def __init__(self, event_id, art, art_tile, on, z, blocked, enter, one_time, locked, immediate, extra): self.event_id = event_id #the type of event self.on = on #tile position self.z = z #z level self.blocked = blocked #whether or not the event causes the tile to be blocked self.enter = enter #whether it's activated by enter or stepping on (T/F) self.one_time = one_time #whther it can be activated once or inifinite times (T/F) self.locked = locked #whether the event is currently available or not (T/F) self.immediate = immediate #whether the event is activated as soon as it's available (T/F) self.extra = extra #the text in the evt file that defines the specific event if art is not None: art = pg.image.load(art).convert_alpha() self.art = art.subsurface(g.tile2rect(art_tile)).copy() self.art_outlined = g.makeOutlinedArt(self.art, g.RED) else: self.art = pg.Surface(g.TILE_RES, SRCALPHA, 32).convert_alpha() self.art_outlined = self.art.copy() for i in range(g.TILE_RES[0]): self.art_outlined.set_at((i, 0), g.RED) self.art_outlined.set_at((i, g.TILE_RES[1]-1), g.RED) for i in range(g.TILE_RES[1]): self.art_outlined.set_at((0, i), g.RED) self.art_outlined.set_at((g.TILE_RES[0]-1, i), g.RED) self.rect = g.tile2rect(on) self.behind = None #WE get stacked behind other events on the same tile, that is, when one gets executed and removed the one behind it gets placed
def __init__(self, position, z, size, img, pixStep=.20):
self.size = (size[0]*g.TILE_RES[0], size[1]*g.TILE_RES[1]) #given in tile size, convert to pixel size
#make a rect for where it is
self.pos = None #g.tile2rect(position).topleft #given in tile coordinates, convert to topleft pixel
self.rect = None #pg.Rect(self.pos, self.size)
self.previousRect = None #self.rect.copy()
# self.fourCorners = None
#what floor "level" is the player on
self.z = None #zs
self.setPlace(position, z) #sets pos,rect,previousrect,zs
#the image of the player
img = pg.image.load(img).convert_alpha()
#the image of the player facing in all directions
img = {
"D": img.subsurface(pg.Rect((0,0), (self.size[0]*3, self.size[1]))),
"L": img.subsurface(pg.Rect((0,1*self.size[1]), (self.size[0]*3, self.size[1]))),
"R": img.subsurface(pg.Rect((0,2*self.size[1]), (self.size[0]*3, self.size[1]))),
"U": img.subsurface(pg.Rect((0,3*self.size[1]), (self.size[0]*3, self.size[1]))) }
self.udlrFacing = {}
for k in img.keys():
self.udlrFacing[k] = {
0: img[k].subsurface(pg.Rect((0,0),self.size)).copy(),
1: img[k].subsurface(pg.Rect((1*self.size[0],0),self.size)).copy(),
2: img[k].subsurface(pg.Rect((0,0),self.size)).copy(),
3: img[k].subsurface(pg.Rect((2*self.size[0],0),self.size)).copy() }
self.udlrFacing_outline = {}
for d in self.udlrFacing:
tempDict = {}
for s in self.udlrFacing[d]:
tempDict[s] = g.makeOutlinedArt(self.udlrFacing[d][s], g.BLUE)
self.udlrFacing_outline[d]=tempDict
#the current direction the player is facing
self.facing = "D"
# The number of pixels stepped since last change in image
self.pixStepped = 0
self.previousPixStepped = 0
#the number of pixels before the image is changed
self.pixStepSize = 20
#the number of pixels traversed in a millisecond
self.pixStep = pixStep + 0
# The surrent image (still, left foot, right foot)
self.currentImg = 0
#the player defaulted to face forward
self.art = (self.udlrFacing[self.facing][self.currentImg], self.udlrFacing_outline[self.facing][self.currentImg])
self.previousArt = self.art
#the directions the player is currently going
self.udlr = [False, False, False, False]
