Intro_1_1-checkpoint.py
136df08ea42cmax

Intro_1_1-checkpoint.py
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			#!/usr/bin/env python3
			# -- coding: utf-8 --
			"""
			Created on Mon Mar 11 10:13:39 2019

			@author: jecker
			"""

			import AL_Fct as al
			import math
			#print("Entrez le nombre de variables n=") #function EnterInt but we might need to specify what int we want: variable, nbr equation,..
			#n=input()
			#n=al.EnterInt(n)
			#
			#print("Votre équation est de la forme")
			#al.printEq(n, '')
			#
			#def EnterListReal(n): #function enter list of real numbers.
			# coeff=input()
			# while type(coeff)!=list:
			# try:
			# coeff=[float(eval(x)) for x in coeff.split(',')]
			# if len(coeff)!=n+1:
			# print("Vous n'avez pas entré le bon nombre de réels!")
			# print("Entrez à nouveau : ")
			# coeff=input()
			# except:
			# print("Ce n'est pas le bon format!")
			# print("Entrez à nouveau")
			# coeff=input()
			# #coeff[abs(coeff)<1e-15]=0 #ensures that 0 is 0.
			# return coeff
			#
			#print("Entrez les ", n+1," coefficients de l'équations sous le format a1, a2, ..., b")
			#coeff=al.EnterListReal(n)
			#
			#print("Votre equation est")
			#al.printEq(n, coeff)
			#
			##%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
			#
			#print("Entrez la solution sous la forme d'une suite de ", n," nombres réels")
			#entry=input()
			#sol=al.EnterListReal(n-1,entry)
			#
			#sol=np.asarray(sol[0:len(sol)])
			#al.SolOfEq(sol, coeff,1)
			#%%%%%%%%%%
			#OK works with fractions as well.





			MatCoeff =[ [1, -3,4] , [-1,4,5] ]
			MatCoeff=np.array(MatCoeff)

			al.printSyst(m,n, MatCoeff)