def get_rect_from_player(player, rectList):
# Loop until the user clicks on a vertex
validClick = False
while not validClick:
# Make sure no other events are on the queue
pygame.event.clear()
# Prompt the user for a click and wait for two events
if player:
print("{} please click an option.".format(player.name))
else:
print("Please click an option.")
chosenRect = None
eventA = pygame.event.wait()
eventB = pygame.event.wait()
# If the next two events are the mouse being pressed down and then released, move forward
if eventA.type == pygame.MOUSEBUTTONDOWN and eventB.type == pygame.MOUSEBUTTONUP:
posA = eventA.__dict__['pos']
posB = eventB.__dict__['pos']
# If the mouse actions (pressed down, released) were no more than 10 pixels apart, move forward
if gf.pp_distance(posA, posB) < 10:
# Loop through the rects to see if the click occurred inside one
for rect in rectList:
# If both mouse actions occurred inside the current hex, move forward
if gf.is_within_rect(rect, posA) and gf.is_within_rect(
rect, posB):
# Record the rect, switch the boolean to end the while loop, and break the rect loop
chosenRect = rect
validClick = True
break
if not validClick:
print(
"That click was not inside a rect. Please try again.")
else:
print("The mouse moved while pressed down. Please try again.")
return chosenRect
def get_rect_from_player(player, rectList):
# Loop until the user clicks on a vertex
validClick = False
while not validClick:
# Make sure no other events are on the queue
pygame.event.clear()
# Prompt the user for a click and wait for two events
if player:
print("{} please click an option.".format(player.name))
else:
print("Please click an option.")
chosenRect = None
eventA = pygame.event.wait()
eventB = pygame.event.wait()
# If the next two events are the mouse being pressed down and then released, move forward
if eventA.type == pygame.MOUSEBUTTONDOWN and eventB.type == pygame.MOUSEBUTTONUP:
posA = eventA.__dict__['pos']
posB = eventB.__dict__['pos']
# If the mouse actions (pressed down, released) were no more than 10 pixels apart, move forward
if gf.pp_distance(posA, posB) < 10:
# Loop through the rects to see if the click occurred inside one
for rect in rectList:
# If both mouse actions occurred inside the current hex, move forward
if gf.is_within_rect(rect, posA) and gf.is_within_rect(rect, posB):
# Record the rect, switch the boolean to end the while loop, and break the rect loop
chosenRect = rect
validClick = True
break
if not validClick:
print("That click was not inside a rect. Please try again.")
else:
print("The mouse moved while pressed down. Please try again.")
return chosenRect
def get_vertex_from_player(player, vertexList, playerKey):
# Check if the player is an AI or human
if player.isAI:
pass
else:
# Loop until the user clicks on a vertex
validClick = False
while not validClick:
# Make sure no other events are on the queue
pygame.event.clear()
# Prompt the user for a click and wait for two events
print(
"{} please click a vertex. Or click the Player Key to select nothing."
.format(player.name))
eventA = pygame.event.wait()
eventB = pygame.event.wait()
# If the next two events are the mouse being pressed down and then released, move forward
if eventA.type == pygame.MOUSEBUTTONDOWN and eventB.type == pygame.MOUSEBUTTONUP:
# Get the coordinates of the clicks
posA = eventA.__dict__['pos']
posB = eventB.__dict__['pos']
# Get the coordinates of each vertex on the board
vertexCoords = [v.coordinates for v in vertexList]
# Get coordinates of the vertices closest to where the mouse was pressed down and where it was released
verCoordA = gf.get_closest_point(vertexCoords, posA)
verCoordB = gf.get_closest_point(vertexCoords, posB)
# If the two coordinates are the same and both events happened within 10 pixels each other, move forward
if verCoordA[0] == verCoordB[0] and abs(verCoordA[1] -
verCoordB[1]) < 10:
# If the click was inside the Player Key, return to the previous menu without a selection
if gf.is_within_rect(playerKey.box,
posA) and gf.is_within_rect(
playerKey.box, posB):
closestVertex = None
validClick = True
print("{} did not choose a vertex.".format(
player.name))
else:
# If the mouse action (pressed down, released) happened within 10 pixels of
# the closest vertex, move forward
if verCoordA[1] <= 10 and verCoordB[1] <= 10:
# With all conditions satisfied, find the vertex corresponding to the coordinates found
closestVertex = vertexList[vertexCoords.index(
verCoordA[0])]
validClick = True
else:
print(
"That click was not close enough to a vertex. Please try again."
)
else:
print(
"The mouse moved while pressed down. Please try again."
)
return closestVertex
def get_hex_from_player(player, hexList, playerKey):
# Check if the player is an AI or human
if player.isAI:
pass
else:
# Loop until the user clicks on a vertex
validClick = False
while not validClick:
# Make sure no other events are on the queue
pygame.event.clear()
# Prompt the user for a click and wait for two events
print(
"{} please click a hex. Or click the Player Key to select nothing."
.format(player.name))
chosenHex = None
eventA = pygame.event.wait()
eventB = pygame.event.wait()
# If the next two events are the mouse being pressed down and then released, move forward
if eventA.type == pygame.MOUSEBUTTONDOWN and eventB.type == pygame.MOUSEBUTTONUP:
posA = eventA.__dict__['pos']
posB = eventB.__dict__['pos']
# If the mouse actions (pressed down, released) were no more than 10 pixels apart, move forward
if gf.pp_distance(posA, posB) < 10:
# If the click was inside the Player Key, return to the previous menu without a selection
if gf.is_within_rect(playerKey.box,
posA) and gf.is_within_rect(
playerKey.box, posB):
chosenHex = None
validClick = True
print("{} did not choose a hex.".format(player.name))
else:
# Loop through the hexes to see if the click occurred inside one
for hexTile in hexList:
# If both mouse actions occurred inside the current hex, move forward
if gf.is_within_hex(hexTile,
posA) and gf.is_within_hex(
hexTile, posB):
# Record the hex, switch the boolean to end the while loop, and break the hex loop
chosenHex = hexTile
validClick = True
break
if not validClick:
print(
"That click was not inside a hex. Please try again."
)
else:
print(
"The mouse moved while pressed down. Please try again."
)
return chosenHex
def get_vertex_from_player(player, vertexList, playerKey):
# Check if the player is an AI or human
if player.isAI:
pass
else:
# Loop until the user clicks on a vertex
validClick = False
while not validClick:
# Make sure no other events are on the queue
pygame.event.clear()
# Prompt the user for a click and wait for two events
print("{} please click a vertex. Or click the Player Key to select nothing.".format(player.name))
eventA = pygame.event.wait()
eventB = pygame.event.wait()
# If the next two events are the mouse being pressed down and then released, move forward
if eventA.type == pygame.MOUSEBUTTONDOWN and eventB.type == pygame.MOUSEBUTTONUP:
# Get the coordinates of the clicks
posA = eventA.__dict__['pos']
posB = eventB.__dict__['pos']
# Get the coordinates of each vertex on the board
vertexCoords = [v.coordinates for v in vertexList]
# Get coordinates of the vertices closest to where the mouse was pressed down and where it was released
verCoordA = gf.get_closest_point(vertexCoords, posA)
verCoordB = gf.get_closest_point(vertexCoords, posB)
# If the two coordinates are the same and both events happened within 10 pixels each other, move forward
if verCoordA[0] == verCoordB[0] and abs(verCoordA[1] - verCoordB[1]) < 10:
# If the click was inside the Player Key, return to the previous menu without a selection
if gf.is_within_rect(playerKey.box, posA) and gf.is_within_rect(playerKey.box, posB):
closestVertex = None
validClick = True
print("{} did not choose a vertex.".format(player.name))
else:
# If the mouse action (pressed down, released) happened within 10 pixels of
# the closest vertex, move forward
if verCoordA[1] <= 10 and verCoordB[1] <= 10:
# With all conditions satisfied, find the vertex corresponding to the coordinates found
closestVertex = vertexList[vertexCoords.index(verCoordA[0])]
validClick = True
else:
print("That click was not close enough to a vertex. Please try again.")
else:
print("The mouse moved while pressed down. Please try again.")
return closestVertex
def get_hex_from_player(player, hexList, playerKey):
# Check if the player is an AI or human
if player.isAI:
pass
else:
# Loop until the user clicks on a vertex
validClick = False
while not validClick:
# Make sure no other events are on the queue
pygame.event.clear()
# Prompt the user for a click and wait for two events
print("{} please click a hex. Or click the Player Key to select nothing.".format(player.name))
chosenHex = None
eventA = pygame.event.wait()
eventB = pygame.event.wait()
# If the next two events are the mouse being pressed down and then released, move forward
if eventA.type == pygame.MOUSEBUTTONDOWN and eventB.type == pygame.MOUSEBUTTONUP:
posA = eventA.__dict__['pos']
posB = eventB.__dict__['pos']
# If the mouse actions (pressed down, released) were no more than 10 pixels apart, move forward
if gf.pp_distance(posA, posB) < 10:
# If the click was inside the Player Key, return to the previous menu without a selection
if gf.is_within_rect(playerKey.box, posA) and gf.is_within_rect(playerKey.box, posB):
chosenHex = None
validClick = True
print("{} did not choose a hex.".format(player.name))
else:
# Loop through the hexes to see if the click occurred inside one
for hexTile in hexList:
# If both mouse actions occurred inside the current hex, move forward
if gf.is_within_hex(hexTile, posA) and gf.is_within_hex(hexTile, posB):
# Record the hex, switch the boolean to end the while loop, and break the hex loop
chosenHex = hexTile
validClick = True
break
if not validClick:
print("That click was not inside a hex. Please try again.")
else:
print("The mouse moved while pressed down. Please try again.")
return chosenHex
def create_players():
# Pygame initialization
pygame.init()
# opens the window with the size specifications given
inputScreen = pygame.display.set_mode(c.screenSize)
inputScreen.fill(c.white)
subsurfaceHeight = c.oceanHeight / 5
interiorSpacing = 4
exteriorSpacing = 5
baseY = 25
typeX = 50
typeSpacing = 30
nameX = 250
nameBoxSize = (150, 30)
colorX = 500
availableColors = list(c.playerColorsList)
arialFont = pygame.font.SysFont("Arial", 15)
pygame.event.set_allowed(None)
pygame.event.set_allowed([
pygame.MOUSEBUTTONUP, pygame.MOUSEBUTTONDOWN, pygame.KEYDOWN,
pygame.KEYUP, pygame.QUIT
])
playerList = []
for playerI in range(4):
adjustedY = baseY + playerI * subsurfaceHeight
'''
typeMessage = arialFont.render("Choose the player type", 1, c.black)
inputScreen.blit(typeMessage, (typeX, adjustedY))
humanText = arialFont.render("Human", 1, c.black)
humanButton = pygame.Rect((typeX, adjustedY + typeMessage.get_size()[1] + exteriorSpacing),
(humanText.get_size()[0] + interiorSpacing * 2,
humanText.get_size()[1] + interiorSpacing * 2))
pygame.draw.rect(inputScreen, c.black, humanButton, 1)
inputScreen.blit(humanText, (typeX + interiorSpacing,
adjustedY + typeMessage.get_size()[1] + exteriorSpacing + interiorSpacing))
aiText = arialFont.render("AI", 1, c.black)
aiButton = pygame.Rect((typeX + humanText.get_size()[0] + typeSpacing,
adjustedY + typeMessage.get_size()[1] + exteriorSpacing),
(aiText.get_size()[0] + interiorSpacing * 2, aiText.get_size()[1] + interiorSpacing * 2))
pygame.draw.rect(inputScreen, c.black, aiButton, 1)
inputScreen.blit(aiText, (typeX + humanText.get_size()[0] + typeSpacing + interiorSpacing,
adjustedY + typeMessage.get_size()[1] + exteriorSpacing + interiorSpacing))
pygame.display.flip()
chosenButton = get_rect_from_player(None, [humanButton, aiButton])
if chosenButton == humanButton:
playerIsAI = False
else:
playerIsAI = True
'''
playerIsAI = False
nameMessage = arialFont.render("Enter a name", 1, c.black)
inputScreen.blit(nameMessage, (nameX, adjustedY))
textBox = pygame.Rect(
(nameX, adjustedY + nameMessage.get_size()[1] + exteriorSpacing),
nameBoxSize)
pygame.draw.rect(inputScreen, c.black, textBox, 1)
arialFont.set_bold(True)
okText = arialFont.render("OK", 1, c.forestGreen)
okButton = pygame.Rect((nameX, adjustedY + nameMessage.get_size()[1] +
nameBoxSize[1] + exteriorSpacing * 2),
(okText.get_size()[0] + interiorSpacing * 2,
okText.get_size()[1] + interiorSpacing * 2))
pygame.draw.rect(inputScreen, c.black, okButton, 1)
inputScreen.blit(
okText,
(nameX + interiorSpacing, adjustedY + nameMessage.get_size()[1] +
nameBoxSize[1] + exteriorSpacing * 2 + interiorSpacing))
arialFont.set_bold(False)
pygame.display.flip()
playerName = ""
clickedOK = False
lastEvent = None
pygame.event.clear()
while not clickedOK:
thisEvent = pygame.event.wait()
if thisEvent.type == pygame.MOUSEBUTTONDOWN:
pass
elif thisEvent.type == pygame.MOUSEBUTTONUP and lastEvent and lastEvent.type == pygame.MOUSEBUTTONDOWN:
downPosition = thisEvent.__dict__['pos']
upPosition = lastEvent.__dict__['pos']
if gf.is_within_rect(okButton,
downPosition) and gf.is_within_rect(
okButton, upPosition):
clickedOK = True
elif thisEvent.type == pygame.KEYDOWN:
pass
elif thisEvent.type == pygame.KEYUP and lastEvent and lastEvent.type == pygame.KEYDOWN:
if thisEvent.__dict__['key'] == lastEvent.__dict__['key']:
asciiValue = thisEvent.__dict__['key']
if 97 <= asciiValue <= 122:
modValue = thisEvent.__dict__['mod']
print(thisEvent.__dict__)
if modValue == 1 or modValue == 2 or modValue == 8192:
asciiValue -= 32
char = chr(asciiValue)
playerName += char
pygame.draw.rect(inputScreen, c.white, textBox, 0)
pygame.draw.rect(inputScreen, c.black, textBox, 1)
nameLabel = arialFont.render(playerName, 1, c.black)
inputScreen.blit(nameLabel,
(nameX + interiorSpacing, adjustedY +
nameMessage.get_size()[1] +
exteriorSpacing + interiorSpacing))
pygame.display.flip()
elif asciiValue == 8:
playerName = playerName[:-1]
pygame.draw.rect(inputScreen, c.white, textBox, 0)
pygame.draw.rect(inputScreen, c.black, textBox, 1)
nameLabel = arialFont.render(playerName, 1, c.black)
inputScreen.blit(nameLabel,
(nameX + interiorSpacing, adjustedY +
nameMessage.get_size()[1] +
exteriorSpacing + interiorSpacing))
pygame.display.flip()
elif asciiValue == 13:
clickedOK = True
lastEvent = thisEvent
colorMessage = arialFont.render("Choose a color", 1, c.black)
inputScreen.blit(colorMessage, (colorX, adjustedY))
defaultColorBox = pygame.Rect(
(colorX, adjustedY + colorMessage.get_size()[1] + exteriorSpacing),
(c.colorBoxEdgeLength, c.colorBoxEdgeLength))
colorBoxes = [
defaultColorBox.move(i * 20, 0)
for i in range(len(availableColors))
]
for i, color in enumerate(availableColors):
if color == c.white:
pygame.draw.rect(inputScreen, c.black, colorBoxes[i], 1)
else:
pygame.draw.rect(inputScreen, color, colorBoxes[i], 0)
pygame.display.flip()
chosenBox = get_rect_from_player(None, colorBoxes)
playerColor = availableColors.pop(colorBoxes.index(chosenBox))
playerList.append(p.Player(playerName, playerColor, playerIsAI))
pygame.quit()
return playerList
def create_players():
# Pygame initialization
pygame.init()
# opens the window with the size specifications given
inputScreen = pygame.display.set_mode(c.screenSize)
inputScreen.fill(c.white)
subsurfaceHeight = c.oceanHeight / 5
interiorSpacing = 4
exteriorSpacing = 5
baseY = 25
typeX = 50
typeSpacing = 30
nameX = 250
nameBoxSize = (150, 30)
colorX = 500
availableColors = list(c.playerColorsList)
arialFont = pygame.font.SysFont("Arial", 15)
pygame.event.set_allowed(None)
pygame.event.set_allowed([pygame.MOUSEBUTTONUP, pygame.MOUSEBUTTONDOWN, pygame.KEYDOWN, pygame.KEYUP, pygame.QUIT])
playerList = []
for playerI in range(4):
adjustedY = baseY + playerI * subsurfaceHeight
'''
typeMessage = arialFont.render("Choose the player type", 1, c.black)
inputScreen.blit(typeMessage, (typeX, adjustedY))
humanText = arialFont.render("Human", 1, c.black)
humanButton = pygame.Rect((typeX, adjustedY + typeMessage.get_size()[1] + exteriorSpacing),
(humanText.get_size()[0] + interiorSpacing * 2,
humanText.get_size()[1] + interiorSpacing * 2))
pygame.draw.rect(inputScreen, c.black, humanButton, 1)
inputScreen.blit(humanText, (typeX + interiorSpacing,
adjustedY + typeMessage.get_size()[1] + exteriorSpacing + interiorSpacing))
aiText = arialFont.render("AI", 1, c.black)
aiButton = pygame.Rect((typeX + humanText.get_size()[0] + typeSpacing,
adjustedY + typeMessage.get_size()[1] + exteriorSpacing),
(aiText.get_size()[0] + interiorSpacing * 2, aiText.get_size()[1] + interiorSpacing * 2))
pygame.draw.rect(inputScreen, c.black, aiButton, 1)
inputScreen.blit(aiText, (typeX + humanText.get_size()[0] + typeSpacing + interiorSpacing,
adjustedY + typeMessage.get_size()[1] + exteriorSpacing + interiorSpacing))
pygame.display.flip()
chosenButton = get_rect_from_player(None, [humanButton, aiButton])
if chosenButton == humanButton:
playerIsAI = False
else:
playerIsAI = True
'''
playerIsAI = False
nameMessage = arialFont.render("Enter a name", 1, c.black)
inputScreen.blit(nameMessage, (nameX, adjustedY))
textBox = pygame.Rect((nameX, adjustedY + nameMessage.get_size()[1] + exteriorSpacing), nameBoxSize)
pygame.draw.rect(inputScreen, c.black, textBox, 1)
arialFont.set_bold(True)
okText = arialFont.render("OK", 1, c.forestGreen)
okButton = pygame.Rect((nameX, adjustedY + nameMessage.get_size()[1] + nameBoxSize[1] + exteriorSpacing * 2),
(okText.get_size()[0] + interiorSpacing * 2, okText.get_size()[1] + interiorSpacing * 2))
pygame.draw.rect(inputScreen, c.black, okButton, 1)
inputScreen.blit(okText, (nameX + interiorSpacing,
adjustedY + nameMessage.get_size()[1] + nameBoxSize[1] + exteriorSpacing * 2 +
interiorSpacing))
arialFont.set_bold(False)
pygame.display.flip()
playerName = ""
clickedOK = False
lastEvent = None
pygame.event.clear()
while not clickedOK:
thisEvent = pygame.event.wait()
if thisEvent.type == pygame.MOUSEBUTTONDOWN:
pass
elif thisEvent.type == pygame.MOUSEBUTTONUP and lastEvent and lastEvent.type == pygame.MOUSEBUTTONDOWN:
downPosition = thisEvent.__dict__['pos']
upPosition = lastEvent.__dict__['pos']
if gf.is_within_rect(okButton, downPosition) and gf.is_within_rect(okButton, upPosition):
clickedOK = True
elif thisEvent.type == pygame.KEYDOWN:
pass
elif thisEvent.type == pygame.KEYUP and lastEvent and lastEvent.type == pygame.KEYDOWN:
if thisEvent.__dict__['key'] == lastEvent.__dict__['key']:
asciiValue = thisEvent.__dict__['key']
if 97 <= asciiValue <= 122:
modValue = thisEvent.__dict__['mod']
print(thisEvent.__dict__)
if modValue == 1 or modValue == 2 or modValue == 8192:
asciiValue -= 32
char = chr(asciiValue)
playerName += char
pygame.draw.rect(inputScreen, c.white, textBox, 0)
pygame.draw.rect(inputScreen, c.black, textBox, 1)
nameLabel = arialFont.render(playerName, 1, c.black)
inputScreen.blit(nameLabel, (nameX + interiorSpacing, adjustedY + nameMessage.get_size()[1] +
exteriorSpacing + interiorSpacing))
pygame.display.flip()
elif asciiValue == 8:
playerName = playerName[:-1]
pygame.draw.rect(inputScreen, c.white, textBox, 0)
pygame.draw.rect(inputScreen, c.black, textBox, 1)
nameLabel = arialFont.render(playerName, 1, c.black)
inputScreen.blit(nameLabel, (nameX + interiorSpacing, adjustedY + nameMessage.get_size()[1] +
exteriorSpacing + interiorSpacing))
pygame.display.flip()
elif asciiValue == 13:
clickedOK = True
lastEvent = thisEvent
colorMessage = arialFont.render("Choose a color", 1, c.black)
inputScreen.blit(colorMessage, (colorX, adjustedY))
defaultColorBox = pygame.Rect((colorX, adjustedY + colorMessage.get_size()[1] + exteriorSpacing),
(c.colorBoxEdgeLength, c.colorBoxEdgeLength))
colorBoxes = [defaultColorBox.move(i * 20, 0) for i in range(len(availableColors))]
for i, color in enumerate(availableColors):
if color == c.white:
pygame.draw.rect(inputScreen, c.black, colorBoxes[i], 1)
else:
pygame.draw.rect(inputScreen, color, colorBoxes[i], 0)
pygame.display.flip()
chosenBox = get_rect_from_player(None, colorBoxes)
playerColor = availableColors.pop(colorBoxes.index(chosenBox))
playerList.append(p.Player(playerName, playerColor, playerIsAI))
pygame.quit()
return playerList
