def parse(self, screen, fill_color, line_color):
screen.fill(fill_color)
m = Edge_Matrix()
t = m.get_identity()
i = 0
while i < len(self.lines):
if self.lines[i] == "l":
i += 1
m.add_edge(*self.lines[i])
elif self.lines[i] == "i":
t = m.get_identity()
elif self.lines[i] == "s":
i += 1
sm = m.get_scale_matrix(*self.lines[i])
t = t.matrix_mult(sm)
elif self.lines[i] == "t":
i += 1
tm = m.get_translation_matrix(*self.lines[i])
t = t.matrix_mult(tm)
elif self.lines[i] == "x":
i += 1
xr = m.get_rotation_matrix_x(*self.lines[i])
t = t.matrix_mult(xr)
elif self.lines[i] == "y":
i += 1
yr = m.get_rotation_matrix_y(*self.lines[i])
t = t.matrix_mult(yr)
elif self.lines[i] == "z":
i += 1
zr = m.get_rotation_matrix_z(*self.lines[i])
t = t.matrix_mult(zr)
elif self.lines[i] == "a":
print(str(m) + "\n")
print(str(t) + "\n")
m = m.matrix_mult_by(t)
print(str(m) + "\n")
elif self.lines[i] == "v":
temp_name = "/var/tmp/temp.ppm"
with open(temp_name, "w") as f:
draw_matrix(m, screen, line_color)
f.write(screen.gen_ppm())
os.system("display %s" %(temp_name, ))
os.remove(temp_name)
screen.fill(fill_color)
elif self.lines[i] == "g":
i += 1
with open(self.lines[i], "w") as f:
draw_matrix(m, screen, line_color)
f.write(screen.gen_ppm())
os.system("convert %s %s" %(str(self.lines[i]), str(self.lines[i])))
screen.fill(fill_color)
elif self.lines[i] == "q":
return
else:
print("line %i: %s" %(i, str(self.lines[i])))
raise Exception
i += 1
def parse(self, screen, fill_color, line_color):
screen.fill(fill_color)
m = Edge_Matrix()
t = m.get_identity()
i = 0
while i < len(self.lines):
if self.lines[i] == "c":
i += 1
m.add_circle(*self.lines[i])
elif self.lines[i] == "p":
i += 1
m.add_rectangular_prism(*self.lines[i])
elif self.lines[i] == "m":
i += 1
m.add_sphere(*self.lines[i])
elif self.lines[i] == "d":
i += 1
m.add_torus(*self.lines[i])
elif self.lines[i] == "h":
i += 1
args = self.lines[i]
m.add_curve(args[0], args[1], args[2], args[3], args[4], args[5], args[6], args[7], 0)
elif self.lines[i] == "b":
i += 1
args = self.lines[i]
m.add_curve(args[0], args[1], args[2], args[3], args[4], args[5], args[6], args[7], 1)
elif self.lines[i] == "l":
i += 1
m.add_edge(*self.lines[i])
elif self.lines[i] == "i":
t = m.get_identity()
elif self.lines[i] == "s":
i += 1
#print("s", self.lines[i])
sm = m.get_scale_matrix(*self.lines[i])
#print(sm)
t = t.matrix_mult(sm)
#print(t)
elif self.lines[i] == "t":
i += 1
tm = m.get_translation_matrix(*self.lines[i])
t = t.matrix_mult(tm)
elif self.lines[i] == "x":
i += 1
xr = m.get_rotation_matrix_x(*self.lines[i])
t = t.matrix_mult(xr)
elif self.lines[i] == "y":
i += 1
yr = m.get_rotation_matrix_y(*self.lines[i])
t = t.matrix_mult(yr)
elif self.lines[i] == "z":
i += 1
zr = m.get_rotation_matrix_z(*self.lines[i])
t = t.matrix_mult(zr)
elif self.lines[i] == "a":
#print(str(m) + "\n")
#print(str(t) + "\n")
m = m.matrix_mult_by(t)
#print(str(m) + "\n")
elif self.lines[i] == "v":
temp_name = "/var/tmp/temp.ppm"
with open(temp_name, "w") as f:
draw_matrix(m, screen, line_color)
f.write(screen.gen_ppm())
os.system("display %s" %(temp_name, ))
os.remove(temp_name)
screen.fill(fill_color)
elif self.lines[i] == "g":
i += 1
with open(self.lines[i], "w") as f:
draw_matrix(m, screen, line_color)
f.write(screen.gen_ppm())
os.system("convert %s %s" %(str(self.lines[i]), str(self.lines[i])))
screen.fill(fill_color)
elif self.lines[i] == "q":
return
else:
print("line %i: %s" %(i, str(self.lines[i])))
raise Exception
i += 1