def __init__(self, fsm, side):
#TODO: add temporary mapping.. see the todo in pollEvents
#lets start by creating a mapping a key to a number, so we get independant of keyboards, controllers, cpu and networking.
#this code, still is keyboard dependant is it maps keys to an event number (the index of the key)
#using ["a","b","c"] , will make key a the event 1, b event 2 and so on.
#given my godlike power to define indices at will...
#i hearby delcare index 1 to 4 will map to up,down,left, right.
#further i declare thet event 5 shall be punch, 6 kick, 7 defense , 8 special1
#index 9 shall play a cute animation on cute characters and some raw and macho-like animation on raw-macho like chars
#dont dare to disobey.
#to leave event indices unset, stuff with ""
#example keymap = ["","arrow_up","arrow_down","arrow_left","arrow_right","1","2","3"]
#negative event numbers map to key-lift events . so we cant use event 0 as -0 == 0 , stuffing "" as index 0 , 0 will double as "no event key neccessary"
##TODO: load the keymap from a config file!
keymap = readKeys()
keymap = keymap[side]
# The keymap stores button presses as a positive number, and button releases
# as negative, so we make sure index 0 isn't used, since 0 = -0
keymap.insert(0, "")
self.fsm = fsm
self.side = side
self.keystatus = set()
# Bind our event
for index, key in enumerate(keymap):
self.accept(key, self.setKey, [index, 1])
self.accept(key + "-up", self.setKey, [index, 0])
self.keystatus.add(-index)
self.eventRecorder = EventRecorder() #will store the keys pressed in the past
self.stateTimer = Sequence() #this will contain a sequence with a Wait and Func interval, requesting the next state
#unless overwritten by a more recent state (as in double-tab combo)
self.nextState = None #the state into wich the the stateTimer will change so we can avoid lockups when requesting the same state over and over again
self.permaTriggers = [] #contains the "permanent" mapped inputs, cant be deleted by the fsm.
self.permaTriggers.append(StateTrigger(1, "Jump", [-2])) #-2 means no jumping when the user presses down.
self.permaTriggers.append(StateTrigger(1, ["JumpIn" ,"JumpOut" ], [-2, 4]))
self.permaTriggers.append(StateTrigger(1, ["JumpOut","JumpIn" ], [-2, 3]))
self.permaTriggers.append(StateTrigger(0, "Crouch", [2])) #0 means, no special trigger key
self.permaTriggers.append(StateTrigger(0, ["RunIn" , "RunOut"], [4]))
self.permaTriggers.append(StateTrigger(0, ["RunOut", "RunIn" ], [3]))
self.permaTriggers.append(StateTrigger(5, "Punch", [-2])) #ne regular punch when crouching
self.permaTriggers.append(StateTrigger(7, "Defense", [-2, 7])) # turn the first 7 (trigger key) to 0 if you like the make attack->defense with static buttons
self.permaTriggers.append(StateTrigger(6, "Kick", [-2]))
self.permaTriggers.append(StateTrigger(5, "CrouchPunch", [2])) #crouch punch needs crouching *nodnod*
self.permaTriggers.append(StateTrigger(6, "CrouchKick", [2])) #so does kicking ..
self.permaTriggers.append(StateTrigger(7, "CrouchDefense", [2, 7])) #
self.permaTriggers.append(StateTrigger(1, ["EvadeCW","EvadeCCW"], [0], eventOrder=[1,1])) #there was some.. really odd bug that added event 1, to the event map of
self.permaTriggers.append(StateTrigger(2, ["EvadeCCW","EvadeCW"], [0], eventOrder=[2,2])) #this line here.when i did not specify the [0]. so i added 0
def __init__(self, callback = None):
self.charRoot = NodePath("characterSelectRoot")
self.players = [{},{}]
# heights on which preview strips appear
heights = [0.8,-0.8]
# determines separation between previews
previews = [0.5, -0.5]
self.callback = callback
self.preview_size = [-0.3, 0.3, -0.3, 0.3]
self.generator = CardMaker("PreviewMaker")
self.generator.setFrame(*self.preview_size)
self.players_ready = 0
self.vs = OnscreenText("vs")
self.vs.reparentTo(self.charRoot)
players = self.players
for i in range(2):
players[i]["strip"] = PreviewStrip("../assets/fighters", def_height = heights[i])
players[i]["strip"].getStripNP().reparentTo(self.charRoot)
players[i]["text"] = OnscreenText("")
players[i]["text"].reparentTo(self.charRoot)
players[i]["text"].setPos(0, players[i]["strip"].height - (2*i-1)* 0.25)
players[i]["preview"] = self.charRoot.attachNewNode(self.generator.generate())
players[i]["preview"].setPos(previews[i],.2, 0.0)
players[i]["select"] = OnscreenText("ready")
players[i]["select"].reparentTo(self.charRoot)
players[i]["select"].setPos(0, players[i]["strip"].height)
players[i]["select"].hide()
self.keys = readKeys()
self.left = [self.keys[0][1], self.keys[1][2]]
self.right = [self.keys[0][3], self.keys[1][3]]
self.confirm = [self.keys[0][4], self.keys[1][4]]
self.updateText()
self.updateImg()
def __init__(self, callback = None):
self.stageRoot = NodePath("stageSelectRoot")
self.ps = PreviewStrip("../assets/stages" ,-0.7)
self.ps.getStripNP().reparentTo(self.stageRoot)
self.callback = callback
# name of the stage will be displayed here
self.text = OnscreenText("")
self.text.reparentTo(self.stageRoot)
self.text.setPos(0,self.ps.height - 0.4)
self.preview_size = [-0.5, 0.5, -0.5, 0.5]
self.generator = CardMaker("PreviewMaker")
self.generator.setFrame(*self.preview_size)
self.preview = self.stageRoot.attachNewNode(self.generator.generate())
self.preview.setPos(0,0, 0.4)
# keys are read so that the first in the pair is from player 1
# and second from the player 2, so that they both can decide
self.keys = readKeys()
self.left = [self.keys[0][1], self.keys[1][2]]
self.right = [self.keys[0][3], self.keys[1][3]]
self.select = [self.keys[0][4], self.keys[1][4]]
self.ready = OnscreenText("ready")
self.ready.reparentTo(self.stageRoot)
self.ready.setPos(0,self.ps.height)
# will be shown when players selected the stage
self.ready.hide()
# we notify ourselves to enable the key input and update text
# and preview
self.updateText()
self.updateImg()
self.disableInput()
