def __init__(self, name):
# Set Needed Values
done = False
Started = False
blockAlive = False
enhancedBoogy = False
blue = ( 0, 0, 255)
red = ( 255, 0, 0)
black = ( 0, 0, 0)
white = ( 255, 255, 255)
green = ( 0, 255, 0)
cyan = ( 153, 255, 255)
skyblue = ( 0, 127, 255)
pink = ( 255, 0, 127)
sizeGridX = (20)
sizeGridY = (20)
GridMin = 1
GridMax = (sizeGridX-2)
width = (20)
height = (20)
mouseSpawnLimit = 5
mouseSpawnCount = 0
GlobalGoalX = (0)
GlobalGoalY = (0)
NewDotianList = []
genderCensus = []
objectList = []
scoreboard = []
statCensus = []
census = []
grid = []
Avatar = DotAvatar() # User Interaction
inputCommands = (''' F1 - Clear Screen \n 1 - Help \n 2 - Census \n 3 - Give Boogy \n
4 - Take Boogy \n\n Interface: \n\n 9 - Spawn green block \n\n C - Command Line Interface \n''')
# ---- Create Grid
for row in range(sizeGridX):
grid.append([])
for column in range(sizeGridY):
grid[row].append(0)
# ---- Generate Boundaries
for Gen in range(0,sizeGridX):
grid[0][Gen] = 9
grid[Gen][0] = 9
grid[sizeGridX-1][Gen] = 9
grid[Gen][sizeGridX-1] = 9
# ---- Initialize and setup
pygame.init()
size = (400, 400)
screen=pygame.display.set_mode(size)
pygame.display.set_caption(" Dot Zen ")
clock = pygame.time.Clock()
# -------- Event Handling, start main loop
while not done:
# fILL SCREEN, AND SETUP QUIT
screen.fill(black)
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
if event.type == pygame.KEYDOWN:
# Display possible commands
if(event.key == pygame.K_1):
for sclean in range(0,25): print('\n')
print(inputCommands)
# Dispaly Census
if(event.key == pygame.K_2):
for cls in range(0,25):
print('\n')
print(' | Dotian Census | ')
print(' | Dot ID : Name : Gender : Stats ')
print(' | [ Health (100), Strength(10), Intelligence(100) ]\n')
for name in range(len(NewDotianList)):
outName = census[name].replace('\n', '')
outStats = statCensus[name]
outGender = genderCensus[name]
print ''' | %s : %s : %s : %s''' % (NewDotianList[name].dotId, outName, outGender, outStats)
print('\n')
# Give boogy
if event.key == pygame.K_3:
if enhancedBoogy == False : enhancedBoogy = True
# Take the boogy
if event.key == pygame.K_4:
if enhancedBoogy:
enhancedBoogy = False
if not enhancedBoogy:
for ID in range(len(NewDotianList)):
if NewDotianList[ID].GenderRoll == 0 :
NewDotianList[ID].DotianColor = 4
if NewDotianList[ID].GenderRoll == 1 :
NewDotianList[ID].DotianColor = 1
# - Generate Goal
if(event.key == pygame.K_9) and (blockAlive == False):
blockAlive = True
randX = random.randint(1,GridMax)
goal = (0,0)
randY = random.randint(1,GridMax)
if (grid[randY][randX] != 2) and (grid[randX][randY] != 1) and (grid[randX][randY] != 4):
grid[randY][randX] = (2)
goal = ('locateGreenBlock:%s:%s') % (randX, randY)
NewBlock = SpawnObject('GreenBlock')
NewBlock.position = (randX,randY)
objectList.append(NewBlock)
GlobalGoalX = randX
GlobalGoalY = randY
# Change every Dotians prime directive to getting the block
for ID in range(len(NewDotianList)):
NewDotianList[ID].CurrentGoal = goal
# Add score to
for DOT in range(len(NewDotianList)):
dotScore = NewDotianList[DOT].points
scoreboard[DOT] = dotScore
# Scores
for cls in range(0,25):
print('\n')
print(''' | Score | Name ''')
CleanNames = mod.ScrubList(census, ('\n'))
for dotSpot in range(len(NewDotianList)):
print(''' | %s | %s ''') % (scoreboard[dotSpot], CleanNames[dotSpot])
# Clear Screen
if event.key == pygame.K_F1:
for cls in range(0,25):
print('\n')
# Begin CLI
if event.key == pygame.K_c:
for cls in range(0,25):
print('\n')
xout = mod.CommandLineInterface('#', NewDotianList)
if xout is not None:
if 'kill' in xout:
grid[int(NewDotianList[int(xout[1])].CurrentPosition[1])][int(NewDotianList[int(xout[1])].CurrentPosition[0])] = 0
NewDotianList.pop(int(xout[1]))
if 'stop' in xout:
done = True
pygame.quit()
if 'reset' in xout:
for row in range(sizeGridX):
for column in range(sizeGridY):
grid[row][column] = 0
for Gen in range(0,sizeGridX):
grid[0][Gen] = 9
grid[Gen][0] = 9
grid[sizeGridX-1][Gen] = 9
grid[Gen][sizeGridX-1] = 9
for i in range(len(NewDotianList)):
NewDotianList.pop(0)
mouseSpawnCount = 0
Avatar.visible = False
if 'spawn' in xout:
if xout[1] == 'avatar' and not Avatar.visible:
Avatar.position = (random.randint(1, GridMax), random.randint(1, GridMax))
Avatar.visible = True
grid[Avatar.position[0]][Avatar.position[1]] = Avatar.color
# Avatar Movements
if event.key == pygame.K_w and Avatar.visible:
pos = (Avatar.position[0]-1, Avatar.position[1])
if validLocation(grid, pos):
grid[Avatar.position[0]][Avatar.position[1]] = 0
Avatar.position = pos
grid[Avatar.position[0]][Avatar.position[1]] = Avatar.color
if event.key == pygame.K_s and Avatar.visible:
pos = (Avatar.position[0]+1, Avatar.position[1])
if validLocation(grid, pos):
grid[Avatar.position[0]][Avatar.position[1]] = 0
Avatar.position = pos
grid[Avatar.position[0]][Avatar.position[1]] = Avatar.color
if event.key == pygame.K_a and Avatar.visible:
pos = (Avatar.position[0], Avatar.position[1]-1)
if validLocation(grid, pos):
grid[Avatar.position[0]][Avatar.position[1]] = 0
Avatar.position = pos
grid[Avatar.position[0]][Avatar.position[1]] = Avatar.color
if event.key == pygame.K_d and Avatar.visible:
pos = (Avatar.position[0], Avatar.position[1]+1)
if validLocation(grid, pos):
grid[Avatar.position[0]][Avatar.position[1]] = 0
Avatar.position = pos
grid[Avatar.position[0]][Avatar.position[1]] = Avatar.color
if event.type == pygame.MOUSEBUTTONDOWN and mouseSpawnCount != mouseSpawnLimit :
pos = pygame.mouse.get_pos()
column = pos[0] // width
row = pos[1] // height
# Boundary Check
if column != 0 and column != sizeGridX-1 and row != 0 and \
row != sizeGridY-1 and grid[row][column] != 9:
mouseSpawnCount += 1
# Tuple info
Position = (column,row)
Started = True
NewName = mod.randomLine('data/lib/names/names')
NewDotian = Dotian(NewName)
NewDotian.StartPosition = Position
NewDotian.CurrentPosition = Position
NewDotian.GridMax = (sizeGridX - 2)
NewDotian.GridMin = 1
census.append(NewName)
NewDotian.GenderRoll = random.randint(0,1)
if(NewDotian.GenderRoll == 1): genderCensus.append('Male')
if(NewDotian.GenderRoll == 0): genderCensus.append('Female')
NewDotian.DotianStats = mod.GeneGen()
statCensus.append(NewDotian.DotianStats)
NewDotianList.append(NewDotian)
NewDotianList[-1].dotId = len(NewDotianList)-1
scoreboard.append(NewDotian.points)
# Display Dotians
if grid[row][column] != 9:
if NewDotian.GenderRoll == 0 :
grid[row][column] = 4
NewDotian.DotianColor = 4
if NewDotian.GenderRoll == 1 :
grid[row][column] = 1
NewDotian.DotianColor = 1
if Started :
for ID in range(len(NewDotianList)):
DecisionMade = mod.DecisionMaker(grid, sizeGridX, sizeGridY, NewDotianList[ID].DotianStats, NewDotianList[ID].CurrentPosition, NewDotianList[ID].CurrentGoal);
# SENT DOTIAN DATA TO DECISIONMAKING METHOD. THE RESULTS DETERMINE ACTION.
# If Decision comes back with a * in it, that means its been run through A*, so it needs to be handled
if ('*') in DecisionMade:
DecisionMade = list(DecisionMade)
# * was appended to the path, so if its in spot 1, a comparison went wrong somewhere, and
# it needs to me fixed by moving a dotian in one of 4 directions.
if DecisionMade[0] == ('*'):
DecisionMade = mod.GrabAMove()
# If its just fine, and * is in the [-1] position, continue on.
else:
# Delete the star, set global goal
del(DecisionMade[-1])
goalPot = (GlobalGoalX, GlobalGoalY)
# Debugging comment:
# print(' Dotian Position: %s | Goal Position: %s ') % (NewDotianList[ID].CurrentPosition, goalPot)
# For the length of moves given, make the moves.
for Move in range(len(DecisionMade)):
DecisionMade[Move] = int(DecisionMade[Move])
# print(DecisionMade[Move])
if (DecisionMade[Move] == 0): NewDotianList[ID].NewPosition = mod.moveDown(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade[Move] == 1): NewDotianList[ID].NewPosition = mod.moveRightDOWN(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade[Move] == 2): NewDotianList[ID].NewPosition = mod.moveRight(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade[Move] == 3): NewDotianList[ID].NewPosition = mod.moveRightUP(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade[Move] == 4): NewDotianList[ID].NewPosition = mod.moveUp(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade[Move] == 5): NewDotianList[ID].NewPosition = mod.moveLeftUP(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade[Move] == 6): NewDotianList[ID].NewPosition = mod.moveLeft(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade[Move] == 7): NewDotianList[ID].NewPosition = mod.moveLeftDOWN(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
pass
pass
# Single Moves
if (DecisionMade == ('u')): NewDotianList[ID].NewPosition = mod.moveUp(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade == ('d')): NewDotianList[ID].NewPosition = mod.moveDown(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade == ('l')): NewDotianList[ID].NewPosition = mod.moveLeft(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (DecisionMade == ('r')): NewDotianList[ID].NewPosition = mod.moveRight(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
# Make a random move in 1 of 8 directions.
if (DecisionMade == ('MoveAround')):
# GENERATE MOVEMENT DIRECTION
Movement = random.randint(0,7)
# Linear Movement
if (Movement == 0): NewDotianList[ID].NewPosition = mod.moveUp(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (Movement == 1): NewDotianList[ID].NewPosition = mod.moveDown(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (Movement == 2): NewDotianList[ID].NewPosition = mod.moveLeft(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (Movement == 3): NewDotianList[ID].NewPosition = mod.moveRight(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
# Diagonal movement
if (Movement == 4): NewDotianList[ID].NewPosition = mod.moveRightDOWN(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (Movement == 5): NewDotianList[ID].NewPosition = mod.moveRightUP(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (Movement == 6): NewDotianList[ID].NewPosition = mod.moveLeftUP(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
if (Movement == 7): NewDotianList[ID].NewPosition = mod.moveLeftDOWN(NewDotianList[ID].CurrentPosition, GridMax, GridMin);
# Check to see if there are other Dotians on upcoming tiles - Then update the map
if validLocation(grid , NewDotianList[ID].NewPosition):
# Update position on screen, and remove old position.
NewDotianList[ID].AdventureLog.append(NewDotianList[ID].CurrentPosition) # Keep track of paths
grid[NewDotianList[ID].CurrentPosition[1]][NewDotianList[ID].CurrentPosition[0]] = 0 # Clear Current spot.
grid[NewDotianList[ID].NewPosition[1]][NewDotianList[ID].NewPosition[0]] = NewDotianList[ID].DotianColor # Update to new position.
NewDotianList[ID].CurrentPosition = NewDotianList[ID].NewPosition # Update Current position.
# Handle the boogy
if enhancedBoogy == True :
for IDF in range(len(NewDotianList)):
ColorNew = random.randint(4,7)
NewDotianList[IDF].DotianColor = ColorNew
# Handle Goal Reaching
if NewDotianList[ID].CurrentGoal != ('MoveAround') and grid[NewDotianList[ID].NewPosition[1]][NewDotianList[ID].NewPosition[0]] == grid[GlobalGoalY][GlobalGoalX]:
# Changes all Dotians Prime Directive to move around like an idiot
for EG in range(len(NewDotianList)):
NewDotianList[EG].CurrentGoal = ('MoveAround')
NewDotianList[ID].points = (NewDotianList[ID].points + 1)
for popObj in range(len(objectList)-1):
objectList.pop(popObj)
# Allow new objects
blockAlive = False
pass
else:
NewDotianList[ID].NewPosition = NewDotianList[ID].CurrentPosition
# - - - Update the Grid
for row in range(sizeGridX):
for column in range(sizeGridY):
color = white
if grid[row][column] == 0: color = white
if grid[row][column] == 1: color = blue
if grid[row][column] == 2: color = green
if grid[row][column] == 3: color = cyan
if grid[row][column] == 4: color = pink
if grid[row][column] == 5: color = red
if grid[row][column] == 6: color = skyblue
if grid[row][column] == 7: color = cyan
if grid[row][column] == 9: color = black
pygame.draw.rect(screen, color,
[width*column, height*row,
width, height])
clock.tick(10)
pygame.display.flip()
pygame.quit()
def __init__(self, name):
self.name = name
self.GenderRoll = random.randint(0,1)
print(mod.randomLine('data/lib/words/greetings'))
