Solver

class tissue_forge.models.vertex.solver.MeshSolverTimers

Mesh solver performance timers

reset() → HRESULT: Reset the timers

str() → std::string: Get a string representation of the current timer average values

class tissue_forge.models.vertex.solver.MeshSolver

Vertex model mesh solver

A singleton solver performs all vertex model dynamics simulation at runtime.

property timers: Performance timers

static init() → HRESULT: Initialize the solver

static get() → TissueForge::models::vertex::MeshSolver *: Get the solver singleton

static compact() → HRESULT: Reduce internal buffers and storage

static engine_lock() → HRESULT: Locks the engine for thread-safe engine operations

static engine_unlock() → HRESULT: Unlocks the engine for thread-safe engine operations

static is_dirty() → bool: Test whether the current mesh state needs updated

static set_dirty(_isDirty: bool const &) → HRESULT: Set whether the current mesh state needs updated

static get_mesh() → TissueForge::models::vertex::Mesh *: Get the mesh

static register_type(*args) → HRESULT

Overload 1:

Register a body type

Parameters:: _type (BodyType) – type

Overload 2:

Register a surface type

Parameters:: _type (SurfaceType) – type

static find_surface_from_name(_name: std::string const &) → TissueForge::models::vertex::SurfaceType *

Find a registered surface type by name

Parameters:: _name (string) – type name

static find_body_from_name(_name: std::string const &) → TissueForge::models::vertex::BodyType *

Find a registered body type by name

Parameters:: _name (string) – type name

static get_body_type(typeId: unsigned int const &) → TissueForge::models::vertex::BodyType *

Get a body type by id

Parameters:: typeId (int) – type id

static get_surface_type(typeId: unsigned int const &) → TissueForge::models::vertex::SurfaceType *

Get a surface type by id

Parameters:: typeId (int) – type id

static num_body_types() → int const: Get the number of registered body types

static num_surface_types() → int const: Get the number of registered surface types

static num_vertices() → unsigned int: Get the number of vertices

static num_surfaces() → unsigned int: Get the number of surfaces

static num_bodies() → unsigned int: Get the number of bodies

static size_vertices() → unsigned int: Get the size of the list of vertices

static size_surfaces() → unsigned int: Get the size of the list of surfaces

static size_bodies() → unsigned int: Get the size of the list of bodies

static position_changed() → HRESULT: Update internal data due to a change in position

static update(_force: bool const & = False) → HRESULT

Update the solver if dirty

Parameters:: _force (boolean) – flag to force an update and ignore whether the solver is dirty

static get_log() → std::vector< TissueForge::models::vertex::MeshLogEvent,std::allocator< TissueForge::models::vertex::MeshLogEvent > >: Get the current logger events

static log(*args, **kwargs) → HRESULT

Log an event

Parameters:

type (int) – type of event
objIDs (std::vector< int,std::allocator< int > >) – object ids
objTypes (std::vector< TissueForge::models::vertex::MeshObjTypeLabel,std::allocator< TissueForge::models::vertex::MeshObjTypeLabel > >) – object type ids
name (string) – name of event

static is_3d() → bool

Test whether the mesh is 3D.

A 3D mesh has at least one body.

Return type:: boolean
Returns:: true if the mesh is 3D