Package index • scimesh

All functions

apply_colormap(): Apply a colormap to numerical data
bezier_path(): Sample a Bezier curve from a control polygon
camera(): Create a camera specification
camera_auto(): Auto-frame a camera to fit a mesh or vertex set
camera_fit_scene(): Fit a camera to a whole scene
camera_orbit(): Orbit a camera around an axis
clip_plane(): Create a clip plane specification
colorbar_horizontal(): Generate a horizontal colorbar image
colorbar_vertical(): Generate a vertical colorbar image
compose_layout(): Compose multiple images into a single figure
compute_vertex_normals(): Compute per-vertex normals for a mesh
default_font(): Path of the font used for text labels
diverging_colormap(): Custom diverging colormap for neuroimaging
flip_uvs(): Flip the texture coordinates of a mesh vertically
font_info(): Information about the font used for text labels
generate_arrow(): Generate an arrow mesh
generate_axes(): Generate XYZ axis arrows as cylinder meshes
generate_bbox(): Generate a wireframe bounding box mesh
generate_cone(): Generate a cone mesh
generate_cuboid(): Generate a cuboid mesh
generate_cylinder(): Generate a cylinder mesh
generate_multi_cylinders(): Generate multiple cylinders as a single mesh
generate_multi_spheres(): Generate multiple spheres as a single mesh
generate_plane(): Generate a planar quad mesh
generate_pyramid(): Generate a square pyramid mesh
generate_sphere(): Generate a sphere mesh
generate_tetrahedron(): Generate a tetrahedron mesh
generate_torus(): Generate a torus mesh
generate_tube(): Generate a tube (generalized cylinder) along a path
generate_tubes(): Generate multiple tubes as a single mesh
image_apply_contrast(): Apply contrast adjustment to an image
image_crop(): Crop an image to a rectangular region
image_crop_to_content(): Crop an image to its content bounding box
image_grow(): Grow an image by adding padding
image_merge(): Merge two images side by side or stacked
image_rotate_90(): Rotate an image by 90 degrees
image_scale(): Scale an image (nearest-neighbour)
image_to_array(): Convert a rendered image to an RGBA array
line_layer(): Create a line layer (screen-space lines, no geometry)
mesh_bbox(): Compute the axis-aligned bounding box of a mesh
mesh_from_rgl(): Convert an rgl tmesh3d to scimesh mesh format
mesh_to_rgl(): Convert a scimesh mesh to rgl tmesh3d format
path_curvature(): Curvature along a path
path_length(): Length of a path
read_obj(): Read a Wavefront OBJ file
read_ply(): Read a Stanford PLY file
read_stl(): Read an STL file
render_lines(): Render line segments as thin cylinders
render_mesh(): Render a 3D mesh to an image
render_options(): Create render options
render_points(): Render screen-space point primitives
render_scene(): Render multiple meshes to an image
render_segments(): Render line segments directly to an image
render_spheres(): Render multiple spheres from point data
render_text(): Render text labels to an image
render_triangles(): Render raw triangles without index buffer
resample_path(): Resample a path at a fixed arc length step
rotate_mesh(): Rotate a mesh around an axis
scale_mesh(): Scale a mesh uniformly or per-axis
scene(): Create a scene descriptor
scene_set_line_affects_bounds(): Change whether line layers of a scene contribute to its bounds
set_mesh_alpha(): Set the transparency of a whole mesh
spline_path(): Smooth curve through ordered 3D points
stack_horizontal(): Stack images horizontally
stack_vertical(): Stack images vertically
text_extent(): Measure text
text_layer(): Create a text label layer (2D annotations for a scene)
transform_mesh(): Apply a 4x4 transformation matrix to a mesh
translate_mesh(): Translate a mesh
viridis_colormap(): Viridis colormap
world_to_screen(): Project world coordinates to image pixels
write_gltf(): Write a scene or mesh list to a glTF file
write_png(): Write a rendered image to a PNG file
write_stl(): Write a mesh to an STL file
write_tga(): Write a rendered image to a TGA file