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Pipe.py
169 lines (167 loc) · 4.66 KB
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Pipe.py
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import Img
import Direction as D
def rload(fil):
img=Img.img32(fil)
return Img.imgrot(img)
def rloadf(fil):
return rload(fil),rload(fil+"F")
class Pipe(object):
imgs=None
cimgs=None
ends=[]
filled=False
name="Pipe"
symb="P"
bonus=0
fixed=False
def __init__(self,d):
self.d=d
self.get_ends(self.d)
def get_ends(self,d):
pass
def get_other_end(self,ed):
return self.ends[not self.ends.index(ed)]
def get_img(self):
return self.imgs[self.filled][self.d]
def get_cimg(self):
return self.cimgs[self.filled][self.d]
def fill(self,ed):
self.filled=True
class SPipe(Pipe):
imgs=rloadf("Pipe")
cimgs = rloadf("Cable")
symb = "SP"
def get_ends(self,d):
self.ends=[D.get_dir(d),D.get_dir(d+2)]
class BPipe(Pipe):
imgs=rloadf("PipeBend")
cimgs = rloadf("CableBend")
symb = "BP"
def get_ends(self,d):
self.ends=[D.get_dir(d),D.get_dir(d+1)]
class XPipe(Pipe):
imgs=[rload("PipeX"+x) for x in ["","T","B","F"]]
cimgs=[rload("CableX"+x) for x in ["","T","B","F"]]
lfill=None
name="XPipe"
ends=D.directions
symb = "XP"
def get_other_end(self,ed):
return D.anti(ed)
def fill(self,ed):
self.filled=True
if self.lfill:
self.lfill="F"
else:
fhoz=ed in D.hoz
self.ends=D.vert if fhoz else D.hoz
self.lfill="B" if fhoz!=self.d%2 else "T"
def get_img(self):
x=3 if self.lfill=="F" else 2 if self.lfill=="B" else 1 if self.lfill=="T" else 0
return self.imgs[x][self.d]
def get_cimg(self):
x=3 if self.lfill=="F" else 2 if self.lfill=="B" else 1 if self.lfill=="T" else 0
return self.cimgs[x][self.d]
class X2Pipe(Pipe):
imgs=[rload("PipeX2"+x) for x in ["","T","B","F"]]
cimgs=[rload("CableX2"+x) for x in ["","T","B","F"]]
lfill=None
name="XPipe"
ends=D.directions
symb = "2XP"
def get_other_end(self,ed):
return D.rotdir(ed,1 if self.d%2==D.index(ed)%2 else -1)
def fill(self,ed):
self.filled=True
if self.lfill:
self.lfill="F"
else:
self.ends=list(D.directions)
self.ends.remove(ed)
self.ends.remove(self.get_other_end(ed))
self.ends=tuple(self.ends)
self.lfill="T" if D.index(ed) in [self.d,(self.d+1)%4] else "B"
def get_img(self):
x=3 if self.lfill=="F" else 2 if self.lfill=="B" else 1 if self.lfill=="T" else 0
return self.imgs[x][self.d]
def get_cimg(self):
x=3 if self.lfill=="F" else 2 if self.lfill=="B" else 1 if self.lfill=="T" else 0
return self.cimgs[x][self.d]
class Source(Pipe):
symb = "S"
imgs=rloadf("Source")
cimgs=rloadf("CableSource")
def get_otherend(self,ed):
return D.get_dir(self.d)
class Drain(Pipe):
symb = "D"
img=Img.img32("Drain")
cimgs=rloadf("CableDrain")
name="Drain"
ends=D.directions
def get_img(self):
return self.img
class Block(Pipe):
img=Img.img32("Block")
cimg=Img.img32("EBlock")
symb = "B"
def get_img(self):
return self.img
def get_cimg(self):
return self.cimg
class GoldPipe(SPipe):
bonus=900
symb = "GP"
imgs=rload("PipeGold")
cimgs=rload("CableGold")
def get_img(self):
return SPipe.imgs[1][self.d] if self.filled else self.imgs[self.d]
def get_cimg(self):
return SPipe.cimgs[1][self.d] if self.filled else self.cimgs[self.d]
class OWPipe(Pipe):
imgs=rloadf("OWPipe")
cimgs=rloadf("Diode")
bonus = 200
symb = "OW"
def get_ends(self,d):
self.ends=[D.get_dir(d)]
def get_other_end(self,ed):
return D.anti(ed)
class Resevoir(Pipe):
cimgs=[rload("CableR"+str(n)) for n in range(8)]
imgs=cimgs
filllevel=0
bonus=400
name="Resevoir"
symb = "R"
def get_ends(self,d):
self.ends=[D.get_dir(d),D.get_dir(d+2)]
def get_other_end(self,ed):
if D.get_dir(self.d)!=ed:
self.d=D.index(ed)
return D.anti(ed)
def get_cimg(self):
return self.cimgs[self.filllevel][self.d]
def get_img(self):
return self.imgs[self.filllevel][self.d]
class TeleportB(Pipe):
cimgs = rloadf("Teleport1")
imgs=cimgs
bonus=400
name="Teleport"
ttype=0
symb = "TP1"
def get_ends(self,d):
self.ends=[D.get_dir(d)]
class TeleportO(TeleportB):
cimgs=rloadf("Teleport2")
imgs=cimgs
ttype = 1
symb = "TP2"
class OPipe(Pipe):
cimgs=rloadf("CableOut")
imgs=cimgs
symb = "OP"
name = "OutPipe"
def get_ends(self,d):
self.ends=[D.get_dir(d),D.get_dir(d+2)]