def display(self) :
if self.display_mode == "lined" :
# Configuration of polygons lines displaying.
glPolygonMode(GL_FRONT_AND_BACK,GL_LINE)
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
for polygon in self.hexagons :
# Loop over every hexagon from the polyhedron.
# For only lines displaying.
glBegin(GL_POLYGON)
for lines in polygon :
for v in lines :
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
elif self.display_mode == "faced" :
# Configuration of polygons faces displaying.
glPolygonMode(GL_FRONT_AND_BACK,GL_FILL)
if self.pentagons_color and isinstance(self.pentagons_color,Color) :
# Case one same color for the faces displaying.
glColor4ubv(self.pentagons_color.get_ubyte_v())
pentagons_color_index=0 # Iterator, case there are more than one color for the faces displaying.
if self.pentagons_color and isinstance(self.pentagons_color,Color) :
# Case one same color for the faces displaying.
glColor4ubv(self.pentagons_color.get_ubyte_v())
for polygon in self.pentagons :
# Loop over every pentagon from the polyhedron.
if self.pentagons_color and isinstance(self.pentagons_color,list) :
# Case there are more than one color for the faces displaying.
glColor4ubv(self.pentagons_color[pentagons_color_index].get_ubyte_v())
glBegin(GL_POLYGON)
for lines in polygon :
for v in lines :
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
pentagons_color_index += 1
if self.hexagons_color and isinstance(self.hexagons_color,Color) :
# Case one same color for the faces displaying.
glColor4ubv(self.hexagons_color.get_ubyte_v())
hexagons_color_index=0 # Iterator, case there are more than one color for the faces displaying.
for polygon in self.hexagons :
# Loop over every hexagon from the polyhedron.
if self.hexagons_color and isinstance(self.hexagons_color,list) :
# Case there are more than one color for the faces displaying.
glColor4ubv(self.hexagons_color[hexagons_color_index].get_ubyte_v())
glBegin(GL_POLYGON)
for lines in polygon :
for v in lines :
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
hexagons_color_index += 1
elif self.display_mode == "twice" :
# Configuration of polygons faces displaying.
glPolygonMode(GL_FRONT_AND_BACK,GL_FILL)
if self.pentagons_color and isinstance(self.pentagons_color,Color) :
# Case one same color for the faces displaying.
glColor4ubv(self.pentagons_color.get_ubyte_v())
pentagons_color_index=0
for polygon in self.pentagons :
# Loop over every pentagon from the polyhedron.
if self.pentagons_color and isinstance(self.pentagons_color,list) :
# Case there are more than one color for the faces displaying.
glColor4ubv(self.pentagons_color[pentagons_color_index].get_ubyte_v())
glBegin(GL_POLYGON)
for lines in polygon :
for v in lines :
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
pentagons_color_index += 1
if self.hexagons_color and isinstance(self.hexagons_color,Color) :
# Case one same color for the faces displaying.
glColor4ubv(self.hexagons_color.get_ubyte_v())
hexagons_color_index=0 # Iterator, case there are more than one color for the faces displaying.
for polygon in self.hexagons :
# Loop over every hexagon from the polyhedron.
if self.hexagons_color and isinstance(self.hexagons_color,list) :
# Case there are more than one color for the faces displaying.
glColor4ubv(self.hexagons_color[hexagons_color_index].get_ubyte_v())
glBegin(GL_POLYGON)
for lines in polygon :
for v in lines :
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
hexagons_color_index += 1
# Configuration of polygons lines displaying.
glPolygonMode(GL_FRONT_AND_BACK,GL_LINE)
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
for polygon in self.hexagons :
# Loop over every hexagon from the polyhedron.
# For only lines displaying.
glBegin(GL_POLYGON)
for lines in polygon :
for v in lines :
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
if self.display_ls :
# Displaying the Localview.
self.ls.display(self.side_length*4.0/10.0)
def display(self):
if self.display_mode == "lined":
# Configuration of polygons lines displaying.
glPolygonMode(GL_FRONT_AND_BACK, GL_LINE)
if self.lines_color:
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
for polygon in self.quads:
# Loop over every quad from the polyhedron.
# For only lines displaying.
glBegin(GL_POLYGON)
for v in polygon:
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
elif self.display_mode == "faced":
# Configuration of polygons faces displaying.
glPolygonMode(GL_FRONT_AND_BACK, GL_FILL)
if self.quads_color and isinstance(self.quads_color, Color):
# Case one same color for the faces displaying.
glColor4ubv(self.quads_color.get_ubyte_v())
quads_color_index = 0 # Iterator, case there are more than one color for the faces displaying.
if self.quads_color and isinstance(self.quads_color, Color):
# Case one same color for the faces displaying.
glColor4ubv(self.quads_color.get_ubyte_v())
for polygon in self.quads:
# Loop over every quad from the polyhedron.
if self.quads_color and isinstance(self.quads_color, list):
# Case there are more than one color for the faces displaying.
glColor4ubv(
self.quads_color[quads_color_index].get_ubyte_v())
glBegin(GL_POLYGON)
for v in polygon:
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
quads_color_index += 1
if self.triangles_color and isinstance(self.triangles_color,
Color):
# Case one same color for the faces displaying.
glColor4ubv(self.triangles_color.get_ubyte_v())
triangles_color_index = 0 # Iterator, case there are more than one color for the faces displaying.
for polygon in self.triangles:
# Loop over every triangle from the polyhedron.
if self.triangles_color and isinstance(self.triangles_color,
list):
# Case there are more than one color for the faces displaying.
glColor4ubv(self.triangles_color[triangles_color_index].
get_ubyte_v())
glBegin(GL_POLYGON)
for v in polygon:
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
triangles_color_index += 1
elif self.display_mode == "twice":
# Configuration of polygons faces displaying.
glPolygonMode(GL_FRONT_AND_BACK, GL_FILL)
if self.quads_color and isinstance(self.quads_color, Color):
# Case one same color for the faces displaying.
glColor4ubv(self.quads_color.get_ubyte_v())
quads_color_index = 0 # Iterator, case there are more than one color for the faces displaying.
if self.quads_color and isinstance(self.quads_color, Color):
# Case one same color for the faces displaying.
glColor4ubv(self.quads_color.get_ubyte_v())
for polygon in self.quads:
# Loop over every quad from the polyhedron.
if self.quads_color and isinstance(self.quads_color, list):
glColor4ubv(
self.quads_color[quads_color_index].get_ubyte_v())
glBegin(GL_POLYGON)
for v in polygon:
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
quads_color_index += 1
if self.triangles_color and isinstance(self.triangles_color,
Color):
# Case one same color for the faces displaying.
glColor4ubv(self.triangles_color.get_ubyte_v())
triangles_color_index = 0 # Iterator, case there are more than one color for the faces displaying.
for polygon in self.triangles:
# Loop over every triangle from the polyhedron.
if self.triangles_color and isinstance(self.triangles_color,
list):
# Case there are more than one color for the faces displaying.
glColor4ubv(self.triangles_color[triangles_color_index].
get_ubyte_v())
glBegin(GL_POLYGON)
for v in polygon:
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
triangles_color_index += 1
# Configuration of polygons lines displaying.
glPolygonMode(GL_FRONT_AND_BACK, GL_LINE)
if self.lines_color:
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
for polygon in self.quads:
# Loop over every quad from the polyhedron.
# For only lines displaying.
glBegin(GL_POLYGON)
for v in polygon:
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
if self.display_ls:
# Displaying the Localview.
self.ls.display(self.side_length * 2.0 / 10.0)
def display(self):
''' Icosahedron displaying method towards the settings. '''
faces_color_index = 0 # Iterator, case there are more than one color for the faces displaying.
if self.display_mode == "lined" or self.display_mode == "faced":
if self.display_mode == "lined" and self.lines_color:
# Configuration of polygons lines displaying.
glPolygonMode(GL_FRONT_AND_BACK, GL_LINE)
if self.lines_color:
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
elif self.display_mode == "faced":
# Configuration of polygons faces displaying.
glPolygonMode(GL_FRONT_AND_BACK, GL_FILL)
if self.faces_color and isinstance(self.faces_color, Color):
# Faces colorizing configuration.
glColor4ubv(self.faces_color.get_ubyte_v())
for polygon in self.polyhedron:
# We loop over the polyhedron polygons container.
if self.faces_color and isinstance(
self.faces_color,
list) and self.display_mode == "faced":
# Faces multi-colorizing configuration.
glColor4ubv(
self.faces_color[faces_color_index].get_ubyte_v())
# Displaying one polygon:
glBegin(GL_POLYGON)
for v in polygon:
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
faces_color_index += 1
elif self.display_mode == "twice":
glPolygonMode(GL_FRONT_AND_BACK, GL_FILL)
if self.faces_color and isinstance(self.faces_color, Color):
glColor4ubv(self.faces_color.get_ubyte_v())
for faces in self.polyhedron:
# We loop over the polyhedron polygons container.
if self.faces_color and isinstance(self.faces_color, list):
# Faces multi-colorizing configuration.
glColor4ubv(
self.faces_color[faces_color_index].get_ubyte_v())
# Displaying one polygon face:
glBegin(GL_POLYGON)
for v in faces:
# We loop over the every vertice from the face.
glVertex3fv(v.get_vertex())
glEnd()
faces_color_index += 1
glPolygonMode(GL_FRONT_AND_BACK, GL_LINE)
if self.lines_color:
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
# Displaying one polygon face edges:
for faces in self.polyhedron:
glBegin(GL_POLYGON)
for v in faces:
# We loop over the every vertice from the face.
glVertex3fv(v.get_vertex())
glEnd()
if self.display_ls:
# Displaying the Localview.
self.ls.display(self.side_length * 2.0 / 10.0)
def display(self) :
''' Icosahedron displaying method towards the settings. '''
faces_color_index=0 # Iterator, case there are more than one color for the faces displaying.
if self.display_mode == "lined" or self.display_mode == "faced" :
if self.display_mode == "lined" and self.lines_color :
# Configuration of polygons lines displaying.
glPolygonMode(GL_FRONT_AND_BACK,GL_LINE)
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
elif self.display_mode == "faced" :
# Configuration of polygons faces displaying.
glPolygonMode(GL_FRONT_AND_BACK,GL_FILL)
if self.faces_color and isinstance(self.faces_color,Color) :
# Faces colorizing configuration.
glColor4ubv(self.faces_color.get_ubyte_v())
for polygon in self.polyhedron :
# We loop over the polyhedron polygons container.
if self.faces_color and isinstance(self.faces_color,list) and self.display_mode == "faced" :
# Faces multi-colorizing configuration.
glColor4ubv(self.faces_color[faces_color_index].get_ubyte_v())
# Displaying one polygon:
glBegin(GL_POLYGON)
for v in polygon :
# We loop over the every vertice from the polygon.
glVertex3fv(v.get_vertex())
glEnd()
faces_color_index += 1
elif self.display_mode == "twice" :
glPolygonMode(GL_FRONT_AND_BACK,GL_FILL)
if self.faces_color and isinstance(self.faces_color,Color) :
glColor4ubv(self.faces_color.get_ubyte_v())
for faces in self.polyhedron :
# We loop over the polyhedron polygons container.
if self.faces_color and isinstance(self.faces_color,list) :
# Faces multi-colorizing configuration.
glColor4ubv(self.faces_color[faces_color_index].get_ubyte_v())
# Displaying one polygon face:
glBegin(GL_POLYGON)
for v in faces :
# We loop over the every vertice from the face.
glVertex3fv(v.get_vertex())
glEnd()
faces_color_index += 1
glPolygonMode(GL_FRONT_AND_BACK,GL_LINE)
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width)
# Displaying one polygon face edges:
for faces in self.polyhedron :
glBegin(GL_POLYGON)
for v in faces :
# We loop over the every vertice from the face.
glVertex3fv(v.get_vertex())
glEnd()
if self.display_ls :
# Displaying the Localview.
self.ls.display(self.side_length*2.0/10.0)
def display(self) :
if self.display_mode == "lined" :
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width) # Setting the line width given as argument.
i=-1
boolean=False
while i < len(self.trigons)-1 :
# Loop to display the triangles from our sphere.
# Throught iterating over the polygons on the XZ surface.
ii=-1
while ii < len(self.trigons[i])-1 :
glBegin(GL_LINE_LOOP)
if boolean :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii].get_vertex())
else :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii+1].get_vertex())
glEnd()
ii += 1
if boolean :
boolean=False
else :
boolean=True
i += 1
elif self.display_mode == "faced" :
if self.faces_color :
# Faces color configuration.
glColor4ubv(self.faces_color.get_ubyte_v())
i=-1
boolean=False
while i < len(self.trigons)-1 :
# Loop to display the triangles from our sphere.
# Throught iterating over the polygons on the XZ surface.
ii=-1
while ii < len(self.trigons[i])-1 :
glBegin(GL_TRIANGLES)
if boolean :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii].get_vertex())
else :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii+1].get_vertex())
glEnd()
ii += 1
if boolean :
boolean=False
else :
boolean=True
i += 1
if self.display_mode == "twice" :
glPolygonMode(GL_FRONT_AND_BACK,GL_FILL)
if self.faces_color :
# Faces color configuration.
glColor4ubv(self.faces_color.get_ubyte_v())
i=-1
boolean=False
while i < len(self.trigons)-1 :
# Loop to display the triangles from our sphere.
# Throught iterating over the polygons on the XZ surface.
ii=-1
while ii < len(self.trigons[i])-1 :
glBegin(GL_TRIANGLES)
if boolean :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii].get_vertex())
else :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii+1].get_vertex())
glEnd()
ii += 1
if boolean :
boolean=False
else :
boolean=True
i += 1
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width) # Setting the line width given as argument.
i=-1
boolean=False
while i < len(self.trigons)-1 :
# Loop to display the triangles from our sphere.
# Throught iterating over the polygons on the XZ surface.
ii=-1
while ii < len(self.trigons[i])-1 :
glBegin(GL_LINE_LOOP)
if boolean :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii].get_vertex())
else :
glVertex3fv(self.trigons[i][ii].get_vertex())
glVertex3fv(self.trigons[i][ii+1].get_vertex())
glVertex3fv(self.trigons[i+1][ii+1].get_vertex())
glEnd()
ii += 1
if boolean :
boolean=False
else :
boolean=True
i += 1
if self.display_ls :
# Displaying the Localview.
self.ls.display(self.radius*2.0/10.0)
def display(self) :
if self.display_mode == "lined" :
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width) # Setting the line width given as argument.
i=0
while i < len(self.polygons) :
# Loop displaying the lines of the polygons on an surface of the sphere.
# We process by crossing the line displaying.
ii=0
glBegin(GL_LINE_LOOP)
while ii < len(self.polygons[i]) :
glVertex3fv(self.polygons[i][ii].get_vertex())
ii += 1
glEnd()
i += 1
i=0
while i < len(self.polygons) :
# Loop displaying the lines of the polygons on an surface of the sphere.
# We process by crossing the line displaying.
ii=0
glBegin(GL_LINE_LOOP)
while ii < len(self.polygons[i]) :
glVertex3fv(self.polygons[ii][i].get_vertex())
ii += 1
glEnd()
i += 1
elif self.display_mode == "faced" :
glPolygonMode(GL_FRONT_AND_BACK,GL_FILL)
if self.faces_color :
# Faces color configuration.
glColor4ubv(self.faces_color.get_ubyte_v())
i=0
while i < len(self.polygons) :
# Iteration over the polygon container variable to compute the quads.
ii=0
while ii < self.basis-1 :
# We compute the quads: for spheres quads displaying.
glBegin(GL_QUADS)
if not i == self.basis-1 :
glVertex3fv(self.polygons[i][ii].get_vertex())
glVertex3fv(self.polygons[i+1][ii].get_vertex())
glVertex3fv(self.polygons[i+1][ii+1].get_vertex())
glVertex3fv(self.polygons[i][ii+1].get_vertex())
else :
glVertex3fv(self.polygons[i][ii].get_vertex())
glVertex3fv(self.polygons[0][ii].get_vertex())
glVertex3fv(self.polygons[0][ii+1].get_vertex())
glVertex3fv(self.polygons[i][ii+1].get_vertex())
glEnd()
ii += 1
i += 1
elif self.display_mode == "twice" :
glPolygonMode(GL_FRONT_AND_BACK,GL_FILL)
if self.faces_color :
glColor4ubv(self.faces_color.get_ubyte_v())
i=0
while i < len(self.polygons) :
# Iteration over the polygon container variable to compute the quads.
ii=0
while ii < self.basis-1 :
# We compute the quads: for spheres quads displaying.
glBegin(GL_QUADS)
if not i == self.basis-1 :
glVertex3fv(self.polygons[i][ii].get_vertex())
glVertex3fv(self.polygons[i+1][ii].get_vertex())
glVertex3fv(self.polygons[i+1][ii+1].get_vertex())
glVertex3fv(self.polygons[i][ii+1].get_vertex())
else :
glVertex3fv(self.polygons[i][ii].get_vertex())
glVertex3fv(self.polygons[0][ii].get_vertex())
glVertex3fv(self.polygons[0][ii+1].get_vertex())
glVertex3fv(self.polygons[i][ii+1].get_vertex())
glEnd()
ii += 1
i += 1
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width) # Setting the line width given as argument.
i=0
while i < len(self.polygons) :
# Loop displaying the lines of the polygons on an surface of the sphere.
# We process by crossing the line displaying.
ii=0
glBegin(GL_LINE_LOOP)
while ii < len(self.polygons[i]) :
glVertex3fv(self.polygons[i][ii].get_vertex())
ii += 1
glEnd()
i += 1
i=0
while i < len(self.polygons) :
# Loop displaying the lines of the polygons on an surface of the sphere.
# We process by crossing the line displaying.
ii=0
glBegin(GL_LINE_LOOP)
while ii < len(self.polygons[i]) :
glVertex3fv(self.polygons[ii][i].get_vertex())
ii += 1
glEnd()
i += 1
if self.display_ls :
# Displaying the Localview.
self.ls.display(self.radius*2.0/10.0)
def display(self) :
if self.display_mode == "lined" :
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width) # Setting the line width given as argument.
i=0
while i < len(self.toros) :
glBegin(GL_LINE_LOOP)
for v in self.toros[i] :
glVertex3fv(v.get_vertex())
glEnd()
i += 1
i=-1
while i < len(self.toros)-1 :
ii=0
while ii < len(self.toros[i]) :
glBegin(GL_LINES)
glVertex3fv(self.toros[i][ii].get_vertex())
glVertex3fv(self.toros[i+1][ii].get_vertex())
glEnd()
ii += 1
i += 1
elif self.display_mode == "faced" :
if self.faces_color :
# Faces color configuration.
glColor4ubv(self.faces_color.get_ubyte_v())
i=-1
while i < len(self.toros)-1 :
ii=-1
while ii < len(self.toros[i])-1 :
glBegin(GL_QUADS)
glVertex3fv(self.toros[i][ii].get_vertex())
glVertex3fv(self.toros[i+1][ii].get_vertex())
glVertex3fv(self.toros[i+1][ii+1].get_vertex())
glVertex3fv(self.toros[i][ii+1].get_vertex())
glEnd()
ii += 1
i += 1
elif self.display_mode == "twice" :
if self.faces_color :
glColor4ubv(self.faces_color.get_ubyte_v())
i=-1
while i < len(self.toros)-1 :
ii=-1
while ii < len(self.toros[i])-1 :
glBegin(GL_QUADS)
glVertex3fv(self.toros[i][ii].get_vertex())
glVertex3fv(self.toros[i+1][ii].get_vertex())
glVertex3fv(self.toros[i+1][ii+1].get_vertex())
glVertex3fv(self.toros[i][ii+1].get_vertex())
glEnd()
ii += 1
i += 1
if self.lines_color :
# Lines color configuration.
glColor4ubv(self.lines_color.get_ubyte_v())
glLineWidth(self.lines_width) # Setting the line width given as argument.
i=0
while i < len(self.toros) :
glBegin(GL_LINE_LOOP)
for v in self.toros[i] :
glVertex3fv(v.get_vertex())
glEnd()
i += 1
i=-1
while i < len(self.toros)-1 :
ii=0
while ii < len(self.toros[i]) :
glBegin(GL_LINES)
glVertex3fv(self.toros[i][ii].get_vertex())
glVertex3fv(self.toros[i+1][ii].get_vertex())
glEnd()
ii += 1
i += 1
if self.display_ls :
# Displaying the Localview.
self.ls.display(self.base_radius*2.0/10.0)
