print "cl=", cl_p
print "d=", d_p
(cl_v,ccp_v,cp_v,d_v) = c.intersect_sphere_point(dir,t.p1)
print "ccp=", ccp_v
print "cp=", cp_v
print "cl=", cl_v
print "d=", d_v
(cl_e,ccp_e,cp_e,d_e) = c.intersect_sphere_line(dir,Line(t.p1,t.p2))
print "ccp=", ccp_e
print "cp=", cp_e
print "cl=", cl_e
print "d=", d_e
(cl,d) = c.intersect(dir,t)
print "cl=", cl
if False:
samples = 50
x0 = -5.0
x1 = +5.0
y0 = -5.0
y1 = +5.0
z = 10
pathlist = []
for i in range(0,samples):
x = x0 + i * ((x1-x0) / samples)
p = Path()
for j in range(0,samples):
y = y0 + j * ((y1-y0) / samples)
print "d=", d_p
(cl_v, ccp_v, cp_v, d_v) = c.intersect_sphere_point(dir, t.p1)
print "ccp=", ccp_v
print "cp=", cp_v
print "cl=", cl_v
print "d=", d_v
(cl_e, ccp_e, cp_e,
d_e) = c.intersect_sphere_line(dir, Line(t.p1, t.p2))
print "ccp=", ccp_e
print "cp=", cp_e
print "cl=", cl_e
print "d=", d_e
(cl, d) = c.intersect(dir, t)
print "cl=", cl
if False:
samples = 50
x0 = -5.0
x1 = +5.0
y0 = -5.0
y1 = +5.0
z = 10
pathlist = []
for i in range(0, samples):
x = x0 + i * ((x1 - x0) / samples)
p = Path()
for j in range(0, samples):
y = y0 + j * ((y1 - y0) / samples)
