Module systems 

Functions

hide_floor_when_viewed_from_below

Hides the floor if the camera is below it

prop_transform_sequence

System to apply global transforms to props in the scene

smpl_advance_anim

System to Advance Animation timer

smpl_align_vertical

System to align a mesh at every frame to the floor

smpl_anim_scroll_gui

smpl_apply_pose

System for applying a pose to the given template

smpl_auto_add_follow

System to add a SmplInterval to entities in case it doesn’t already exist

smpl_auto_add_scene

System to add a SceneAnimation Resource in case it doesn’t already exist

smpl_betas_gui

smpl_betas_to_verts

System to compute vertices if Betas has changed.

smpl_compute_pose_correctives

System for computing and applying pose correctives given a pose

smpl_event_dropfile

smpl_expression_apply

System to apply the expression offsets.

smpl_expression_gui

smpl_expression_offsets

System to compute Expression offsets if Expression or SmplParams have changed.

smpl_follow_anim

System for follower computations

smpl_hand_pose_gui

smpl_interop_gui

smpl_lazy_load_model

Check all entities with SmplParams and lazy load the smpl model if needed do it in two stages, first checking if we need to acually load anything and in the second stage we actually load stuff, this is in order to avoid accing the SmplModel mutable and then triggering all the other systems to run

smpl_make_dummy_pose

Smpl bodies have to be assigned some pose, so if we have no Pose and no Animation we set a dummy default pose

smpl_mask_pose

System for handling pose overrides

smpl_params_gui

smpl_pose_remap

System to remap the SmplType of a pose to the SmplType found in SmplParams

smpl_to_gloss_mesh

System to convert SmplOutput components to gloss components (Verts, Faces, Normals, etc.) for the upload_pass

smpl_vertex_offset_apply

System to apply the free vertex offsets. This internally uses the generic variant of the function suffixed with _on_backend

smpl_vertex_offset_gui

to_ndarray

Convert a float tensor from Router to NdArray.

to_ndarray_int

Same idea for int tensors, if you ever need it.