Gorilla.Armature

Unit Gorilla.Armature.pas

Classes

TGorillaArmature = class ( TGorillaTransform )
TGorillaHAnimHumanoid = class ( TGorillaTransform )

Constants

const ARMATURES_COLORS : array[0..9] of TAlphaColor = ;

TGorillaArmature

The basic instance for skin- or skeleton animation nodes An armature instance belongs to a specific shape / mesh. The represented hierarchy is defined by the skeleton node and its children.

Ancestors

-TGorillaTransform

-TGorillaControl

Members

Fields

protected FSkeletons : TList<Gorilla.Transform.TGorillaTransform>
protected FMeshes : TGorillaMeshList
protected FJointMap : TDictionary<Gorilla.DefTypes.TJointDef,Gorilla.Joint.TGorillaJoint>
public ArmatureIndex : Integer

Methods

public constructor Create ( AOwner : TComponent ) ;
public destructor Destroy ( ) ;
protected function GetShowJoints ( ) : Boolean ;
protected procedure SetShowJoints ( AValue : Boolean ) ;
protected function GetJointsRenderColor ( ) : TAlphaColor ;
protected procedure SetJointsRenderColor ( AValue : TAlphaColor ) ;
protected procedure Render ( ) ; override;
protected procedure doOnVertexJointsListValueNotify ( ASender : TObject; const AItem : TVertexJoints; AAction : TCollectionNotification ) ;
protected procedure DoLoadHierarchyFromDef ( ADef : TTransformDef ) ; override;
protected procedure DoLoadControllersFromDef ( ADef : TArmatureDef ) ;
protected procedure DoLoadUncontrolledJoints ( ADef : TArmatureDef ) ;
protected procedure DoDuplicate ( ASource : TComponent; ADuplicator : TGorillaDuplicator ) ; override;
Duplicates a TGorillaMesh/TGorillaModel and all of its submeshes. The method copies the complete memory structure and refreshes necessary lists and standalone components
public procedure LinkJoint ( const ADef : TJointDef; const AJoint : TGorillaJoint ) ;
public function FindJoint ( const ADef : TJointDef ) : TGorillaJoint ;
public procedure CalculateInverseBindTransformMatrix ( const ACtrl : TControllerDef ) ;
public procedure LoadFromDefinition ( const ADef : TCustomDef ) ; override;
public procedure PrepareSkinAnimation ( ) ; virtual;
public procedure PrepareSkinAnimationStep ( ACtrl : TControllerDef ) ; virtual;
public procedure AnimateSkin ( const AMeshBuffers : TDictionary<Gorilla.DefTypes.TMeshDef,FMX.Types3D.TVertexBuffer> = nil ) ;
This method is automatically called by the render method. It will apply the current joint transformation to the shape.
Parameters
- const AMeshBuffers : TDictionary<Gorilla.DefTypes.TMeshDef,FMX.Types3D.TVertexBuffer> = nil - This parameter is used by the caching mechanism. Supply a specific number of vertex buffers equal to the number of sub meshes in a model.
public procedure DebugOut ( ) ;

Properties

public Skeletons : TList<Gorilla.Transform.TGorillaTransform>
The starting point of the skeleton. This is the TGorillaHAnimJoint node at the top of the joint hierarchy.
read FSkeletons
public Meshes : TObjectList<Gorilla.Mesh.TGorillaMesh>
all linked meshes for this armature
read FMeshes
public ShowJoints : Boolean
read GetShowJoints
write SetShowJoints
public JointsRenderColor : TAlphaColor
read GetJointsRenderColor
write SetJointsRenderColor

TGorillaHAnimHumanoid

The basic instance for skin- or skeleton animation nodes An armature instance belongs to a specific shape / mesh. The represented hierarchy is defined by the skeleton node and its children.

Ancestors

-TGorillaTransform

-TGorillaControl

Members

Fields

protected FSkeletons : TList<Gorilla.Transform.TGorillaTransform>
protected FMeshes : TGorillaMeshList
protected FJointMap : TDictionary<Gorilla.DefTypes.TJointDef,Gorilla.Joint.TGorillaJoint>
public ArmatureIndex : Integer

Methods

public constructor Create ( AOwner : TComponent ) ;
public destructor Destroy ( ) ;
protected function GetShowJoints ( ) : Boolean ;
protected procedure SetShowJoints ( AValue : Boolean ) ;
protected function GetJointsRenderColor ( ) : TAlphaColor ;
protected procedure SetJointsRenderColor ( AValue : TAlphaColor ) ;
protected procedure Render ( ) ; override;
protected procedure doOnVertexJointsListValueNotify ( ASender : TObject; const AItem : TVertexJoints; AAction : TCollectionNotification ) ;
protected procedure DoLoadHierarchyFromDef ( ADef : TTransformDef ) ; override;
protected procedure DoLoadControllersFromDef ( ADef : TArmatureDef ) ;
protected procedure DoLoadUncontrolledJoints ( ADef : TArmatureDef ) ;
protected procedure DoDuplicate ( ASource : TComponent; ADuplicator : TGorillaDuplicator ) ; override;
Duplicates a TGorillaMesh/TGorillaModel and all of its submeshes. The method copies the complete memory structure and refreshes necessary lists and standalone components
public procedure LinkJoint ( const ADef : TJointDef; const AJoint : TGorillaJoint ) ;
public function FindJoint ( const ADef : TJointDef ) : TGorillaJoint ;
public procedure CalculateInverseBindTransformMatrix ( const ACtrl : TControllerDef ) ;
public procedure LoadFromDefinition ( const ADef : TCustomDef ) ; override;
public procedure PrepareSkinAnimation ( ) ; virtual;
public procedure PrepareSkinAnimationStep ( ACtrl : TControllerDef ) ; virtual;
public procedure AnimateSkin ( const AMeshBuffers : TDictionary<Gorilla.DefTypes.TMeshDef,FMX.Types3D.TVertexBuffer> = nil ) ;
This method is automatically called by the render method. It will apply the current joint transformation to the shape.
Parameters
- const AMeshBuffers : TDictionary<Gorilla.DefTypes.TMeshDef,FMX.Types3D.TVertexBuffer> = nil - This parameter is used by the caching mechanism. Supply a specific number of vertex buffers equal to the number of sub meshes in a model.
public procedure DebugOut ( ) ;

Properties

public Skeletons : TList<Gorilla.Transform.TGorillaTransform>
The starting point of the skeleton. This is the TGorillaHAnimJoint node at the top of the joint hierarchy.
read FSkeletons
public Meshes : TObjectList<Gorilla.Mesh.TGorillaMesh>
all linked meshes for this armature
read FMeshes
public ShowJoints : Boolean
read GetShowJoints
write SetShowJoints
public JointsRenderColor : TAlphaColor
read GetJointsRenderColor
write SetJointsRenderColor