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https://github.com/UpsilonNumworks/Upsilon.git
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66 lines
2.2 KiB
Plaintext
66 lines
2.2 KiB
Plaintext
Toolbox = "Boîte à outils"
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AbsoluteValue = "Valeur absolue"
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NthRoot = "Racine n-ième"
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BasedLogarithm = "Logarithme base a"
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Calculation = "Calculs"
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ComplexNumber = "Nombres complexes"
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Combinatorics = "Dénombrement"
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Arithmetic = "Arithmétique"
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Matrices = "Matrices"
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NewMatrix = "Nouvelle matrice"
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Identity = "Matrice identité de taille n"
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Lists = "Listes"
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HyperbolicTrigonometry = "Trigonométrie hyperbolique"
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Fluctuation = "Intervalle fluctuation"
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DerivateNumber = "Nombre derivé"
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Integral = "Intégrale"
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Sum = "Somme"
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Product = "Produit"
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ComplexAbsoluteValue = "Module"
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Agument = "Argument"
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RealPart = "Partie réelle"
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ImaginaryPart = "Partie imaginaire"
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Conjugate = "Conjugué"
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Combination = "k parmi n"
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Permutation = "Arrangement"
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GreatCommonDivisor = "PGCD"
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LeastCommonMultiple = "PPCM"
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Remainder = "Reste division p par q"
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Quotient = "Quotient division p par q"
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Inverse = "Inverse"
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Determinant = "Déterminant"
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Transpose = "Transposée"
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Trace = "Trace "
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Dimension = "Taille"
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Sort = "Tri croissant"
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InvSort = "Tri décroissant"
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Maximum = "Maximum"
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Minimum = "Minimum"
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Floor = "Partie entière"
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FracPart = "Partie fractionnaire"
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Ceiling = "Plafond"
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Rounding = "Arrondi n chiffres"
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HyperbolicCosine = "Cosinus hyperbolique"
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HyperbolicSine = "Sinus hyperbolique"
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HyperbolicTangent = "Tangente hyperbolique"
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InverseHyperbolicCosine = "Argument cosinus hyperbolique"
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InverseHyperbolicSine = "Argument sinus hyperbolique"
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InverseHyperbolicTangent = "Argument tangente hyperbolique"
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Prediction95 = "Intervalle fluctuation 95% (Term)"
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Prediction = "Intervalle fluctuation simple (2de)"
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Confidence = "Intervalle confiance"
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RandomAndApproximation = "Aléatoire et approximation"
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RandomFloat = "Nombre décimal dans [0,1["
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RandomInteger = "Entier aléatoire dans [a,b]"
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PrimeFactorDecomposition = "Décomposition en facteurs premiers"
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NormCDF = "P(X<a) où X suit N(μ,var)"
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NormCDF2 = "P(a<X<b) où X suit N(μ,var)"
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InvNorm = "m où P(X<m)=a et X suit N(μ,var)"
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NormPDF = "Fonction densité N(μ,var)"
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BinomialPDF = "P(X=m) où X suit B(n,p)"
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BinomialCDF = "P(X<=m) où X suit B(n,p)"
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InvBinomial = "m où P(X<=m)=a et X suit B(n,p)"
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Probability = "Probabilités"
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BinomialDistribution = "Loi binomiale"
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NormalDistribution = "Loi normale"
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