header) local fmt = spec.item for _, unit in ipairs(spec.units) do results:add(string.format(fmt, safe_cells(unit))) end results:add(spec.footer) end return true, results:join('\n') end return { _adjustparameters = adjustparameters, _listunits = listunits } m52ijgnieu99atcybp1znuj0bqi0ykd 828 28900 118030 2022-08-10T20:59:06Z ForzaGreen 14525 أنشأ الصفحة ب'-- Module for converting between different representations of numbers. See talk page for user documentation. -- For unit tests see: [[Module:ConvertNumeric/testcases]] -- When editing, preview with: Module_talk:ConvertNumeric/testcases -- First edit [[Module:ConvertNumeric/sandbox]] and preview with Module_talk:ConvertNumeric/sandbox/testcases local ones_position = { [0] = 'صفر', [1] = 'واحد', [2] = 'إثنان', [3] = 'ثلاثة', [4] = 'أربعة',...' Scribunto text/plain -- Module for converting between different representations of numbers. See talk page for user documentation. -- For unit tests see: [[Module:ConvertNumeric/testcases]] -- When editing, preview with: Module_talk:ConvertNumeric/testcases -- First edit [[Module:ConvertNumeric/sandbox]] and preview with Module_talk:ConvertNumeric/sandbox/testcases local ones_position = { [0] = 'صفر', [1] = 'واحد', [2] = 'إثنان', [3] = 'ثلاثة', [4] = 'أربعة', [5] = 'خمسة', [6] = 'ستة', [7] = 'سبعة', [8] = 'ثمانية', [9] = 'تسعة', [10] = 'عشرة', [11] = 'إحدى عشر', [12] = 'إثنى عشر', [13] = 'ثلاثة عشر', [14] = 'أربعة عشر', [15] = 'خمسةعشر', [16] = 'ستة عشر', [17] = 'سبعة عشر', [18] = 'ثمانية عشر', [19] = 'تسعة عشر' } local ones_position_ord = { [0] = 'صفري', [1] = 'أول', [2] = 'ثاني', [3] = 'ثالث', [4] = 'رابع', [5] = 'خامس', [6] = 'سادس', [7] = 'سابع', [8] = 'ثامن', [9] = 'تاسع', [10] = 'عاشر', [11] = 'حادي عشر', [12] = 'ثاني عشر', [13] = 'ثالث عشر', [14] = 'رابع عشر', [15] = 'خامس عشر', [16] = 'سادس عشر', [17] = 'سابع عشر', [18] = 'ثامن عشر', [19] = 'تاسع عشر' } local ones_position_plural = { [0] = 'صفرين', [1] = 'واحد', [2] = 'إثنان', [3] = 'ثلاثة', [4] = 'أربعة', [5] = 'خمسة', [6] = 'ستة', [7] = 'سبعة', [8] = 'ثمانية', [9] = 'تسعة', [10] = 'عشر', [11] = 'إحدى عشر', [12] = 'إثنى عشر', [13] = 'ثلاثة عشر', [14] = 'أربعة عشر', [15] = 'خمسة عشر', [16] = 'ستة عشر', [17] = 'سبعة عشر', [18] = 'ثمانية عشر', [19] = 'تسعة عشر' } local tens_position = { [2] = 'عشرون', [3] = 'ثلاثون', [4] = 'أربعون', [5] = 'خمسون', [6] = 'ستون', [7] = 'سبعون', [8] = 'ثمانون', [9] = 'تسعون' } local tens_position_ord = { [2] = 'عشرون', [3] = 'ثلاثون', [4] = 'أربعون', [5] = 'خمسون', [6] = 'ستون', [7] = 'سبعون', [8] = 'ثمانون', [9] = 'تسعون' } local tens_position_plural = { [2] = 'عشرون', [3] = 'ثلاثون', [4] = 'أربعون', [5] = 'خمسون', [6] = 'ستون', [7] = 'سبعون', [8] = 'ثمانون', [9] = 'تسعون' } local groups = { [1] = 'ألف', [2] = 'مليون', [3] = 'مليار', [4] = 'تريليون', [5] = 'كوادريليون', [6] = 'كوينتليون~', [7] = 'sextillion', [8] = 'septillion', [9] = 'octillion', [10] = 'nonillion', [11] = 'decillion', [12] = 'undecillion', [13] = 'duodecillion', [14] = 'tredecillion', [15] = 'quattuordecillion', [16] = 'quindecillion', [17] = 'sexdecillion', [18] = 'septendecillion', [19] = 'octodecillion', [20] = 'novemdecillion', [21] = 'vigintillion', [22] = 'unvigintillion', [23] = 'duovigintillion', [24] = 'tresvigintillion', [25] = 'quattuorvigintillion', [26] = 'quinquavigintillion', [27] = 'sesvigintillion', [28] = 'septemvigintillion', [29] = 'octovigintillion', [30] = 'novemvigintillion', [31] = 'trigintillion', [32] = 'untrigintillion', [33] = 'duotrigintillion', [34] = 'trestrigintillion', [35] = 'quattuortrigintillion', [36] = 'quinquatrigintillion', [37] = 'sestrigintillion', [38] = 'septentrigintillion', [39] = 'octotrigintillion', [40] = 'noventrigintillion', [41] = 'quadragintillion', [51] = 'quinquagintillion', [61] = 'sexagintillion', [71] = 'septuagintillion', [81] = 'octogintillion', [91] = 'nonagintillion', [101] = 'centillion', [102] = 'uncentillion', [103] = 'duocentillion', [104] = 'trescentillion', [111] = 'decicentillion', [112] = 'undecicentillion', [121] = 'viginticentillion', [122] = 'unviginticentillion', [131] = 'trigintacentillion', [141] = 'quadragintacentillion', [151] = 'quinquagintacentillion', [161] = 'sexagintacentillion', [171] = 'septuagintacentillion', [181] = 'octogintacentillion', [191] = 'nonagintacentillion', [201] = 'ducentillion', [301] = 'trecentillion', [401] = 'quadringentillion', [501] = 'quingentillion', [601] = 'sescentillion', [701] = 'septingentillion', [801] = 'octingentillion', [901] = 'nongentillion', [1001] = 'millinillion', } local roman_numerals = { I = 1, V = 5, X = 10, L = 50, C = 100, D = 500, M = 1000 } -- Converts a given valid roman numeral (and some invalid roman numerals) to a number. Returns -1, errorstring on error local function roman_to_numeral(roman) if type(roman) ~= "string" then return -1, "roman numeral not a string" end local rev = roman:reverse() local raising = true local last = 0 local result = 0 for i = 1, #rev do local c = rev:sub(i, i) local next = roman_numerals[c] if next == nil then return -1, "roman numeral contains illegal character " .. c end if next > last then result = result + next raising = true elseif next < last then result = result - next raising = false elseif raising then result = result + next else result = result - next end last = next end return result end -- Converts a given integer between 0 and 100 to Arabic text (e.g. 47 -> forty-seven) local function numeral_to_arabic_less_100(num, ordinal, plural, zero) local terminal_ones, terminal_tens if ordinal then terminal_ones = ones_position_ord terminal_tens = tens_position_ord elseif plural then terminal_ones = ones_position_plural terminal_tens = tens_position_plural else terminal_ones = ones_position terminal_tens = tens_position end if num == 0 and zero ~= nil then return zero elseif num < 20 then return terminal_ones[num] elseif num % 10 == 0 then return terminal_tens[num / 10] else return terminal_ones[num % 10] .. ' و ' .. tens_position[math.floor(num / 10)] end end local function standard_suffix(ordinal, plural) if ordinal then return '' end if plural then return '' end -- s return '' end -- Converts a given integer (in string form) between 0 and 1000 to Arabic text (e.g. 47 -> forty-seven) local function numeral_to_arabic_less_1000(num, use_and, ordinal, plural, zero) num = tonumber(num) if num < 100 then return numeral_to_arabic_less_100(num, ordinal, plural, zero) elseif num % 100 == 0 then return ones_position[num/100] .. ' مئة' .. standard_suffix(ordinal, plural) else return ones_position[math.floor(num/100)] .. ' مئة ' .. (use_and and 'و ' or '') .. numeral_to_arabic_less_100(num % 100, ordinal, plural, zero) end end -- Converts a number expressed as a string in scientific notation to a string in standard decimal notation -- e.g. 1.23E5 -> 123000, 1.23E-5 = .0000123. Conversion is exact, no rounding is performed. local function scientific_notation_to_decimal(num) local exponent, subs = num:gsub("^%-?%d*%.?%d*%-?[Ee]([+%-]?%d+)$", "%1") if subs == 0 then return num end -- Input not in scientific notation, just return unmodified exponent = tonumber(exponent) local negative = num:find("^%-") local _, decimal_pos = num:find("%.") -- Mantissa will consist of all decimal digits with no decimal point local mantissa = num:gsub("^%-?(%d*)%.?(%d*)%-?[Ee][+%-]?%d+$", "%1%2") if negative and decimal_pos then decimal_pos = decimal_pos - 1 end if not decimal_pos then decimal_pos = #mantissa + 1 end local prev_len = #num -- Remove leading zeros unless decimal point is in first position while decimal_pos > 1 and mantissa:sub(1,1) == '0' do mantissa = mantissa:sub(2) decimal_pos = decimal_pos - 1 end -- Shift decimal point right for exponent > 0 while exponent > 0 do decimal_pos = decimal_pos + 1 exponent = exponent - 1 if decimal_pos > #mantissa + 1 then mantissa = mantissa .. '0' end -- Remove leading zeros unless decimal point is in first position while decimal_pos > 1 and mantissa:sub(1,1) == '0' do mantissa = mantissa:sub(2) decimal_pos = decimal_pos - 1 end end -- Shift decimal point left for exponent < 0 while exponent < 0 do if decimal_pos == 1 then mantissa = '0' .. mantissa else decimal_pos = decimal_pos - 1 end exponent = exponent + 1 end -- Insert decimal point in correct position and return return (negative and '-' or '') .. mantissa:sub(1, decimal_pos - 1) .. '.' .. mantissa:sub(decimal_pos) end -- Rounds a number to the nearest integer (NOT USED) local function round_num(x) if x%1 >= 0.5 then return math.ceil(x) else return math.floor(x) end end -- Rounds a number to the nearest two-word number (round = up, down, or "on" for round to nearest) -- Numbers with two digits before the decimal will be rounded to an integer as specified by round. -- Larger numbers will be rounded to a number with only one nonzero digit in front and all other digits zero. -- Negative sign is preserved and does not count towards word limit. local function round_for_Arabic(num, round) -- If an integer with at most two digits, just return if num:find("^%-?%d?%d%.?$") then return num end local negative = num:find("^%-") if negative then -- We're rounding magnitude so flip it if round == 'up' then round = 'down' elseif round == 'down' then round = 'up' end end -- If at most two digits before decimal, round to integer and return local _, _, small_int, trailing_digits, round_digit = num:find("^%-?(%d?%d?)%.((%d)%d*)$") if small_int then local small_int_len = #small_int if small_int == '' then small_int = '0' end if (round == 'up' and trailing_digits:find('[1-9]')) or (round == 'on' and tonumber(round_digit) >= 5) then small_int = tostring(tonumber(small_int) + 1) end return (negative and '-' or '') .. small_int end -- When rounding up, any number with > 1 nonzero digit will round up (e.g. 1000000.001 rounds up to 2000000) local nonzero_digits = 0 for digit in num:gfind("[1-9]") do nonzero_digits = nonzero_digits + 1 end num = num:gsub("%.%d*$", "") -- Remove decimal part -- Second digit used to determine which way to round lead digit local _, _, lead_digit, round_digit, round_digit_2, rest = num:find("^%-?(%d)(%d)(%d)(%d*)$") if tonumber(lead_digit .. round_digit) < 20 and (1 + #rest) % 3 == 0 then -- In Arabic numbers < 20 are one word so put 2 digits in lead and round based on 3rd lead_digit = lead_digit .. round_digit round_digit = round_digit_2 else rest = round_digit_2 .. rest end if (round == 'up' and nonzero_digits > 1) or (round == 'on' and tonumber(round_digit) >= 5) then lead_digit = tostring(tonumber(lead_digit) + 1) end -- All digits but lead digit will turn to zero rest = rest:gsub("%d", "0") return (negative and '-' or '') .. lead_digit .. '0' .. rest end local denominators = { [2] = { 'half', plural = 'halves' }, [3] = { 'third' }, [4] = { 'quarter', us = 'fourth' }, [5] = { 'fifth' }, [6] = { 'sixth' }, [8] = { 'eighth' }, [9] = { 'ninth' }, [10] = { 'tenth' }, [16] = { 'sixteenth' }, } -- Return status, fraction where: -- status is a string: -- "finished" if there is a fraction with no whole number; -- "ok" if fraction is empty or valid; -- "unsupported" if bad fraction; -- fraction is a string giving (numerator / denominator) as Arabic text, or is "". -- Only unsigned fractions with a very limited range of values are supported, -- except that if whole is empty, the numerator can use "-" to indicate negative. -- whole (string or nil): nil or "" if no number before the fraction -- numerator (string or nil): numerator, if any (default = 1 if a denominator is given) -- denominator (string or nil): denominator, if any -- sp_us (boolean): true if sp=us -- negative_word (string): word to use for negative sign, if whole is empty -- use_one (boolean): false: 2+1/2 → "two and a half"; true: "two and one-half" local function fraction_to_Arabic(whole, numerator, denominator, sp_us, negative_word, use_one) if numerator or denominator then local finished = (whole == nil or whole == '') local sign = '' if numerator then if finished and numerator:sub(1, 1) == '-' then numerator = numerator:sub(2) sign = negative_word .. ' ' end else numerator = '1' end if not numerator:match('^%d+$') or not denominator or not denominator:match('^%d+$') then return 'unsupported', '' end numerator = tonumber(numerator) denominator = tonumber(denominator) local dendata = denominators[denominator] if not (dendata and 1 <= numerator and numerator <= 99) then return 'unsupported', '' end local numstr, denstr local sep = '-' if numerator == 1 then denstr = sp_us and dendata.us or dendata[1] if finished or use_one then numstr = 'one' elseif denstr:match('^[aeiou]') then numstr = 'an' sep = ' ' else numstr = 'a' sep = ' ' end else numstr = numeral_to_arabic_less_100(numerator) denstr = dendata.plural if not denstr then denstr = (sp_us and dendata.us or dendata[1]) .. 's' end end if finished then return 'finished', sign .. numstr .. sep .. denstr end return 'ok', ' and ' .. numstr .. sep .. denstr end return 'ok', '' end -- Takes a decimal number and converts it to Arabic text. -- Return nil if a fraction cannot be converted (only some numbers are supported for fractions). -- num (string or nil): the number to convert. -- Can be an arbitrarily large decimal, such as "-123456789123456789.345", and -- can use scientific notation (e.g. "1.23E5"). -- May fail for very large numbers not listed in "groups" such as "1E4000". -- num is nil if there is no whole number before a fraction. -- numerator (string or nil): numerator of fraction (nil if no fraction) -- denominator (string or nil): denominator of fraction (nil if no fraction) -- capitalize (boolean): whether to capitalize the result (e.g. 'One' instead of 'one') -- use_and (boolean): whether to use the word 'and' between tens/ones place and higher places -- hyphenate (boolean): whether to hyphenate all words in the result, useful for use as an adjective -- ordinal (boolean): whether to produce an ordinal (e.g. 'first' instead of 'one') -- plural (boolean): whether to pluralize the resulting number -- links: nil: do not add any links; 'on': link "billion" and larger to Orders of magnitude article; -- any other text: list of numbers to link (e.g. "billion,quadrillion") -- negative_word: word to use for negative sign (typically 'negative' or 'minus'; nil to use default) -- round: nil or '': no rounding; 'on': round to nearest two-word number; 'up'/'down': round up/down to two-word number -- zero: word to use for value '0' (nil to use default) -- use_one (boolean): false: 2+1/2 → "two and a half"; true: "two and one-half" local function _numeral_to_arabic(num, numerator, denominator, capitalize, use_and, hyphenate, ordinal, plural, links, negative_word, round, zero, use_one) if not negative_word then if use_and then -- TODO Should 'minus' be used when do not have sp=us? -- If so, need to update testcases, and need to fix "minus zero". -- negative_word = 'minus' negative_word = 'negative' else negative_word = 'negative' end end local status, fraction_text = fraction_to_Arabic(num, numerator, denominator, not use_and, negative_word, use_one) if status == 'unsupported' then return nil end if status == 'finished' then -- Input is a fraction with no whole number. -- Hack to avoid executing stuff that depends on num being a number. local s = fraction_text if hyphenate then s = s:gsub("%s", "-") end if capitalize then s = s:gsub("^%l", string.upper) end return s end num = scientific_notation_to_decimal(num) if round and round ~= '' then if round ~= 'on' and round ~= 'up' and round ~= 'down' then error("Invalid rounding mode") end num = round_for_Arabic(num, round) end -- Separate into negative sign, num (digits before decimal), decimal_places (digits after decimal) local MINUS = '−' -- Unicode U+2212 MINUS SIGN (may be in values from [[Module:Convert]]) if num:sub(1, #MINUS) == MINUS then num = '-' .. num:sub(#MINUS + 1) -- replace MINUS with '-' elseif num:sub(1, 1) == '+' then num = num:sub(2) -- ignore any '+' end local negative = num:find("^%-") local decimal_places, subs = num:gsub("^%-?%d*%.(%d+)$", "%1") if subs == 0 then decimal_places = nil end num, subs = num:gsub("^%-?(%d*)%.?%d*$", "%1") if num == '' and decimal_places then num = '0' end if subs == 0 or num == '' then error("Invalid decimal numeral") end -- For each group of 3 digits except the last one, print with appropriate group name (e.g. million) local s = '' while #num > 3 do if s ~= '' then s = s .. ' ' end local group_num = math.floor((#num - 1) / 3) local group = groups[group_num] local group_digits = #num - group_num*3 s = s .. numeral_to_arabic_less_1000(num:sub(1, group_digits), false, false, false, zero) .. ' ' if links and (((links == 'on' and group_num >= 3) or links:find(group)) and group_num <= 13) then s = s .. '[[Orders_of_magnitude_(numbers)#10' .. group_num*3 .. '|' .. group .. ']]' else s = s .. group end num = num:sub(1 + group_digits) num = num:gsub("^0*", "") -- Trim leading zeros end -- Handle final three digits of integer part if s ~= '' and num ~= '' then if #num <= 2 and use_and then s = s .. ' and ' else s = s .. ' ' end end if s == '' or num ~= '' then s = s .. numeral_to_arabic_less_1000(num, use_and, ordinal, plural, zero) elseif ordinal or plural then -- Round numbers like "one million" take standard suffixes for ordinal/plural s = s .. standard_suffix(ordinal, plural) end -- For decimal places (if any) output "point" followed by spelling out digit by digit if decimal_places then s = s .. ' point' for i = 1, #decimal_places do s = s .. ' ' .. ones_position[tonumber(decimal_places:sub(i,i))] end end s = s:gsub("^%s*(.-)%s*$", "%1") -- Trim whitespace if ordinal and plural then s = s .. 's' end -- s suffix works for all ordinals if negative and s ~= zero then s = negative_word .. ' ' .. s end s = s:gsub("negative zero", "zero") s = s .. fraction_text if hyphenate then s = s:gsub("%s", "-") end if capitalize then s = s:gsub("^%l", string.upper) end return s end local p = { -- functions that can be called from another module roman_to_numeral = roman_to_numeral, spell_number = _numeral_to_arabic, } function p.numeral_to_arabic(frame) local args = frame.args local num = args[1] num = num:gsub("^%s*(.-)%s*$", "%1") -- Trim whitespace num = num:gsub(",", "") -- Remove commas if num ~= '' then -- a fraction may have an empty whole number if not num:find("^%-?%d*%.?%d*%-?[Ee]?[+%-]?%d*$") then -- Input not in a valid format, try to pass it through #expr to see -- if that produces a number (e.g. "3 + 5" will become "8"). num = frame:preprocess('{{#expr: ' .. num .. '}}') end end -- Pass args from frame to helper function return _numeral_to_arabic( num, args['numerator'], args['denominator'], args['case'] == 'U' or args['case'] == 'u', args['sp'] ~= 'us', args['adj'] == 'on', args['ord'] == 'on', args['pl'] == 'on', args['lk'], args['negative'], args['round'], args['zero'], args['one'] == 'one' -- experiment: using '|one=one' makes fraction 2+1/2 give "two and one-half" instead of "two and a half" ) or '' end ---- recursive function for p.decToHex local function decToHexDigit(dec) local dig = {"0","1","2","3","4","5","6","7","8","9","A","B","C","D","E","F"} local div = math.floor(dec/16) local mod = dec-(16*div) if div >= 1 then return decToHexDigit(div)..dig[mod+1] else return dig[mod+1] end end -- I think this is supposed to be done with a tail call but first I want something that works at all ---- finds all the decimal numbers in the input text and hexes each of them function p.decToHex(frame) local args=frame.args local parent=frame.getParent(frame) local pargs={} if parent then pargs=parent.args end local text=args[1] or pargs[1] or "" local minlength=args.minlength or pargs.minlength or 1 minlength=tonumber(minlength) local prowl=mw.ustring.gmatch(text,"(.-)(%d+)") local output="" repeat local chaff,dec=prowl() if not(dec) then break end local hex=decToHexDigit(dec) while (mw.ustring.len(hex)<minlength) do hex="0"..hex end output=output..chaff..hex until false local chaff=mw.ustring.match(text,"(%D+)$") or "" return output..chaff end return p syuj5yz8nbf3e5yaltrb0mr01fzbvzs 828 28901 118031 2022-08-10T21:05:26Z ForzaGreen 14525 أنشأ الصفحة ب'-- Text used by Module:Convert, for ar.wikipedia.org (English). -- This is a separate module to simplify translation for use on another wiki. -- See [[:en:Template:Convert/Transwiki guide]] if copying to another wiki. local translation_table = { numdot = '،', -- decimal mark numsep = '،', -- separator for number grouping per_word = 'لكل', -- for units like "miles per gallon" plural_suffix = '', -- disable plural unit names --[[ from_en...' Scribunto text/plain -- Text used by Module:Convert, for ar.wikipedia.org (English). -- This is a separate module to simplify translation for use on another wiki. -- See [[:en:Template:Convert/Transwiki guide]] if copying to another wiki. local translation_table = { numdot = '،', -- decimal mark numsep = '،', -- separator for number grouping per_word = 'لكل', -- for units like "miles per gallon" plural_suffix = '', -- disable plural unit names --[[ from_en = { ['0'] = '٠', ['1'] = '٢', ['2'] = '۲', ['3'] = '٣', ['4'] = '٤', ['5'] = '٥', ['6'] = '٦', ['7'] = '۷', ['8'] = '۸', ['9'] = '۹', }, to_en = { -- Arabic Numbers ['٠'] = '0', ['١'] = '1', ['٢'] = '2', ['٣'] = '3', ['٤'] = '4', ['٥'] = '5', ['٦'] = '6', ['٧'] = '7', ['٨'] = '8', ['٩'] = '9', },--]] specials = { -- for special processing by makeunits -- PLEASE DO NOT CHANGE THE FOLLOWING -- until all the units have been fixed -- (the text used here must be the same as that used in the unit definitions). utype = { -- ["unit type in local language"] = "name_used_in_this_script" ["fuel efficiency"] = "type_fuel_efficiency", ["length"] = "type_length", ["temperature"] = "type_temperature", ["volume"] = "type_volume", }, ucode = { exception = { -- ["unit code in local language"] = "name_used_in_module_convert" ["ft"] = "integer_more_precision", ["in"] = "subunit_more_precision", ["lb"] = "integer_more_precision", }, istemperature = { -- Common temperature scales (not keVT or MK). -- ["unit code in local language"] = 1 ["C"] = true, ["F"] = true, ["K"] = true, ["R"] = true, }, usesymbol = { -- Use unit symbol not name if abbr not specified. -- ["unit code in local language"] = 1 ["C"] = 1, ["F"] = 1, ["K"] = 1, ["R"] = 1, ["C-change"] = 1, ["F-change"] = 1, ["K-change"] = 1, }, alttype = { -- Unit has an alternate type that is a valid conversion. -- ["unit code in local language"] = "alternate type in local language" ["Nm"] = "energy", ["ftlb"] = "torque", ["ftlb-f"] = "torque", ["ftlbf"] = "torque", ["inlb"] = "torque", ["inlb-f"] = "torque", ["inlbf"] = "torque", ["inoz-f"] = "torque", ["inozf"] = "torque", }, }, }, mtext = { -- Text used by Module:Convert/makeunits. titles = { -- name_used_in_this_script = "Title of page" conversion_data = 'Module:Convert/data/شرح/1', }, }, } -- Some units accept an SI prefix before the unit code, such as "kg" for kilogram. local SIprefixes = { -- The prefix field is what the prefix should be, if different from the prefix used. ['Y'] = { exponent = 24, name = 'يوتا', prefix = 'يو' }, ['Z'] = { exponent = 21, name = 'زيتا', prefix = 'زتـ' }, ['E'] = { exponent = 18, name = 'إكساء', prefix = 'يـ' }, ['P'] = { exponent = 15, name = 'بيتا', prefix = 'بتـ' }, ['T'] = { exponent = 12, name = 'تيرا', prefix = 'تـ' }, ['G'] = { exponent = 9, name = 'جيجا', prefix = 'جـ' }, ['M'] = { exponent = 6, name = 'ميجا', prefix = 'مج'}, ['k'] = { exponent = 3, name = 'كيلو' , prefix = 'كـ' }, ['h'] = { exponent = 2, name = 'هكتو', prefix = 'هـ' }, ['da']= { exponent = 1, name = 'ديكا', prefix = 'دا'}, ['d'] = { exponent = -1, name = 'ديسي', prefix = 'د' }, ['c'] = { exponent = -2, name = 'سنتي', prefix = 'سـ' }, ['m'] = { exponent = -3, name = 'ملي', prefix = 'مـ' }, ['μ'] = { exponent = -6, name = 'ميكرو', prefix = 'مكـ' }, -- key = 'GREEK SMALL LETTER MU' (U+03BC) utf-8 CE BC ['µ'] = { exponent = -6, name = 'ميكرو', prefix = 'مكـ' }, -- key = 'MICRO SIGN' (U+00B5) utf-8 C2 B5 ['u'] = { exponent = -6, name = 'ميكرو', prefix = 'مكـ' }, -- not an SI prefix, but allow for people typing this ['n'] = { exponent = -9, name = 'نانو', prefix = 'نـ' }, ['p'] = { exponent =-12, name = 'بيكو', prefix = 'بـ' }, ['f'] = { exponent =-15, name = 'فيمتو', prefix = 'فـ' }, ['a'] = { exponent =-18, name = 'أتو', prefix = 'آ' }, ['z'] = { exponent =-21, name = 'زيبتو', prefix = 'زبـ' }, ['y'] = { exponent =-24, name = 'يوكتو', prefix = 'يكـ' }, } -- Some units can be qualified with one of the following prefixes, when linked. local customary_units = { { "US", link = "وحدات قياس عرفية أمريكية" }, { "U.S.", link = "وحدات قياس عرفية " }, { "imperial", link = "وحدات إمبراطورية" }, { "imp", link = "وحدات إمبراطورية" }, } -- Names when using engineering notation (a prefix of "eN" where N is a number; example "e6km"). -- key = { "name", link = "article title", exponent = numeric_key_value } -- If lk=on and link is defined, the name of the number will appear as a link. local eng_scales = { ["3"] = { "ألف", exponent = 3 }, ["6"] = { "مليون", exponent = 6 }, ["9"] = { "بليون", link = "1000000000 (عدد)", exponent = 9 }, ["12"] = { "تريليون", link = "1000000000000 (عدد)", exponent = 12 }, ["15"] = { "كدريليون", link = "1000000000000000 (عدد)", exponent = 15 }, } local all_categories = { unit = "[[Category:Convert errors]]", option = "[[Category:Convert errors]]", warning = '[[Category:Convert invalid options]]', tracking = '[[Category:Convert tracking]]', } -- For some error messages, the following puts the wanted style around -- each unit code marked like '...%{ft%}...'. local unitcode_regex = '%%([{}])' local unitcode_replace = { ['{'] = '"', ['}'] = '"' } -- no longer need the more elaborate substitute used before 2013-09-28 -- All messages that may be displayed if a problem occurs. local all_messages = { -- Message format string: $1=title, $2=text, $3=category, $4=anchor. -- Each displayed message starts with "Convert:" so can easily locate by searching article. cvt_format = '<sup class="noprint Inline-Template" style="white-space:nowrap;">[<i>[[Help:Convert messages#$4|<span title="Convert: $1">convert: $2</span>]]</i>]</sup>$3<span class="error"></span>', cvt_format2 = '<sup class="noprint Inline-Template" style="white-space:nowrap;">[[Help:Convert messages#$4|<span title="Convert: $1">$2</span>]]</sup>$3<span class="error"></span>', cvt_format_preview = '<strong class="error">Error in convert: $1 [[Help:Convert messages#$4|(help)]]</strong>$3', -- Each of following messages is a table: -- { [1] = 'title', -- mouseover title text -- [2] = 'text', -- link text displayed in article -- [3] = 'category key', -- key to lookup category in all_categories -- [4] = 'anchor', -- anchor for link to relevant section on help page -- regex = gsub_regex, -- replace = gsub_table, -- } Mouseover title text Link text CatKey Anchor cvt_bad_input = { 'input "$1" must be a number and unit' , 'invalid input' , 'option', 'invalid_input' }, cvt_bad_num = { 'Value "$1" must be a number' , 'invalid number' , 'option', 'invalid_number' }, cvt_big_prec = { 'Precision "$1" is too large' , 'precision too large' , 'option', 'precision_too_large' }, cvt_invalid_num = { 'Number has overflowed' , 'number overflow' , 'option', 'number_overflow' }, cvt_no_num = { 'Needs the number to be converted' , 'needs a number' , 'option', 'needs_number' }, cvt_no_num2 = { 'Needs another number for a range' , 'needs another number', 'option', 'needs_another_number' }, cvt_bad_frac = { '"$1" needs an integer above 1' , 'invalid fraction' , 'option', 'invalid_fraction' }, cvt_bad_prec = { 'Precision "$1" must be an integer' , 'invalid precision' , 'option', 'invalid_precision' }, cvt_bad_sigfig = { '"$1" needs a positive integer' , 'invalid sigfig' , 'option', 'invalid_sigfig' }, cvt_empty_option = { 'Ignored empty option "$1"' , 'empty option' , 'option', 'empty_option' }, cvt_deprecated = { 'Option "$1" is deprecated' , '*' , 'option', 'deprecated_option', format = 'cvt_format2', nowarn = true }, cvt_no_spell = { 'Spelling is not available' , 'bug, ask for help' , 'option', 'ask_for_help' }, cvt_unknown_option = { 'Ignored invalid option "$1"' , 'invalid option' , 'option', 'invalid_option' }, cvt_wd_fail = { 'Unable to access Wikidata' , 'wikidata problem' , 'option', 'wikidata_problem' }, cvt_bad_default = { 'Unit "$1" has an invalid default' , 'bug, ask for help' , 'unit' , 'ask_for_help' }, cvt_bad_unit = { 'Unit "$1" is invalid here' , 'unit invalid here' , 'unit' , 'unit_invalid_here' }, cvt_no_default = { 'Unit "$1" has no default output unit' , 'bug, ask for help' , 'unit' , 'ask_for_help' }, cvt_no_unit = { 'Needs name of unit' , 'needs unit name' , 'unit' , 'needs_unit_name' }, cvt_unknown = { 'Unit name "$1" is not known' , 'unknown unit' , 'unit' , 'unknown_unit' }, cvt_should_be = { '$1' , 'ambiguous unit' , 'unit' , 'ambiguous_unit', regex = unitcode_regex, replace = unitcode_replace }, cvt_mismatch = { 'Cannot convert "$1" to "$2"' , 'unit mismatch' , 'unit' , 'unit_mismatch' }, cvt_bug_convert = { 'Bug: Cannot convert between specified units', 'bug, ask for help' , 'unit' , 'ask_for_help' }, cvt_lookup = { 'Unit "$1" is incorrectly defined' , 'bug, ask for help' , 'unit' , 'ask_for_help' }, } -- Text to join input value/unit with output value/unit. local disp_joins = { -- [1]=before output, [2]=after output, [3]=between outputs in a combination; default "; " -- [wantname] gives default abbr=off ["or"] = { " أو " , "" , " or ", wantname = true }, ["sqbr-sp"] = { " [" , "]" }, ["sqbr-nbsp"] = { "&nbsp;[" , "]" }, ["comma"] = { ", " , "" , ", " }, ["slash-sp"] = { " / " , "" , wantname = true }, ["slash-nbsp"] = { "&nbsp;/ ", "" , wantname = true }, ["slash-nosp"] = { "/" , "" , wantname = true }, ["b"] = { " (" , ")" }, ["(or)"] = { " (" , ")", " or " }, ["br"] = { "<br />" , "" , wantname = true }, ["br()"] = { "<br />(" , ")", wantname = true }, } -- Text to separate values in a range. local range_types = { -- Specifying a table requires either: -- * "off" and "on" values (for "abbr=off" and "abbr=on"), or -- * "input" and "output" values (for LHS and RHS); -- other fields are optional. -- When "adj=on|abbr=off" applies, spaces in range text are replaced with hyphens. -- With "exception = true", that also occurs with "adj=on|abbr=on". -- If "adj" is defined here, that text (unchanged) is used with "adj=on". ["+"] = " + ", [","] = ",&nbsp;", [", and"] = "، و", [", or"] = "، أو", ["by"] = " by ", ["-"] = "–", ["to about"] = " to about ", ["and"] = { off = " و ", on = " و ", exception = true }, ["and(-)"] = { input = " و ", output = "–" }, ["or"] = { off = " أو " , on = " أو " , exception = true }, ["to"] = { off = " إلى " , on = " إلى " , exception = true }, ["to(-)"] = { input = "&nbsp;to ", output = "–" }, ["+/-"] = { off = "&nbsp;±&nbsp;", on = "&nbsp;±&nbsp;", adj = "&nbsp;±&nbsp;", is_range_change = true }, ["by(x)"] = { input = " by ", output = " ×&nbsp;", out_range_x = true }, ["x"] = { off = " by ", on = " ×&nbsp;", abbr_range_x = true }, ["X"] = { off = " by ", on = " ×&nbsp;" }, -- TEMPORARY and undocumented option for experiments to compare with new abbr_range_x ["xx"] = "&nbsp;×&nbsp;", ["*"] = "×", -- use "*" to replace "x" in {{convert/2}} which is different from "x" in old {{convert}} ["/"] = "&thinsp;/&thinsp;", -- for a table of high/low temperatures with {{convert|83|/|63|F|disp=br()|abbr=values}} } local range_aliases = { -- ["alternative name for a range"] = "standard range name" ["&"] = "و", ["–"] = "-", ["&ndash;"] = "-", ["to-"] = "to(-)", ["×"] = "x", ["&times;"] = "x", ["±"] = "+/-", ["&plusmn;"] = "+/-", } -- Convert accepts range text delimited with whitespace, for example, {{convert|1 to 2|ft}}. -- In addition, the following "words" are accepted without spaces, for example, {{convert|1-2|ft}}. -- Words must be in correct order for searching, for example, 'x' after 'xx'. local range_words = { '-', '–', 'xx', 'x', '*' } local ranges = { types = range_types, aliases = range_aliases, words = range_words, } -- Valid option names. local en_option_name = { -- ["local text for option name"] = "en name used in this module" ["$"] = "$", ["abbr"] = "abbr", ["adj"] = "adj", ["comma"] = "comma", ["debug"] = "debug", ["disp"] = "disp", ["frac"] = "frac", ["input"] = "input", ["lang"] = "lang", ["lk"] = "lk", ["order"] = "order", ["qid"] = "qid", ["qual"] = "qual", ["qualifier"] = "qual", ["round"] = "round", ["sigfig"] = "sigfig", ["sing"] = "adj", -- "sing" is an old alias for "adj" ["sortable"] = "sortable", ["sp"] = "sp", ["spell"] = "spell", ["stylein"] = "stylein", ["styleout"] = "styleout", ["tracking"] = "tracking", } -- Valid option values. -- Convention: parms.opt_xxx refers to an option that is set here -- (not intended to be set by the template which invokes this module). -- Example: At enwiki, "abbr" includes: -- ["comma"] = "opt_nocomma" -- As a result, if the template uses abbr=comma, Module:Convert sets: -- parms["opt_nocomma"] = true -- parms["abbr"] = nil -- Therefore parms.abbr will be nil, or will have one of the listed values -- that do not start with "opt_". -- An option value of form "xxx?" is the same as "xxx" but shows the input as deprecated. local en_option_value = { -- $=x is handled as a special case: x should be a currency symbol that will be used instead of "$" ["abbr"] = { -- ["local text for option value"] = "en value used in this module" ["def"] = "", -- ignored (some wrapper templates call convert with "abbr=def" to mean "default abbreviation") ["h"] = "on", -- abbr=on + use "h" for hand unit (default) ["hh"] = "opt_hand_hh", -- abbr=on + use "hh" for hand unit ["in"] = "in", -- use symbol for LHS unit ["none"] = "off", -- old name for "off" ["off"] = "off", -- use name for all units ["on"] = "on", -- use symbol for all units ["out"] = "out", -- use symbol for RHS unit (default) ["unit"] = "unit", -- abbr=on but abbreviate units only: e6km → million km (not ×10⁶ km) ["values"] = "opt_values", -- show only input and output numbers, not units ["~"] = "opt_also_symbol", -- show input unit symbol as well as name }, ["adj"] = { ["mid"] = "opt_adjectival, opt_adj_mid", -- adj=on with user-specified text after input unit (between input and output) ["off"] = "", -- ignored (off is the default) ["on"] = "opt_adjectival", -- unit name is singular and hyphenated ["pre"] = "opt_one_preunit", -- user-specified text before input unit ["ri0"] = "opt_ri=0", -- round input with precision = 0 ["ri1"] = "opt_ri=1", -- round input with precision = 1 ["ri2"] = "opt_ri=2", -- round input with precision = 2 ["ri3"] = "opt_ri=3", -- round input with precision = 3 }, ["comma"] = { ["5"] = "opt_comma5", -- only use numsep grouping if 5 or more digits ["gaps"] = "opt_gaps", -- use gaps, not numsep, to separate groups of digits ["gaps3"] = "opt_gaps, opt_gaps3", -- group only in threes rather than default of no gap before a single digit after decimal mark ["off"] = "opt_nocomma", -- no numsep in input or output numbers }, ["debug"] = { ["yes"] = "opt_sortable_debug", -- make the normally hidden sort key visible }, ["disp"] = { ["5"] = "opt_round=5?", -- round output value to nearest 5 ["b"] = "b", -- join: '(...)' ["(or)"] = "(or)", -- join: '(...)' with 'or' between outputs in a combination ["br"] = "br", -- join: '<br />' ["br()"] = "br()", -- join: '<br />(...)' ["comma"] = "comma", -- join: ',' ["flip"] = "opt_flip", -- reverse order of input/output ["number"] = "opt_output_number_only", -- display output value (not input, and not output symbol/name) ["or"] = "or", -- join: 'or' ["out"] = "opt_output_only", ["output number only"] = "opt_output_number_only", ["output only"] = "opt_output_only", ["preunit"] = "opt_two_preunits", -- user-specified text before input and output units ["sqbr"] = "sqbr", -- join: '[...]' ["table"] = "opt_table", -- output is suitable for a table cell with align="right" ["tablecen"] = "opt_tablecen", -- output is suitable for a table cell with align="center" ["unit"] = "opt_input_unit_only", -- display input symbol/name (not output, and not input value) ["unit or text"] = "opt_input_unit_only, opt_ignore_error", -- display input symbol/name, or given unit code if not known ["unit2"] = "opt_output_unit_only", ["x"] = "x", -- join: <first>...<second> (user-specified text) }, -- frac=x is handled as a special case: x must be an integer (possibly in local language) = 2 or more -- input=x is handled as a special case: x should be <value><space><unitcode> or <wikidata-property-id> ["lang"] = { -- language for output digits (both en and local digits are always accepted for input) ["en"] = "opt_lang_en", -- use en digits for numbers, regardless of local language ["local"] = "opt_lang_local", -- use local digits for numbers (default, although config can change default to en) }, ["lk"] = { ["in"] = "in", -- link LHS unit name or symbol ["off"] = "off", -- do not link: same as default except for hand unit ["on"] = "on", -- link all unit names or symbols (but not twice for the same unit) ["out"] = "out", -- link RHS unit name or symbol }, ["order"] = { ["flip"] = "opt_flip", -- reverse order of input/output ["out"] = "opt_order_out", -- do not show input; instead, use order in output combination, with the first output shown as the input }, -- qid=x is handled as a special case: x should be a Wikidata Q item identifier. -- qual=x is handled as a special case: x should be a Wikidata Q item identifier. ["round"] = { ["0.5"] = "opt_round=0.5", -- round output value to nearest 0.5 ["5"] = "opt_round=5", -- round output value to nearest 5 ["10"] = "opt_round=10", -- round output value to nearest 10 (same as but clearer than "|-1") ["25"] = "opt_round=25", -- round output value to nearest 25 ["50"] = "opt_round=50", -- round output value to nearest 50 ["each"] = "opt_round_each", -- using default precision in a range, round each output separately (default uses highest precision of each item in range) }, -- sigfig=x is handled as a special case: x must be an integer (possibly in local language) = 1 or more ["sortable"] = { ["off"] = "", -- ignored (off is the default) ["on"] = "opt_sortable_on", -- output sort key for use in a sortable table, based on value from converting to a standard base unit ["debug"] = "opt_sortable_on, opt_sortable_debug", -- |sortable=debug is the same as |sortable=on|debug=yes }, ["sp"] = { ["us"] = "opt_sp_us", -- use U.S. spelling (like "meter" instead of default "metre") }, ["spell"] = { -- only English spelling is supported; not scientific notation; only some fractions ["in"] = "opt_spell_in", -- spell input value in words ["In"] = "opt_spell_in, opt_spell_upper", -- spell input value in words with first letter uppercase ["on"] = "opt_spell_in, opt_spell_out", -- spell input and output values in words ["On"] = "opt_spell_in, opt_spell_out, opt_spell_upper", -- same, with first letter of first word in result uppercase }, -- stylein=x is handled as a special case: x can be any text -- styleout=x is handled as a special case: x can be any text -- tracking=x is handled as a special case: x can be any text } return { SIprefixes = SIprefixes, all_categories = all_categories, all_messages = all_messages, currency = { ['$'] = true, ['£'] = true, ['€'] = true, ['₱'] = true, ['₽'] = true, ['¥'] = true }, customary_units = customary_units, disp_joins = disp_joins, en_option_name = en_option_name, en_option_value = en_option_value, eng_scales = eng_scales, ranges = ranges, } 2mjxffqvgcpkvvrjw5gu51riz70dwev