def draw_points(self):
if self.points_display_list is None:
self.points_display_list = gltbx.gl_managed.display_list()
self.points_display_list.compile()
viewer_utils.draw_points(points=self.points,
atom_colors=self.atom_colors,
points_visible=self.points_visible)
self.points_display_list.end()
self.points_display_list.call()
def draw_points (self) :
if self.points_display_list is None :
self.points_display_list = gltbx.gl_managed.display_list()
self.points_display_list.compile()
viewer_utils.draw_points(
points = self.points,
atom_colors = self.atom_colors,
points_visible = self.points_visible)
self.points_display_list.end()
self.points_display_list.call()
def draw_selection (self, color, use_global_color=False) :
from scitbx.array_family import flex
if self.selected_atom_count == 0 :
return
if self.selection_display_list is None :
if use_global_color :
selection_colors = flex.vec3_double(self.points.size(), color)
else :
selection_colors = self.atom_colors
self.selection_display_list = gltbx.gl_managed.display_list()
self.selection_display_list.compile()
draw_mode = self.selection_draw_mode
if draw_mode is None :
draw_mode = "bonds_and_atoms"
if draw_mode == "bonds_and_atoms" :
viewer_utils.draw_points(
points = self.points,
atom_colors = selection_colors,
points_visible = self.selected_points_visible,
cross_radius = 0.4)
if self.flag_show_all_selected_atoms :
bonds = self.atomic_bonds
else :
bonds = self.bonds
viewer_utils.draw_bonds(
points = self.points,
bonds = bonds,
atom_colors = selection_colors,
bonds_visible = self.selected_bonds_visible)
elif draw_mode == "points" :
viewer_utils.draw_points(
points = self.points,
atom_colors = selection_colors,
points_visible = self.atom_selection,
cross_radius = 0.4)
elif draw_mode == "spheres" :
atom_selection = self.atom_selection
atom_radii = self.atom_radii
glPolygonMode(GL_FRONT_AND_BACK, GL_FILL)
for i_seq, point in enumerate(self.points) :
if atom_selection[i_seq] :
glColor3f(*selection_colors[i_seq])
glPushMatrix()
glTranslated(*point)
gltbx.util.SolidSphere(radius=atom_radii[i_seq],
slices=50, stacks=50)
glPopMatrix()
self.selection_display_list.end()
self.selection_display_list.call()
def draw_selection(self, color, use_global_color=False):
from scitbx.array_family import flex
if self.selected_atom_count == 0:
return
if self.selection_display_list is None:
if use_global_color:
selection_colors = flex.vec3_double(self.points.size(), color)
else:
selection_colors = self.atom_colors
self.selection_display_list = gltbx.gl_managed.display_list()
self.selection_display_list.compile()
draw_mode = self.selection_draw_mode
if draw_mode is None:
draw_mode = "bonds_and_atoms"
if draw_mode == "bonds_and_atoms":
viewer_utils.draw_points(
points=self.points,
atom_colors=selection_colors,
points_visible=self.selected_points_visible,
cross_radius=0.4)
if self.flag_show_all_selected_atoms:
bonds = self.atomic_bonds
else:
bonds = self.bonds
viewer_utils.draw_bonds(
points=self.points,
bonds=bonds,
atom_colors=selection_colors,
bonds_visible=self.selected_bonds_visible)
elif draw_mode == "points":
viewer_utils.draw_points(points=self.points,
atom_colors=selection_colors,
points_visible=self.atom_selection,
cross_radius=0.4)
elif draw_mode == "spheres":
atom_selection = self.atom_selection
atom_radii = self.atom_radii
glPolygonMode(GL_FRONT_AND_BACK, GL_FILL)
for i_seq, point in enumerate(self.points):
if atom_selection[i_seq]:
glColor3f(*selection_colors[i_seq])
glPushMatrix()
glTranslated(*point)
gltbx.util.SolidSphere(radius=atom_radii[i_seq],
slices=50,
stacks=50)
glPopMatrix()
self.selection_display_list.end()
self.selection_display_list.call()