TALK

import sys
import operator
import math
import time
import numpy
#from numpy import *



from TALK_support import *
def main():
    count=0
    while True:
        if count==0:
            connection_matrix_1=numpy.random.rand(SENTENCE.memory_matrix_columns,SENTENCE.ascii_matrix_columns)
            connection_matrix_1=SENTENCE.Connection_Matrix_1(connection_matrix_1) #makes 50% NaN
            synapse_matrix_1=numpy.random.rand(SENTENCE.memory_matrix_rows*SENTENCE.memory_matrix_columns,SENTENCE.memory_matrix_rows,SENTENCE.memory_matrix_columns)
            connection_matrix_2=numpy.random.rand(SENTENCE.memory_matrix_columns,SENTENCE.memory_matrix_rows,SENTENCE.memory_matrix_columns)
            connection_matrix_2=SENTENCE.Connection_Matrix_2(connection_matrix_2) #makes 50% NaN
            synapse_matrix_2=numpy.random.rand(SENTENCE.memory_matrix_rows*SENTENCE.memory_matrix_columns,SENTENCE.memory_matrix_rows,SENTENCE.memory_matrix_columns)
            connection_matrix_3=numpy.random.rand(SENTENCE.memory_matrix_columns,SENTENCE.memory_matrix_rows,SENTENCE.memory_matrix_columns)
            connection_matrix_3=SENTENCE.Connection_Matrix_2(connection_matrix_3) #function CM2 is similar to CM3
            print('all matrixes initiated\n')

            
        my_str = input("Enter a sentence: ")
        sentence1=SENTENCE()  # object of class 
        sent1=sentence1.RemovePunctuations(my_str) # also makes lower case
        sent2=sentence1.SeparateWords(sent1) #sent2= ['how','are','you']
        #print (sentence1.number_of_words)
        sentence1.NumberofWords(sent2)
        #print (sentence1.number_of_words)
        sentence1.Length_of_each_word(sent2)
        #print (sentence1.length_of_each_word)
        #print(sentence1.words)
        sentence1.Ascii_Matrix()  # self.ascii_matrix has ascii matrix now !! 
        
        #print (connection_matrix_1)
        connection_matrix_1=sentence1.Sdr_Matrix_1(connection_matrix_1) #store self.sdr_matrix_1
        #input('connection_matrix1')
        #print(connection_matrix_1)
        
        synapse_matrix_1=sentence1.Memory_Matrix_1(synapse_matrix_1) # builts self.memory_matrix_1
        #print (sentence1.memory_matrix_1)
        #input('above is  Main() memmory matrix 1')
        #print(sentence1.sdr_matrix_1)
        #input('above is self.sdr_matrix_1')
        #print (synapse_matrix_1)
        #input('above is Main() synapse_matrix_1')
        
        #print(connection_matrix_2)
        #input('\n above is connection_matrix_2 \n')
        connection_matrix_2=sentence1.Sdr_Matrix_2(connection_matrix_2) #store self.sdr_matrix_2
        #print(sentence1.sdr_matrix_2)
        #print(connection_matrix_2)
        #print(sentence1.memory_matrix_1[0,:,:])
        
        synapse_matrix_2=sentence1.Memory_Matrix_2(synapse_matrix_2) # builts self.memory_matrix_2
        #print (sentence1.memory_matrix_2)
        #input('above is  memmory matrix 2')
        #print (synapse_matrix_2)
        
        connection_matrix_3=sentence1.Sdr_Matrix_3(connection_matrix_3) #store self.sdr_matrix_3
        
        #print(sentence1.sdr_matrix_1)
        #print('\nabove is sdr_matrix_1\n')
        #print(sentence1.sdr_matrix_2)
        #print('\nabove is sdr_matrix_2\n')
        
        print(sentence1.sdr_matrix_3)
        print('\n above is SDR matrix 3 \n Higher level Representation of the sentence\n')
        count=count+1
if __name__ == '__main__':
  main()