matrice.py
View Options

			#!/usr/bin/env python3
			# -- coding: utf-8 --
			"""
			Created on Wed Mar 13 11:01:03 2019

			@author: jecker
			"""

			import numpy as np

			def printA(A) :
			texApre = '$\\left(\\begin{array}{'
			texA = ''
			for i in np.asarray(A) :
			texALigne = ''
			texALigne = texALigne + str(i[0])
			if texA == '' :
			texApre = texApre + 'c'
			for j in i[1:] :
			if texA == '' :
			texApre = texApre + 'c'
			texALigne = texALigne + ' & ' + str(j)
			texALigne = texALigne + ' \\\\'
			texA = texA + texALigne
			texA = texApre + '} ' + texA[:-2] + ' \\end{array}\\right)$'

			# print(texA)
			display(Latex(texA))
			# done printing


			A_array = np.array([[1, 2, 3], [3, 4, 5]])
			A = np.asmatrix(A_array)
			del A_array

			#printA(A+A)
			#printA(np.matmul(np.transpose(A),A))

			printA(A)

jupyter_notebooks_AL/Chapitre 1 - Systemes equations lineaires/matrice.pybcb97e6b9371max