/*
===================
R_EntityDefDynamicModel
Issues a deferred entity callback if necessary.
If the model isn't dynamic, it returns the original.
Returns the cached dynamic model if present, otherwise creates
it and any necessary overlays
===================
*/
idRenderModel *R_EntityDefDynamicModel( idRenderEntityLocal *def )
{
bool callbackUpdate;
// allow deferred entities to construct themselves
if( def->parms.callback )
{
callbackUpdate = R_IssueEntityDefCallback( def );
}
else
{
callbackUpdate = false;
}
idRenderModel *model = def->parms.hModel;
if( !model )
{
common->Error( "R_EntityDefDynamicModel: NULL model" );
}
if( model->IsDynamicModel() == DM_STATIC )
{
def->dynamicModel = NULL;
def->dynamicModelFrameCount = 0;
return model;
}
// continously animating models (particle systems, etc) will have their snapshot updated every single view
if( callbackUpdate || ( model->IsDynamicModel() == DM_CONTINUOUS && def->dynamicModelFrameCount != tr.frameCount ) )
{
R_ClearEntityDefDynamicModel( def );
}
// if we don't have a snapshot of the dynamic model, generate it now
if( !def->dynamicModel )
{
// instantiate the snapshot of the dynamic model, possibly reusing memory from the cached snapshot
def->cachedDynamicModel = model->InstantiateDynamicModel( &def->parms, tr.viewDef, def->cachedDynamicModel );
if( def->cachedDynamicModel )
{
// add any overlays to the snapshot of the dynamic model
if( def->overlay && !r_skipOverlays.GetBool() )
{
def->overlay->AddOverlaySurfacesToModel( def->cachedDynamicModel );
}
else
{
idRenderModelOverlay::RemoveOverlaySurfacesFromModel( def->cachedDynamicModel );
}
if( r_checkBounds.GetBool() )
{
idBounds b = def->cachedDynamicModel->Bounds();
if( b[0][0] < def->referenceBounds[0][0] - CHECK_BOUNDS_EPSILON ||
b[0][1] < def->referenceBounds[0][1] - CHECK_BOUNDS_EPSILON ||
b[0][2] < def->referenceBounds[0][2] - CHECK_BOUNDS_EPSILON ||
b[1][0] > def->referenceBounds[1][0] + CHECK_BOUNDS_EPSILON ||
b[1][1] > def->referenceBounds[1][1] + CHECK_BOUNDS_EPSILON ||
b[1][2] > def->referenceBounds[1][2] + CHECK_BOUNDS_EPSILON )
{
common->Printf( "entity %i dynamic model exceeded reference bounds\n", def->index );
}
}
}
def->dynamicModel = def->cachedDynamicModel;
def->dynamicModelFrameCount = tr.frameCount;
}
// set model depth hack value
if( def->dynamicModel && model->DepthHack() != 0.0f && tr.viewDef )
{
idPlane eye, clip;
idVec3 ndc;
R_TransformModelToClip( def->parms.origin, tr.viewDef->worldSpace.modelViewMatrix, tr.viewDef->projectionMatrix, eye, clip );
R_TransformClipToDevice( clip, ndc );
def->parms.modelDepthHack = model->DepthHack() * ( 1.0f - ndc.z );
}
// FIXME: if any of the surfaces have deforms, create a frame-temporary model with references to the
// undeformed surfaces. This would allow deforms to be light interacting.
return def->dynamicModel;
}
/*
===================
R_EntityDefDynamicModel
This is also called by the game code for idRenderWorldLocal::ModelTrace(), and idRenderWorldLocal::Trace() which is bad for performance...
Issues a deferred entity callback if necessary.
If the model isn't dynamic, it returns the original.
Returns the cached dynamic model if present, otherwise creates it.
===================
*/
idRenderModel* R_EntityDefDynamicModel( idRenderEntityLocal* def )
{
if( def->dynamicModelFrameCount == tr.frameCount )
{
return def->dynamicModel;
}
// allow deferred entities to construct themselves
bool callbackUpdate;
if( def->parms.callback != NULL )
{
SCOPED_PROFILE_EVENT( "R_IssueEntityDefCallback" );
callbackUpdate = R_IssueEntityDefCallback( def );
}
else
{
callbackUpdate = false;
}
idRenderModel* model = def->parms.hModel;
if( model == NULL )
{
common->Error( "R_EntityDefDynamicModel: NULL model" );
return NULL;
}
if( model->IsDynamicModel() == DM_STATIC )
{
def->dynamicModel = NULL;
def->dynamicModelFrameCount = 0;
return model;
}
// continously animating models (particle systems, etc) will have their snapshot updated every single view
if( callbackUpdate || ( model->IsDynamicModel() == DM_CONTINUOUS && def->dynamicModelFrameCount != tr.frameCount ) )
{
R_ClearEntityDefDynamicModel( def );
}
// if we don't have a snapshot of the dynamic model, generate it now
if( def->dynamicModel == NULL )
{
SCOPED_PROFILE_EVENT( "InstantiateDynamicModel" );
// instantiate the snapshot of the dynamic model, possibly reusing memory from the cached snapshot
def->cachedDynamicModel = model->InstantiateDynamicModel( &def->parms, tr.viewDef, def->cachedDynamicModel );
if( def->cachedDynamicModel != NULL && r_checkBounds.GetBool() )
{
idBounds b = def->cachedDynamicModel->Bounds();
if( b[0][0] < def->localReferenceBounds[0][0] - CHECK_BOUNDS_EPSILON ||
b[0][1] < def->localReferenceBounds[0][1] - CHECK_BOUNDS_EPSILON ||
b[0][2] < def->localReferenceBounds[0][2] - CHECK_BOUNDS_EPSILON ||
b[1][0] > def->localReferenceBounds[1][0] + CHECK_BOUNDS_EPSILON ||
b[1][1] > def->localReferenceBounds[1][1] + CHECK_BOUNDS_EPSILON ||
b[1][2] > def->localReferenceBounds[1][2] + CHECK_BOUNDS_EPSILON )
{
common->Printf( "entity %i dynamic model exceeded reference bounds\n", def->index );
}
}
def->dynamicModel = def->cachedDynamicModel;
def->dynamicModelFrameCount = tr.frameCount;
}
// set model depth hack value
if( def->dynamicModel != NULL && model->DepthHack() != 0.0f && tr.viewDef != NULL )
{
idPlane eye, clip;
idVec3 ndc;
R_TransformModelToClip( def->parms.origin, tr.viewDef->worldSpace.modelViewMatrix, tr.viewDef->projectionMatrix, eye, clip );
R_TransformClipToDevice( clip, ndc );
def->parms.modelDepthHack = model->DepthHack() * ( 1.0f - ndc.z );
}
else
{
def->parms.modelDepthHack = 0.0f;
}
return def->dynamicModel;
}