Updating functions

CTPLICA/codes.py

@@ -0,0 +1,23 @@
+#!/usr/bin/python3
+
+if __name__=='__main__':
+    v1 = [i for i in range(256)]
+    v2 = [i for i in range(256)]
+    codes = []
+    for e1 in v1:
+        for e2 in v2:
+            codes.append( (e1+e2,e1-e2) )
+    #------
+    for i in range(10):
+        print(codes[i])
+    #------
+    unique_codes = []
+    f = open('unique_codes.txt', 'w')
+    for code in codes:
+        if code not in unique_codes:
+            f.write(str(code)+'\n')
+            unique_codes.append(code)
+    f.close()
+    #------
+    print('Total numbers of codes:', len(codes))
+    print('Total numbers of unique codes:', len(unique_codes))

CTPLICA/comproject.py

@@ -401,8 +401,31 @@ def decode(code: str, size):
     for index in range(len(data)-1,-1,-1): result.append(data[index])
     return result
     
-
-
+from math import cos
+def my_riddle():
+    candidates_number = 0
+    dig1 = int(str( eval('cos('+'1425100)') ).split('.')[1][5])
+    dig2 = int(str(eval( '23*(1425100**2)-27*(1425100)+5' ))[3])
+    for X in range(510):
+        for Y in range(X+1):
+            Xt = str(X)
+            Yt = str(Y)
+            if X < 10: Xt = '00'+str(X)
+            elif X < 100: Xt = '0'+str(X)
+            if Y < 10: Yt = '00'+str(Y)
+            elif Y < 100: Yt = '0'+str(Y)
+            if eval('1'+good_format(Xt+Yt)+'%23') == 20 and (int(str( eval('cos('+'1'+good_format(Xt+Yt)+')') ).split('.')[1][5]) + int(str(eval( '23*('+'1'+good_format(Xt+Yt)+'**2)-27*('+'1'+good_format(Xt+Yt)+')+5' ))[3])) ==(dig1+dig2): print('1'+Xt+Yt); candidates_number += 1
+            #if eval('((((('+good_format(Xt+Yt)+'/255'+')%755127.255)%377563)%188781)%94390)%23') == 3: print(Xt+Yt); candidates_number += 1
+            #if round(eval('((((('+'1503241/23'+')%755127)%377563)%188781)%94390)%23')) == 15: print(Xt+Yt); candidates_number += 1
+            """mysum = 0
+            number_ = eval('1'+good_format(Xt+Yt))
+            while number_!=0:
+                mysum = mysum + eval('(number_%10)**len(str(number_))')
+                number_ = (number_-(number_%10))//10
+            if (1510255-mysum)%23==2: print(Xt+Yt); candidates_number += 1"""
+            #if int(str( eval('cos('+'1'+good_format(Xt+Yt)+')') ).split('.')[1][4])==dig: print(Xt+Yt); candidates_number += 1
+    #print('1'+good_format(Xt+Yt))
+    print("candidates_number", candidates_number)
 
 if __name__=='__main__':
     #print("add", sb_addition("2222222222222222222222222222222222222222.55", "2.55") )
@@ -426,6 +449,7 @@ if __name__=='__main__':
     #print(sb_division('22','7', digits_after_decimal_point=15))
     #print(sb_multiply('100000.00000','-0111111.0001'))
     #print(unoverlap('132.1230010'))
-    c = encode(['2.55','1.27','0.50','0.25','0.01','1.27','0','0.78','0.99','0.54','2.31','2.55','1.27','0.50','0.50','0.50'])
-    print("c",c)
-    print(decode(c, size=16))
+    #c = encode(['2.55','1.27','0.50','0.25','0.01','1.27','0','0.78','0.99','0.54','2.31','2.55','1.27','0.50','0.50','0.50'])
+    #print("c",c)
+    #print(decode(c, size=16))
+    my_riddle()

CTPLICA/mydraft.py

@@ -0,0 +1,11 @@
+#!/usr/bin/python3
+
+if __name__=='__main__':
+    possible = 0
+    for a in range(256):
+        for b in range(256):
+            #if a<b and a%2==1 and a>=127+b:
+            if a%2==1 and b%2==0 and (a-b)>=0 and (a+b)<255 and (a-b)<127 and int(str(eval('a+b'))[0])>=3 and len(str(eval('a-b')))>=2 and len(str(eval('a+b')))>=2:
+                print("a,b",a,b)
+                possible += 1
+    print(possible, "matches found")

CTPLICA/statistics.py

@@ -0,0 +1,51 @@
+#!/usr/bin/python3
+
+import matplotlib as plt
+
+def good_format(result: str) -> str:
+    # order of following instructions is very important
+    while result.startswith('0') and len(result)>=2 and result[1] != '.': result = result[1:]
+    while result.startswith('-0') and len(result)>=3 and result[2] != '.': result = result.replace('-0','-')
+    if '.' in result and result.split('.')[1]=='0'*len(result.split('.')[1]): result = result.split('.')[0]
+    while '.' in result and result.endswith('0'): result = result[:-1]
+    return result
+
+
+n_visu = 20
+if __name__=='__main__':
+    #start generating codes
+    v1 = [i for i in range(256)]
+    v2 = [i for i in range(256)]
+    codes = []
+    for e1 in v1:
+        for e2 in v2:
+            codes.append( (e1+e2,e1-e2) )
+    #format codes
+    formatted_codes = []
+    #f = open('formatted_codes.txt', 'w')
+    for code in codes:
+        current_code = ''
+        #arranging to have 3 digits for each element in tuple
+        X = str(code[0])
+        Y = str(abs(code[1])) #to avoid converting the negative sign into string
+        if code[0] < 10: X = '00'+X
+        elif code[0] < 100: X = '0'+X
+        if abs(code[1]) < 10: Y = '00'+Y
+        elif abs(code[1]) < 100: Y = '0'+Y
+        #creating current formatted code
+        if code[1] < 0: #e1-e2<0
+            current_code += '1'+X+Y
+        else:
+            current_code += '0'+X+Y
+        #visualization purpose
+        if n_visu>0:
+            print("X", X, "Y", Y, "formatted code:", current_code)
+            n_visu -= 1
+        #put current code into formatted_codes and file
+        formatted_codes.append( current_code )
+        #print("verification:", '1510255' in formatted_codes)
+        #f.write(current_code+'\n')
+    #f.close()
+    #giving statistics
+    print("Number of codes:", len(formatted_codes))
+    print("Probability to choose a code:", 1.0/len(formatted_codes))