Component Translated Unfinished Unfinished words Unfinished characters Untranslated Checks Suggestions Comments
Application 76% 844 10,317 100,015 15
Glossary HiPER Scientific Calculator

Summary

Project website hiperlabs.eu
Project maintainers1 User avatar jindra
Language French
Language code fr
Text direction Left to right
Case sensitivity Case-sensitive
Number of speakers 332,956,350
10/01/2026

String statistics

Strings percent Hosted strings Words percent Hosted words Characters percent Hosted characters
Total 3,596 27,243 213,884
Translated 76% 2,752 62% 16,926 53% 113,869
Needs editing 23% 844 37% 10,317 46% 100,015
Read-only 0% 0 0% 0 0% 0
Failing checks 1% 15 1% 262 1% 1,845
Strings with suggestions 0% 0 0% 0 0% 0
Untranslated strings 0% 0 0% 0 0% 0
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27,243
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3,596
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76%
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3
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User avatar jindra

Resource updated
The “fr.po” file was changed. 10/01/2026
User avatar jindra

String added in the repository
The solution was divided by %0, which is only possible if %0 \u2260 0. The case %0 = 0 has to be solved separately and adds further solutions
La solution a été divisée par %0, ce qui n’est possible que si %0 \u2260 0. Le cas %0 = 0 doit être résolu séparément et apporte d’autres solutions
solution.step.EQUATION_SYSTEM_ZERO_DENOMINATOR_CASE.desc
10/01/2026
User avatar jindra

String added in the repository
Verify the solutions by substituting them into the original equation. Raising both sides to a power can introduce extraneous solutions<brp>Discard those that do not satisfy the original equation
Vérifier les solutions en les substituant dans l’équation initiale. Élever les deux membres à une puissance peut introduire des solutions parasites<brp>Écarter celles qui ne satisfont pas l’équation initiale
solution.step.EQUATION_VERIFY_ROOTS.desc
10/01/2026
User avatar jindra

String added in the repository
Factor out %0, the common factor of both sides of the original equation
Mettre en facteur %0, le facteur commun des deux membres de l’équation initiale
solution.step.EQUATION_FACTOR_OUT_COMMON_FACTOR.desc
10/01/2026
User avatar jindra

String added in the repository
The number %0 is split into the sum of two numbers <expr:DEC,BinarySequence(Variable(p),ADDITION,Variable(q))> whose product <expr:DEC,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))> equals the number %1 under the square root<brp>%2
Le nombre %0 est décomposé en la somme de deux nombres <expr:DEC,BinarySequence(Variable(p),ADDITION,Variable(q))> dont le produit <expr:DEC,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))> est égal au nombre %1 sous la racine carrée<brp>%2
solution.step.ROOT_DENEST_SPLIT_CONSTANT.desc
10/01/2026
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String added in the repository
To write the radicand as the square of a difference <expr:DEC,BinarySequence(Function(POW2,BinarySequence(Function(ROOT2,Variable(p)),SUBTRACTION,Function(ROOT2,Variable(q)))),EQUALS,Variable(p),SUBTRACTION,Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))),ADDITION,Variable(q))>, the term with the square root is written in the form <expr:DEC,BinarySequence(Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))))><brp>%0
Pour écrire le radicande comme le carré d’une différence <expr:DEC,BinarySequence(Function(POW2,BinarySequence(Function(ROOT2,Variable(p)),SUBTRACTION,Function(ROOT2,Variable(q)))),EQUALS,Variable(p),SUBTRACTION,Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))),ADDITION,Variable(q))>, le terme contenant la racine carrée s’écrit sous la forme <expr:DEC,BinarySequence(Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))))><brp>%0
solution.step.ROOT_DENEST_MIDDLE_TERM_SUBTRACT.desc
10/01/2026
User avatar jindra

String added in the repository
To write the radicand as the square of a sum <expr:DEC,BinarySequence(Function(POW2,BinarySequence(Function(ROOT2,Variable(p)),ADDITION,Function(ROOT2,Variable(q)))),EQUALS,Variable(p),ADDITION,Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))),ADDITION,Variable(q))>, the term with the square root is written in the form <expr:DEC,BinarySequence(Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))))><brp>%0
Pour écrire le radicande comme le carré d’une somme <expr:DEC,BinarySequence(Function(POW2,BinarySequence(Function(ROOT2,Variable(p)),ADDITION,Function(ROOT2,Variable(q)))),EQUALS,Variable(p),ADDITION,Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))),ADDITION,Variable(q))>, le terme contenant la racine carrée s’écrit sous la forme <expr:DEC,BinarySequence(Number(2),IMPLICIT_MULTIPLICATION,Function(ROOT2,BinarySequence(Variable(p),IMPLICIT_MULTIPLICATION,Variable(q))))><brp>%0
solution.step.ROOT_DENEST_MIDDLE_TERM_ADD.desc
10/01/2026
User avatar jindra

String added in the repository
Degrees, minutes and seconds are calculated from the decimal value, so the exact value is first converted to a decimal number<brp>%0
Les degrés, minutes et secondes sont calculés à partir de la valeur décimale, donc la valeur exacte est d’abord convertie en nombre décimal<brp>%0
solution.step.CONVERT_EXACT_VALUE_TO_DECIMAL.desc
10/01/2026
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String added in the repository
The result format is set to polar coordinates, so convert the complex number to a magnitude and an angle<brp>%0
Le format du résultat est défini sur les coordonnées polaires, donc convertir le nombre complexe en un module et un angle<brp>%0
solution.step.CONVERT_RESULT_TO_POLAR.desc
10/01/2026
User avatar jindra

String added in the repository
The result format is set to degrees and minutes, so convert the result to this format<brp>%0
Le format du résultat est défini sur degrés et minutes, donc convertir le résultat dans ce format<brp>%0
solution.step.CONVERT_RESULT_TO_DM.desc
10/01/2026
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