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_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_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
