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PUZZLE SOLVER2.py
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PUZZLE SOLVER2.py
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puzzle = [['P','G','T','H','S','S','M','A','L','L','F','O','R','W','A','R','D','J'],
['U','N','T','T','O','N','H','E','I','R','N','B','T','M','V','E','E','W'],
['Y','I','D','R','H','O','O','N','G','C','E','U','E','T','I','R','S','O'],
['A','S','R','O','U','R','P','I','O','N','O','B','S','N','S','R','L','R'],
['L','S','A','U','P','O','E','A','T','E','I','C','O','E','C','O','A','H'],
['R','A','U','T','O','R','C','E','M','U','O','L','Y','U','O','H','M','T'],
['E','P','G','O','I','H','O','I','P','R','T','F','B','G','N','D','D','E'],
['Y','B','G','F','N','R','T','V','E','O','A','I','N','B','R','D','U','E'],
['A','T','N','B','T','S','E','B','E','S','I','I','T','A','I','M','N','R'],
['L','S','I','O','S','K','O','T','N','R','L','N','W','S','A','R','K','F'],
['P','I','T','U','E','A','T','E','R','E','T','R','T','E','B','B','D','S'],
['B','S','O','N','R','A','A','T','V','A','O','I','T','E','L','U','H','L'],
['L','S','O','D','W','K','E','A','A','F','U','S','M','J','R','O','S','A'],
['O','A','H','S','E','K','R','F','R','M','E','Q','R','E','T','N','E','C'],
['C','L','S','R','S','T','O','E','B','A','C','K','B','O','A','R','D','S'],
['K','L','S','A','N','U','W','G','A','M','E','M','I','T','F','L','A','H'],
['A','A','B','C','L','O','C','K','I','R','E','F','E','R','E','E','S','M'],
['I','B','T','H','P','T','E','N','D','R','A','U','G','T','N','I','O','P'],]
tableLength = 18
tableHeight = 18
puzzlewordForward = []
puzzlewordDownForward = []
puzzlewordDown = []
puzzlewordDownBackward = []
puzzlewordBackward = []
puzzlewordUpBackward = []
puzzlewordUp = []
puzzlewordUpForward = []
puzzlewordPositionsForward = []
puzzlewordPositionsDownForward = []
puzzlewordPositionsDown = []
puzzlewordPositionsDownBackward = []
puzzlewordPositionsBackward = []
puzzlewordPositionsUpBackward = []
puzzlewordPositionsUp = []
puzzlewordPositionsUpForward = []
def displayTable():
for row in range(0,18):
for column in range(0,18):
print(puzzle[row][column], end=' ')
if column == 17:
print('\n')
def displayResultTable(positions):
for row in range(0,18):
for column in range(0,18):
puzzle[row][column] = '0'
print(puzzle[row][column], end=' ')
if row == positions[0][0] and column == positions[0][1]:
print(puzzle[row][column], end=' ')
#displayTable()
word = str(input("Enter the word to search for in UPPERCASE: "))
def checkforward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
#print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
#print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
#print("puzzle: ",row,"",column," == word 0: ",Word[0])
#print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
#print("checkforward(",row,", ",column,")")
#print("checkforward: Row: ",Row,", Column: ", Column)
#print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
if column < (tableLength - len(Word)):
for columns in range(column, column + len(Word)):
#print("columns: ",columns, "in range(Column = ",Column,", Column + len(word)) = ",Column + len(word))
puzzlewordForward.append(puzzle[row][columns])
#print("puzzlewordForward: ",puzzlewordForward)
puzzlewordPositionsForward.append([row, columns])
#print("puzzlewordPositionsForward: ",puzzlewordPositionsForward)
s = ''
for i in range(len(puzzlewordForward)):
t = puzzlewordForward[i]
print(t)
print(s)
s = s + t
if s == Word:
print(Word,"found!")
print("WORD POSITION: ",puzzlewordPositionsForward)
print("\nSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",columns+1,"\nTO \t\tROW: ",row - len(Word)+2,"\t\tCOLUMN: ",column+1)
return s
wordFound = s
else:
puzzlewordPositionsForward.clear()
#print("puzzlewordPositionsForward: ",puzzlewordPositionsForward)
puzzlewordForward.clear()
#print("puzzlewordForward: ",puzzlewordForward)
if row == tableHeight -1 and column == tableLength - 1:
if s != Word:
print(Word," NOT FOUND CHECKING FORWARD!")
return
def checkupward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
## print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
# print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
## print("puzzle: ",row,"",column," == word 0: ",Word[0])
## print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
## print("checkUpward(",row,", ",column,")")
## #print("checkforward: Row: ",Row,", Column: ", Column)
#print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
if row >= (len(Word) - 1) and row <= tableHeight:
s = ''
## print("if row(",row,") >= (len(Word) - 1)(",(len(Word) - 1),") :",row >= (len(Word) - 1))
## print("FOR LOOP COMMENT BEFORE FOR LOOP: for row(",row,") in range(row(",row,"), (row - (len(Word) - 1)))(",(row - (len(Word) - 1)),"):")
for rows in range(row,(row - len(Word)),-1):
## print("FOR LOOP COMMENT AFTER FOR LOOP:for rows(",rows,") in range(row(",row,"), len(Word))(",len(Word),"):")
puzzlewordUp.append(puzzle[rows][column])
## print("puzzlewordUp[",puzzlewordUp,"].append(puzzle[rows(",rows,")][column(",column,")])")
##
puzzlewordPositionsUp.append([rows, column])
## print("puzzlewordPositionsUp[",puzzlewordPositionsUp,"].append(puzzle[rows(",rows,")][column(",column,")])")
## print(puzzlewordPositionsUp)
for i in range(len(puzzlewordUp)):
t = puzzlewordUp[i]
## print(t)
## print(s)
s = s + t
## print("S: ",s)
## print("Word: ",Word)
## print("s == word evaluation: ", s == Word)
## print("s != word evaluation: ", s != Word)
if s == Word:
print(Word,"found!")
print(Word," Position: ",puzzlewordPositionsUp)
print("\nSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",column+1,"\nTO \t\tROW: ",row - len(Word)+2,"\t\tCOLUMN: ",column+1)
print(puzzlewordUp)
wordFound = s
return wordFound
else:
puzzlewordPositionsUp.clear()
puzzlewordUp.clear()
if row == tableHeight -1 and column == tableLength - 1:
if s != Word:
print(Word," NOT FOUND CHECKING UPWARD!")
return
def checkdownward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
# print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
#print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
#print("puzzle: ",row,"",column," == word 0: ",Word[0])
#print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
#print("checkdownward(",row,", ",column,")")
#print("checkforward: Row: ",Row,", Column: ", Column)
#print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
if row <= (tableHeight - len(Word)):
#print("if row(",row,") < (tableHeight - len(word))(",tableHeight - len(Word),"): ", row < (tableHeight - len(Word)))
for rows in range(row, row + len(Word)):
#print("rows(",rows,") in range(row(",row,"), row + len(word))(",row + len(Word),"): ")
puzzlewordDown.append(puzzle[rows][column])
#print("puzzlewordDown.append(puzzle[",rows,"][",column,"])")
puzzlewordPositionsDown.append([rows, column])
#print("puzzlewordPositionsDown.append([",rows,", ",column,"])")
s = ''
for i in range(len(puzzlewordDown)):
t = puzzlewordDown[i]
#print("t =",t)
s = s + t
#print("s = ",s)
if s == Word:
print(Word,"Found!")
print(puzzlewordPositionsDown)
print("WORD POSITION IS: ")
print("\nSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",column+1,"\nTO \t\tROW: ",row + len(Word),"\t\tCOLUMN: ",column+1)
wordFound = s
return s
else:
puzzlewordDown.clear()
puzzlewordPositionsDown.clear()
if row == tableHeight -1 and column == tableLength - 1:
if s != Word:
print(Word," NOT FOUND CHECKING DOWNWARD!")
return
def checkbackward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
# print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
#print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
#print("puzzle: ",row,"",column," == word 0: ",Word[0])
#print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
#print("checkbackward(",row,", ",column,")")
#print("checkforward: Row: ",Row,", Column: ", Column)
#print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
#print("column (",column,") >= (len(Word) - 1)(",len(Word) - 1,"): ",column >= (len(Word) - 1))
if column >= (len(Word) - 1) and column < tableLength:
#print("column (",column,") >= (len(Word) - 1)(",len(Word) - 1,"): ",column >= (len(Word) - 1))
for columns in range(column, column - len(Word),-1):
#print("columns(",columns,") in range(column(",column,"), column + len(Word)(",column + len(Word),"),-1)")
puzzlewordBackward.append(puzzle[row][columns])
#print("puzzlewordBackward.append(puzzle[",row,"][",columns,"])")
puzzlewordPositionsBackward.append([row,columns])
#print("puzzlewordPositionsBackward.append([",row,columns,"])")
#print("puzzlewordBackward = ",puzzlewordBackward)
s = ''
for i in range(len(puzzlewordBackward)):
t = puzzlewordBackward[i]
#print("t: ",t)
s = s + t
#print("s: ",s)
if s == Word:
print(Word,"found!")
print(puzzlewordPositionsBackward)
print("\n\t\t\tWORD POSITION IS: ")
print("\n\tSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",column+1,"\n\tTO \t\tROW: ",row+1,"\t\tCOLUMN: ",column-len(Word)+2)
wordFound = s
return s
else:
puzzlewordPositionsBackward.clear()
puzzlewordBackward.clear()
if row == tableHeight -1 and column == tableLength - 1:
if s != Word:
print(Word," NOT FOUND CHECKING BACKWARD!")
return
def checkupforward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
# print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
#print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
# print("puzzle: ",row,"",column," == word 0: ",Word[0])
# #print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
# #print("checkbackward(",row,", ",column,")")
# #print("checkforward: Row: ",Row,", Column: ", Column)
# #print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
# #print("column (",column,") >= (len(Word) - 1)(",len(Word) - 1,"): ",column >= (len(Word) - 1))
# print("column(",column,") <= (tableLength - len(Word)(",len(Word),"))(",tableLength - len(Word),") or row(",row,") >= (len(Word) - 1)(",len(Word) - 1,") :\n column <= (tableLength - len(Word)) or row >= (len(Word) - 1) == ",column <= (tableLength - len(Word)))
if (column <= (tableLength - len(Word)) and column < tableLength) and (row >= (len(Word) - 1) and row < tableHeight) :
counter = 0
for rows in range(row,row - len(Word),-1):
puzzlewordUpForward.append(puzzle[rows][column + counter])
print("puzzlewordUpForward.append(puzzle[",rows,"][",column," + ",counter," = ",column + counter," ])")
puzzlewordPositionsUpForward.append([rows, column + counter])
print("puzzlewordPositionsUpForward.append([",rows,", ",column," + ",counter," = ",column + counter," ])")
counter = counter + 1
print("counter = ",counter)
s = ''
for i in range(len(puzzlewordUpForward)):
t = puzzlewordUpForward[i]
print("t: ",t)
s = s + t
print("s: ",s)
if s == Word:
print(Word,"found!")
print(puzzlewordPositionsUpForward)
print("\n\t\t\tWORD POSITION IS: ")
print("\n\tSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",column+1,"\n\tTO \t\tROW: ",row-len(Word)+2,"\t\tCOLUMN: ",column+counter)
wordFound = s
return s
else:
puzzlewordUpForward.clear()
puzzlewordPositionsUpForward.clear()
if row == tableLength - 1 and column == tableHeight - 1:
if s != Word:
print(Word," NOT FOUND CHECKING UP FORWARD!")
return
def checkupbackward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
# print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
#print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
# print("puzzle: ",row,"",column," == word 0: ",Word[0])
# #print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
# #print("checkbackward(",row,", ",column,")")
# #print("checkforward: Row: ",Row,", Column: ", Column)
# #print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
# #print("column (",column,") >= (len(Word) - 1)(",len(Word) - 1,"): ",column >= (len(Word) - 1))
# print("column(",column,") <= (tableLength - len(Word)(",len(Word),"))(",tableLength - len(Word),") or row(",row,") >= (len(Word) - 1)(",len(Word) - 1,") :\n column <= (tableLength - len(Word)) or row >= (len(Word) - 1) == ",column <= (tableLength - len(Word)))
# print("\nif column >= len(Word) - 1 == ",column >= len(Word) - 1," or row >= (len(Word) - 1) == ",row >= (len(Word) - 1))
if column >= len(Word) - 1 or row >= (len(Word) - 1):
#print("\nInner if column >= len(Word) - 1 == ",column >= len(Word) - 1," or row >= (len(Word) - 1) == ",row >= (len(Word) - 1))
counter = 0
for rows in range(row, row - len(Word), -1):
#print("for rows in range(row(",row,"), row - len(Word)(",row - len(Word),"), -1):")
puzzlewordUpBackward.append(puzzle[rows][column - counter])
#print("puzzlewordUpBackward.append(puzzle[rows(",rows,")][column(",column,") - counter(",counter,") = ",column - counter," ])")
puzzlewordPositionsUpBackward.append([rows, column - counter])
#print("puzzlewordPositionsUpBackward.append([rows(",rows,"), column(",column,") - counter(",counter,") = ",column - counter,"])")
counter = counter + 1
s = ''
for i in range(len(puzzlewordUpBackward)):
t = puzzlewordUpBackward[i]
print("t: ",t)
s = s + t
print("s: ",s)
if s == Word:
print(Word,"found!")
print(puzzlewordPositionsUpBackward)
print(puzzlewordUpBackward)
print("\n\t\t\tWORD POSITION IS: ")
print("\n\tSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",column+1,"\n\tTO \t\tROW: ",row-len(Word)+2,"\t\tCOLUMN: ",column-counter+2)
wordFound = s
return s
else:
puzzlewordPositionsUpBackward.clear()
puzzlewordUpBackward.clear()
if row == tableHeight -1 and column == tableLength - 1:
if s != Word:
print(Word," NOT FOUND CHECKING Up Backward!")
return
def checkdownforward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
# print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
#print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
# print("puzzle: ",row,"",column," == word 0: ",Word[0])
# #print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
# #print("checkbackward(",row,", ",column,")")
# #print("checkforward: Row: ",Row,", Column: ", Column)
# #print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
# #print("column (",column,") >= (len(Word) - 1)(",len(Word) - 1,"): ",column >= (len(Word) - 1))
# print("column(",column,") <= (tableLength - len(Word)(",len(Word),"))(",tableLength - len(Word),") or row(",row,") >= (len(Word) - 1)(",len(Word) - 1,") :\n column <= (tableLength - len(Word)) or row >= (len(Word) - 1) == ",column <= (tableLength - len(Word)))
# print("\nif column >= len(Word) - 1 == ",column >= len(Word) - 1," or row >= (len(Word) - 1) == ",row >= (len(Word) - 1))
if row <= (tableHeight - len(Word)) and column <= (tableLength - len(Word)):
#print("\nInner if column >= len(Word) - 1 == ",column >= len(Word) - 1," or row >= (len(Word) - 1) == ",row >= (len(Word) - 1))
counter = 0
#print("for rows in range(row(",row,"), row - len(Word)(",row - len(Word),"), -1):")
for rows in range(row, row + len(Word) ):
puzzlewordDownForward.append(puzzle[rows][column + counter])
puzzlewordPositionsDownForward.append([rows, column + counter])
# print("puzzlewordDownForward.append(puzzle[rows(",rows,")][column(",column,") + counter(",counter,") = ",column + counter," ])")
# print("puzzlewordPositionsDownForward.append([rows(",rows,"), column(",column,") + counter(",counter,") = ",column + counter,"])")
counter = counter + 1
s = ''
for i in range(len(puzzlewordDownForward)):
t = puzzlewordDownForward[i]
s = s + t
# print("t: ",t)
# print("s: ",s)
if s == Word:
print(Word,"found!")
print(puzzlewordPositionsDownForward)
print(puzzlewordDownForward)
print("\n\t\t\tWORD POSITION IS: ")
print("\n\tSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",column+1,"\n\tTO \t\tROW: ",row+len(Word),"\t\tCOLUMN: ",column+counter)
wordFound = s
return s
else:
puzzlewordPositionsDownForward.clear()
puzzlewordDownForward.clear()
if row == tableHeight -1 and column == tableLength - 1:
if s != Word:
print(Word," NOT FOUND CHECKING Down Forward!")
return
def checkdownbackward(Word):
wordFound = ''
for row in range(0, tableHeight):
if wordFound == Word:
break
else:
# print("Row: ", row," tableHeight: ", tableHeight)
for column in range(0, tableLength):
#print("Column: ", column," tableLength: ", tableHeight)
if puzzle[row][column] == Word[0]:
# print("puzzle: ",row,"",column," == word 0: ",Word[0])
# #print("puzzle [",row,"][",column,"] = ",puzzle[row][column],"|| word[0] = ",Word[0])
# #print("checkbackward(",row,", ",column,")")
# #print("checkforward: Row: ",Row,", Column: ", Column)
# #print("Column: ",Column," < (tableLength - len(word)): ",tableLength - len(word))
# #print("column (",column,") >= (len(Word) - 1)(",len(Word) - 1,"): ",column >= (len(Word) - 1))
# print("column(",column,") <= (tableLength - len(Word)(",len(Word),"))(",tableLength - len(Word),") or row(",row,") >= (len(Word) - 1)(",len(Word) - 1,") :\n column <= (tableLength - len(Word)) or row >= (len(Word) - 1) == ",column <= (tableLength - len(Word)))
# print("\nif column >= len(Word) - 1 == ",column >= len(Word) - 1," or row >= (len(Word) - 1) == ",row >= (len(Word) - 1))
if row >= (tableHeight - len(Word)) or column >= (len(Word) - 1):
counter = 0
for rows in range(row, row + len(Word)):
puzzlewordDownBackward.append(puzzle[rows][column - counter])
puzzlewordPositionsDownBackward.append([rows,column - counter])
counter = counter + 1
s = ''
for i in range(len(puzzlewordDownBackward)):
t = puzzlewordDownBackward[i]
s = s + t
if s == Word:
print(Word,"found!")
print(puzzlewordPositionsDownBackward)
print(puzzlewordDownBackward)
print("\n\tSTARTING FROM \tROW: ",row+1,"\t\tCOLUMN: ",column+1,"\n\tTO \t\tROW: ",row+len(Word),"\t\tCOLUMN: ",column-counter+2)
wordFound = s
return s
else:
puzzlewordPositionsDownBackward.clear()
puzzlewordDownBackward.clear()
if row == tableHeight - len(Word) and column == (len(Word) - 1):
if s != Word:
print(Word," NOT FOUND CHECKING Down Backward!")
return
findUpward = checkupward(word)
##findUpForward = checkupforward(word)
##findForward = checkforward(word)
##findDownForward = checkdownforward(word)
##findDownward = checkdownward(word)
##findDownBackward = checkdownforward(word)
##findBackward = checkbackward(word)
##findUpBackward = checkupbackward(word)
##
##if findDownward == word:
## print("\n",word," IS DOWNWARD")
##
##else:
## print(word," NOT FOUND!")
## checkdownward(row, column)
##
## checkbackward(row, column)
##
## checkupward(row, column)
##
## checkdownforward(row, column)
##
## checkdownbackward(row, column)
##
## checkupforward(row, column)
##
## checkupbackward(row, column)
##
##