def set_side_length(self,side_length) :
if not isinstance(side_length,int) and not isinstance(side_length,float) :
raise TypeError("Argument side_length",int,float)
elif side_length < 0.0 :
raise ValueError("Value of argument side_length must be greater than 0.0")
self.side_length=side_length
self.polyhedron=generate_cube(side_length)
self.ls=Localview()
def set_radius(self,radius) :
''' Change the trigon sphere radius. '''
if not isinstance(radius,int) and not isinstance(radius,float) :
raise TypeError(int,float)
elif radius < 0.0 :
raise ValueError("Value of radius must be greater than 0.0")
self.radius=radius
self.trigons=generate_trigon_sphere(self.basis,radius)[0]
self.ls=Localview()
def set_side_length(self, side_length):
if not isinstance(side_length, int) and not isinstance(
side_length, float):
raise TypeError("Argument side_length", int, float)
elif side_length < 0.0:
raise ValueError(
"Value of argument side_length must be greater than 0.0")
self.side_length = side_length
self.hexagons, self.pentagons = generate_fulleren(side_length)
self.ls = Localview()
def set_toros_radius(self,toros_radius) :
''' Change the toros radius (without the base polygon radius). '''
if not isinstance(toros_radius,int) and not isinstance(toros_radius,float) :
raise TypeError("toros_radius argument",int,float)
elif toros_radius <= 0.0 :
raise ValueError("Value of toros_radius must be greater than 0.0")
self.toros_radius=toros_radius
self.toros=generate_toros(self.base_polygon,self.base_radius,toros_radius)
self.ls=Localview()
def set_basis(self,basis) :
''' Change the trigon sphere basis. '''
if not isinstance(basis,int) :
raise TypeError(int)
if basis < 6 or basis % 2 :
print "the basis for the sphere must be greater as 5 and basis % 2 == 0 "
quit()
self.basis=basis
self.trigons=generate_trigon_sphere(basis,self.radius)[0]
self.ls=Localview()
def set_base_polygon(self,base_polygon) :
''' Change the toros basis polygon. '''
if not isinstance(base_polygon,int) :
raise TypeError("base_polygon argument",int)
if base_polygon <= 2 :
print "the base polygon must be greater than 2 "
quit()
self.base_polygon=base_polygon
self.toros=generate_toros(base_polygon,self.base_radius,self.toros_radius)
self.ls=Localview()
def __init__(self,
side_length,
display_mode="lined",
lines_color=False,
quads_color=False,
triangles_color=False,
lines_width=1,
display_ls=False):
''' generate an 26 faces polyhedron object with the given side length settings.
display_mode = "lined" -> only the lines will be displayed.
display_mode = "faced" -> only the faces will be displayed.
display_mode = "twice" -> The lines and the faces will be displayed.
lines_color = an objet <type 'Color'> representing the lines color.
quads_color = an objet <type 'Color'> representing the quads color.
an 18-items-list contains <type 'Color'> objects.
triangles_color = an objet <type 'Color'> representing the triangles color.
an 8-items-list contains <type 'Color'> objects.
line_width = an integer representing the lines width.
'''
if not isinstance(side_length, int) and not isinstance(
side_length, float):
raise TypeError(int, float)
elif side_length < 0.0:
raise ValueError("Value of side_length must be greater than 0.0")
if display_mode == "lined" or display_mode == "faced" or display_mode == "twice":
self.display_mode = display_mode
else:
raise ValueError("lined", "faced", "twice")
if lines_color:
if not isinstance(lines_color, Color):
raise TypeError(lines_color, Color)
if quads_color:
if not isinstance(quads_color, Color) and not isinstance(
quads_color, list):
raise TypeError(quads_color, Color, list)
elif isinstance(quads_color, list) and len(quads_color) != 18:
print "Error quads_color argument:\nYou must give an list from 18 Color objects.\nOne Color object per face."
quit()
elif isinstance(quads_color, list) and len(quads_color) == 18:
tmp = []
quads_color_index = 0
while quads_color_index < 18:
if type(quads_color[quads_color_index].a) == bool:
quads_color[quads_color_index].a = 0
quads_color_index += 1
if triangles_color:
if not isinstance(triangles_color, Color) and not isinstance(
triangles_color, list):
raise TypeError(triangles_color, Color, list)
elif isinstance(triangles_color,
list) and len(triangles_color) != 8:
print "Error triangles_color argument:\nYou must give an list from 8 Color objects.\nOne Color object per face."
quit()
elif isinstance(triangles_color,
list) and len(triangles_color) == 8:
tmp = []
triangles_color_index = 0
while triangles_color_index < 8:
if type(triangles_color[triangles_color_index].a) == bool:
triangles_color[triangles_color_index].a = 0
triangles_color_index += 1
if not isinstance(lines_width, int):
raise TypeError(lines_width, int)
elif lines_width < 1:
raise ValueError(lines_width, "Lines width value too little.")
if isinstance(lines_color, Color):
if type(lines_color.a) == bool:
lines_color.a = 0
if isinstance(quads_color, Color):
if type(quads_color.a) == bool:
quads_color.a = 0
if isinstance(triangles_color, Color):
if type(triangles_color.a) == bool:
triangles_color.a = 0
if isinstance(display_ls, bool):
self.display_ls = display_ls
self.side_length = side_length
self.lines_color = lines_color
self.quads_color = quads_color
self.triangles_color = triangles_color
self.lines_width = lines_width
self.triangles, self.quads = generate_polyhedron_26_faces(side_length)
self.ls = Localview()
self.center = Vertex(0.0, 0.0, 0.0)
def __init__(self,
side_length,
display_mode="lined",
lines_color=False,
faces_color=False,
lines_width=1,
display_ls=False):
''' Generate an Icosahedron object with the given side length settings.
display_mode = "lined" -> Only the lines will be displayed.
display_mode = "faced" -> Only the faces will be displayed.
display_mode = "twice" -> The lines and the faces will be displayed.
lines_color = An objet <type 'Color'> representing the lines color.
faces_color = An objet <type 'Color'> representing the faces color.
An 8-items-list from object <type 'Color'>.
One item per icosahedron face.
lines_width = An integer representing the lines width.
display_ls = Define if the localview should be display.
'''
if not isinstance(side_length, int) and not isinstance(
side_length, float):
raise TypeError("Argument side_length", int, float)
elif side_length <= 0.0:
raise ValueError(
"Value of argument side_length must be greater than 0.0")
if display_mode == "lined" or display_mode == "faced" or display_mode == "twice":
self.display_mode = display_mode
else:
raise ValueError("Argument display_mode", "lined", "faced",
"twice")
if lines_color:
if not isinstance(lines_color, Color):
raise TypeError("Argument lines_color", Color)
if faces_color:
if not isinstance(faces_color, Color) and not isinstance(
faces_color, list):
raise TypeError(faces_color, Color, list)
elif isinstance(faces_color, list) and len(faces_color) != 20:
print "Error faces_color argument:\nYou must give an list from 20 Color objects.\nOne Color object per face."
quit()
elif isinstance(faces_color, list) and len(faces_color) == 20:
tmp = []
faces_color_index = 0
while faces_color_index < 20:
if type(faces_color[faces_color_index].a) == bool:
faces_color[faces_color_index].a = 0
faces_color_index += 1
if not isinstance(lines_width, int):
raise TypeError("Argument lines_width", int)
elif lines_width < 1:
raise ValueError(lines_width, "Lines width value too little.")
if isinstance(lines_color, Color):
if type(lines_color.a) == bool:
lines_color.a = 0
if isinstance(faces_color, Color):
if type(faces_color.a) == bool:
faces_color.a = 0
if isinstance(display_ls, bool):
self.display_ls = display_ls
self.side_length = side_length
self.lines_color = lines_color
self.faces_color = faces_color
self.lines_width = lines_width
self.polyhedron = generate_icosahedron(side_length)[1]
self.ls = Localview()
self.center = Vertex(0.0, 0.0, 0.0)
def __init__(self,radius,basis,display_mode="lined",lines_color=False,faces_color=False,lines_width=1,display_ls=False) :
''' generate an trigon sphere object with the given radius and polygone basis.
basis = Integer taken as basis for the sphere generating.
radius = Radius of the sphere.
display_mode = "lined" -> only the lines will be displayed.
display_mode = "faced" -> only the faces will be displayed.
display_mode = "twice" -> The lines and the faces will be displayed.
lines_color = an objet <type 'Color'> representing the lines color.
faces_color = an objet <type 'Color'> representing the faces color.
line_width = an integer representing the lines width.
'''
if not isinstance(radius,int) and not isinstance(radius,float) :
raise TypeError(int,float)
elif radius <= 0.0 :
raise ValueError("Value of radius must be greater than 0.0")
if not isinstance(basis,int) :
raise TypeError(int)
if basis < 6 or basis % 4 :
print "the basis for the sphere must be greater as 5 and basis % 4 == 0 "
quit()
if display_mode == "lined" or display_mode == "faced" or display_mode == "twice" :
self.display_mode=display_mode
else :
raise ValueError("Argument display_mode","lined","faced","twice")
if lines_color :
if not isinstance(lines_color,Color) :
raise TypeError("Argument lines_color",Color)
if faces_color :
if not isinstance(faces_color,Color) :
raise TypeError("Argument faces_color",Color)
if not isinstance(lines_width,int) :
raise TypeError(lines_width,int)
elif lines_width < 1 :
raise ValueError("Lines width value too little.")
if isinstance(lines_color,Color) :
if type(lines_color.a) == bool :
lines_color.a=0
if not type(faces_color) == bool :
if type(faces_color.a) == bool :
faces_color.a=0
if isinstance(display_ls,bool) :
self.display_ls=display_ls
self.lines_color=lines_color
self.faces_color=faces_color
self.lines_width=lines_width
self.basis=basis
self.radius=radius
self.trigons=generate_trigon_sphere(basis,radius)[0]
self.ls=Localview()
self.center=Vertex(0.0,0.0,0.0)
def __init__(self,
side_length,
display_mode="lined",
lines_color=False,
pentagons_color=False,
hexagons_color=False,
lines_width=1,
display_ls=False):
''' generate an cube object with the given side length settings.
display_mode = "lined" -> only the lines will be displayed.
display_mode = "faced" -> only the faces will be displayed.
display_mode = "twice" -> The lines and the faces will be displayed.
lines_color = an objet <type 'Color'> representing the lines color.
pentagons_color = an objet <type 'Color'> representing the pentagons color.
an 12-items-list contains <type 'Color'> objects.
hexagons_color = an objet <type 'Color'> representing the hexagons color.
an 20-items-list contains <type 'Color'> objects.
line_width = an integer representing the lines width.
'''
if not isinstance(side_length, int) and not isinstance(
side_length, float):
raise TypeError(int, float)
elif side_length <= 0.0:
raise ValueError("Value of side_length must be greater than 0.0")
if display_mode == "lined" or display_mode == "faced" or display_mode == "twice":
self.display_mode = display_mode
else:
raise ValueError("lined", "faced", "twice")
if lines_color:
if not isinstance(lines_color, Color):
raise TypeError(lines_color, Color)
if pentagons_color:
if not isinstance(pentagons_color, Color) and not isinstance(
pentagons_color, list):
raise TypeError(pentagons_color, Color, list)
elif isinstance(pentagons_color,
list) and len(pentagons_color) != 12:
print "Error pentagons_color argument:\nYou must give an list from 12 Color objects.\nOne Color object per face."
quit()
elif isinstance(pentagons_color,
list) and len(pentagons_color) == 12:
tmp = []
pentagons_color_index = 0
while pentagons_color_index < 12:
if type(pentagons_color[pentagons_color_index].a) == bool:
pentagons_color[pentagons_color_index].a = 0
pentagons_color_index += 1
if hexagons_color:
if not isinstance(hexagons_color, Color) and not isinstance(
hexagons_color, list):
raise TypeError(hexagons_color, Color, list)
elif isinstance(hexagons_color,
list) and len(hexagons_color) != 20:
print "Error hexagons_color argument:\nYou must give an list from 20 Color objects.\nOne Color object per face."
quit()
elif isinstance(hexagons_color,
list) and len(hexagons_color) == 20:
tmp = []
hexagons_color_index = 0
while hexagons_color_index < 20:
if type(hexagons_color[hexagons_color_index].a) == bool:
hexagons_color[hexagons_color_index].a = 0
hexagons_color_index += 1
if not isinstance(lines_width, int):
raise TypeError(lines_width, int)
elif lines_width < 1:
raise ValueError(lines_width, "Lines width value too little.")
if isinstance(lines_color, Color):
if type(lines_color.a) == bool:
lines_color.a = 0
if isinstance(pentagons_color, Color):
if type(pentagons_color.a) == bool:
pentagons_color.a = 0
if isinstance(hexagons_color, Color):
if type(hexagons_color.a) == bool:
hexagons_color.a = 0
if isinstance(display_ls, bool):
self.display_ls = display_ls
self.side_length = side_length
self.lines_color = lines_color
self.pentagons_color = pentagons_color
self.hexagons_color = hexagons_color
self.lines_width = lines_width
self.hexagons, self.pentagons = generate_fulleren(side_length)
self.ls = Localview()
self.center = Vertex(0.0, 0.0, 0.0)
def __init__(self,base_polygon,base_radius,toros_radius,display_mode="lined",lines_color=False,faces_color=False,lines_width=1,display_ls=False) :
''' Generate an toros object with the given radius and basis polygone settings.
base_polygon = the toros basis polygon.
base_radius = the toros basis polygon radius.
toros_radius = the toros radius (without the base polygon radius).
display_mode = "lined" -> only the lines will be displayed.
display_mode = "faced" -> only the faces will be displayed.
display_mode = "twice" -> The lines and the faces will be displayed.
lines_color = an objet <type 'Color'> representing the lines color.
faces_color = an objet <type 'Color'> representing the faces color.
line_width = an integer representing the lines width.
'''
if not isinstance(base_polygon,int) :
raise TypeError("base_polygon argument",int)
if base_polygon <= 2 :
print "the base polygon must be greater than 2 "
quit()
if not isinstance(base_radius,int) and not isinstance(base_radius,float) :
raise TypeError("base_radius argument",int,float)
elif base_radius <= 0.0 :
raise ValueError("Value of base_radius must be greater than 0.0")
if not isinstance(toros_radius,int) and not isinstance(toros_radius,float) :
raise TypeError("toros_radius argument",int,float)
elif toros_radius <= 0.0 :
raise ValueError("Value of toros_radius must be greater than 0.0")
if display_mode == "lined" or display_mode == "faced" or display_mode == "twice" :
self.display_mode=display_mode
else :
raise ValueError("Argument display_mode","lined","faced","twice")
if lines_color :
if not isinstance(lines_color,Color) :
raise TypeError("Argument lines_color",Color)
if faces_color :
if not isinstance(faces_color,Color) :
raise TypeError("Argument faces_color",Color)
if not isinstance(lines_width,int) :
raise TypeError(lines_width,int)
elif lines_width < 1 :
raise ValueError("Lines width value too little.")
if isinstance(lines_color,Color) :
if type(lines_color.a) == bool :
lines_color.a=0
if isinstance(faces_color,Color) :
if type(faces_color.a) == bool :
faces_color.a=0
if isinstance(display_ls,bool) :
self.display_ls=display_ls
self.base_polygon=base_polygon
self.base_radius=base_radius
self.toros_radius=toros_radius
self.lines_color=lines_color
self.faces_color=faces_color
self.lines_width=lines_width
self.toros=generate_toros(base_polygon,base_radius,toros_radius)
self.ls=Localview()
self.center=Vertex(0.0,0.0,0.0)
