def getEnvelopes(self):
envelopes =[]
with open('externalEnvelope.txt', mode = 'r', encoding = 'utf-8-sig') as csv_ext:
csvReaderExt = csv.reader(csv_ext, delimiter = ',')
extPs = []
for row in csvReaderExt:
extPs.append(Point(int(round(float(row[0]))), int(round(float(row[1][1:]))), int(round(float(row[2][1:])))))
externalEnvelope = Box(pygame.Color(0,100,0), extPs[0], extPs[3],
extPs[2], extPs[1], extPs[4].z - extPs[0].z)
for i in range(self.stories):
envelopes.append([externalEnvelope])
with open('internalEnvelopes.txt', mode = 'r', encoding = 'utf-8-sig') as csv_int:
csvReaderInt = csv.reader(csv_int, delimiter = ',')
intPoints = []
for row in csvReaderInt:
intPoints.append(Point(int(round(float(row[0]))), int(round(float(row[1][1:]))), int(round(float(row[2][1:])))))
for i in range(int(len(intPoints)/ 8)):
envPs = []
for j in range(8):
envPs.append(intPoints[i* 8 + j])
env = Box(pygame.Color(0,100,0), envPs[0], envPs[3],
envPs[2], envPs[1], envPs[4].z - envPs[0].z)
levelSpan = int(env.h / 3500)
grLevel = int(env.pA.z/3500)
for x in range(levelSpan):
envelopes[x + grLevel].append(env)
return envelopes
def getBox(self):
a = self.origin
b = a.translated(self.width * self.orientation[0],
self.width * self.orientation[1],
self.width * self.orientation[2])
d = a.translated(self.depth * -self.orientation[1],
self.depth * self.orientation[0],
self.depth * self.orientation[2])
c = b.translated(self.depth * -self.orientation[1],
self.depth * self.orientation[0],
self.depth * self.orientation[2])
box = Box(self.colour, a, b, c, d, self.height)
return box
def getBox(self):
if self.height == 0 and self.depth == 0 and self.width == 0:
for s in self.shelves:
self.height += s.highestBook + s.height
if s.depth > self.depth:
self.depth = s.depth
if s.width > self.width:
self.width = s.width
a = self.origin
b = a.translated(self.width * self.orientation[0],
self.width * self.orientation[1],
self.width * self.orientation[2])
d = a.translated(self.depth * -self.orientation[1],
self.depth * self.orientation[0],
self.depth * self.orientation[2])
c = b.translated(self.depth * -self.orientation[1],
self.depth * self.orientation[0],
self.depth * self.orientation[2])
self.box = Box(self.colour, a, b, c, d, self.height)
return self.box
def __init__(self, col, walkWidth, height, pWalkway, v):
self.walkWidth = walkWidth
self.pWalkway = pWalkway
self.height = height
self.col = col
self.orientation = col.orientation
self.v = v
self.pA = col.box.pA.translated(0, 0, -100)
self.pB = col.box.pB.translated(0, 0, -100)
self.pC = col.box.pC.translated(
self.walkWidth * -col.orientation[1],
self.walkWidth * col.orientation[0],
self.walkWidth * col.orientation[2] - 100)
self.pD = col.box.pD.translated(
self.walkWidth * -col.orientation[1],
self.walkWidth * col.orientation[0],
self.walkWidth * col.orientation[2] - 100)
self.box = Box(pygame.Color(0, 0, 255), self.pA, self.pB, self.pC,
self.pD, 100)
self.pillar = []
self.pillarExt = []
self.finaliseWalkway()
def getBox(self):
self.box = Box(pygame.Color(0, 0, 255), self.pA, self.pB, self.pC,
self.pD, 100)