def _geo(self):
self.lnstocenter = self._lanestocenter()
#m = dtm.meshme(pts,None,None,None,[],tris)
m = dmo.model()
lpt1, lpt2 = self._geo_pair(0)
m._consume(dcu.cube().translate(lpt1).translate_z(0.5))
m._consume(dcu.cube().translate(lpt2).translate_z(0.5))
lrow = [lpt1]
rrow = [lpt2]
for pdx in range(1, len(self.road.vertices)):
pt1, pt2 = self._geo_pair(pdx)
m._quad(pt1, pt2, lpt2, lpt1)
lpt1, lpt2 = pt1, pt2
lrow.append(lpt1)
rrow.append(lpt2)
m._consume(dcu.cube().translate(pt1).translate_z(0.5))
m._consume(dcu.cube().translate(pt2).translate_z(0.5))
self.leftrow = lrow
self.rightrow = rrow
return m
def generate_uturn(self,level):
l,w,fh,wh,ch = self._params(level)
p1h = fh;p1l = l;p1w = 3.0
p1x = 0.0;p1y = (p1w - w)/2.0;p1z = 0
pform1 = dcu.cube().translate_z(0.5)
pform1.scale(dpv.vector(p1l,p1w,p1h))
pform1.translate(dpv.vector(p1x,p1y,p1z))
pform1._project_uv_flat()
p2h = ch;p2l = l;p2w = 3.0
p2x = 0.0;p2y = (p2w - w)/2.0;p2z = wh - ch
pform2 = dcu.cube().translate_z(0.5)
pform2.scale(dpv.vector(p2l,p2w,p2h))
pform2.translate(dpv.vector(p2x,p2y,p2z))
pform2._project_uv_flat()
gap = l/4.0
s = int(wh)
rw = 2.0*gap
rl = w - 2.0*p1w
diff = wh/2.0
rwoffx = l/2.0 - rw/2.0
rwoffy = rl/2.0
sheight = diff/s
p3h = 2.0*sheight;p3l = l;p3w = 3.0
p3x = 0.0;p3y = (w - p3w)/2.0;p3z = diff
#p3x = 0.0;p3y = (w - p3w)/2.0;p3z = diff-sheight
# this next line is suspect
pform3 = dcu.cube().translate_z(0.25)
pform3.scale(dpv.vector(p3l,p3w,p3h))
pform3.translate(dpv.vector(p3x,p3y,p3z))
pform3._project_uv_flat()
extra = dcu.cube().translate_z(0.5)
extra.scale(dpv.vector(gap,rl,wh))
extra.translate(dpv.vector(0,0,0))
extra._project_uv_flat()
sopts1 = {'steps':s,'l':rl,'w':rw,'h':diff}
sopts2 = {'steps':s,'l':rl,'w':rw,'h':diff}
lside = ds.stairs(**sopts1)
rside = ds.stairs(**sopts2)
lside.rotate_z(dpr.PI).translate_y(rl).translate_z(diff)
#lside.translate_x(-rwoffx).translate_y(-rwoffy).translate_z(fh-sheight)
#rside.translate_x( rwoffx).translate_y(-rwoffy).translate_z(fh-sheight)
lside.translate_x(-rwoffx).translate_y(-rwoffy).translate_z(fh)
rside.translate_x( rwoffx).translate_y(-rwoffy).translate_z(fh)
lside._project_uv_flat()
rside._project_uv_flat()
if level == self.stories - 1:final = dmo.combine([pform1,extra])
else:final = dmo.combine([pform1,pform2,pform3,lside,rside,extra])
return self._node_wrap(final)
def _geo(self):
w,ww,bh = self.w,self.wall.w,self.wall.h-self.h-self.z
bottom = dcu.cube().translate_z(0.5)
bottom.scale_x(w).scale_y(ww).scale_z(bh)
bottom.rotate(dpq.q_from_uu(dpv.x(),self.wall.tangent))
bottom._project_uv_flat()
th = self.wall.h-self.h-bh
top = dcu.cube().translate_z(0.5)
top.scale_x(w).scale_y(ww).scale_z(th)
top.translate_z(bh+self.h)
top.rotate(dpq.q_from_uu(dpv.x(),self.wall.tangent))
top._project_uv_flat()
self._consume(bottom)._consume(top)
def generate_stoop(self, worn=0):
s = self.stoop
cub = dcu.cube()
cub.scale_x(s[0]).scale_y(s[1]).scale_z(s[2])
cub.translate_y(-(10 + 1.5)).translate_z(-s[2] / 2.0)
stoopnode = self._node_wrap(cub)
stoopnode = self._node_consume(self._node_wrap(cub))
self._nodes_to_graph(stoopnode)
def _geo(self):
w, ww, th = self.w, self.wall.w, self.wall.h - self.h - self.z
top = dcu.cube().translate_z(0.5)
top.scale_x(w).scale_y(ww).scale_z(th)
top.translate_z(self.z + self.h)
top.rotate(dpq.q_from_uu(dpv.x(), self.wall.tangent))
top._project_uv_flat()
self._consume(top)
def _geo(self):
w,ww,th = self.w,self.wall.w,self.wall.h-self.h-self.z
top = dcu.cube().translate_z(0.5)
top.scale_x(w).scale_y(ww).scale_z(th)
top.translate_z(self.z+self.h)
top.rotate(dpq.q_from_uu(dpv.x(),self.wall.tangent))
top._project_uv_flat()
self._consume(top)
def skeleton(self):
s = dmo.model()
for v in self.vs:
m = dcu.cube().scale(dpv.one().scale_u(0.1)).translate(v.p)
s._consume(m)
for e in self.es:
cq = dpq.q_from_uu(dpv.zhat,
dpv.v1_v2(self.vs[e[0]].p,self.vs[e[1]].p))
c = dcy.cylinder().translate_z(0.5)
c.scale_x(0.05).scale_y(0.05).rotate(cq)
c.translate(self.vs[e[0]].p)
s._consume(c)
return s
def generate(self,seed,igraph,worn = 0):
self._nodes_to_graph(self._node_wrap(
dcu.cube().scale_u(10).translate_z(5).translate(seed)))
self.tpts = [seed]
self.hpts = []
self.rpts = dpr.point_ring(100*worn,6)
dpv.translate_coords(self.rpts,seed)
rsys = gif.infrastructure(igraph).generate(seed,self.rpts,worn)
self._consume(rsys)
self.tpts.extend(rsys._terrain_points())
self.hpts.extend(rsys._hole_points())
'''#
bbs = []
for rd in rsys.roads:
lotspace = rd._lotspace(bbs)
dlot = dlt.lot(lotspace[0],lotspace[1]).generate(worn)
lsppos,lsprot = lotspace[2],lotspace[3]
dlot._transform(lsppos,lsprot,dpv.one())
self._consume(dlot)
'''#
return self
def _geo(self):
m = dcu.cube().translate_z(0.5).scale_x(20).scale_y(20).translate(
self.p)
self._consume(m)
def cube(l = 1.0):
cu = dcu.cube()
cu.scale_u(l)
return cu
def cube(l=1.0):
cu = dcu.cube()
cu.scale_u(l)
return cu
def generate_uturn(self, level):
l, w, fh, wh, ch = self._params(level)
p1h = fh
p1l = l
p1w = 3.0
p1x = 0.0
p1y = (p1w - w) / 2.0
p1z = 0
pform1 = dcu.cube().translate_z(0.5)
pform1.scale(dpv.vector(p1l, p1w, p1h))
pform1.translate(dpv.vector(p1x, p1y, p1z))
pform1._project_uv_flat()
p2h = ch
p2l = l
p2w = 3.0
p2x = 0.0
p2y = (p2w - w) / 2.0
p2z = wh - ch
pform2 = dcu.cube().translate_z(0.5)
pform2.scale(dpv.vector(p2l, p2w, p2h))
pform2.translate(dpv.vector(p2x, p2y, p2z))
pform2._project_uv_flat()
gap = l / 4.0
s = int(wh)
rw = 2.0 * gap
rl = w - 2.0 * p1w
diff = wh / 2.0
rwoffx = l / 2.0 - rw / 2.0
rwoffy = rl / 2.0
sheight = diff / s
p3h = 2.0 * sheight
p3l = l
p3w = 3.0
p3x = 0.0
p3y = (w - p3w) / 2.0
p3z = diff
#p3x = 0.0;p3y = (w - p3w)/2.0;p3z = diff-sheight
# this next line is suspect
pform3 = dcu.cube().translate_z(0.25)
pform3.scale(dpv.vector(p3l, p3w, p3h))
pform3.translate(dpv.vector(p3x, p3y, p3z))
pform3._project_uv_flat()
extra = dcu.cube().translate_z(0.5)
extra.scale(dpv.vector(gap, rl, wh))
extra.translate(dpv.vector(0, 0, 0))
extra._project_uv_flat()
sopts1 = {'steps': s, 'l': rl, 'w': rw, 'h': diff}
sopts2 = {'steps': s, 'l': rl, 'w': rw, 'h': diff}
lside = ds.stairs(**sopts1)
rside = ds.stairs(**sopts2)
lside.rotate_z(dpr.PI).translate_y(rl).translate_z(diff)
#lside.translate_x(-rwoffx).translate_y(-rwoffy).translate_z(fh-sheight)
#rside.translate_x( rwoffx).translate_y(-rwoffy).translate_z(fh-sheight)
lside.translate_x(-rwoffx).translate_y(-rwoffy).translate_z(fh)
rside.translate_x(rwoffx).translate_y(-rwoffy).translate_z(fh)
lside._project_uv_flat()
rside._project_uv_flat()
if level == self.stories - 1: final = dmo.combine([pform1, extra])
else:
final = dmo.combine([pform1, pform2, pform3, lside, rside, extra])
return self._node_wrap(final)