class csCurve : public csObject

This is an abstract class for all curves in Crystal Space

Inheritance:

Public Methods

ITextureHandle* GetTextureHandle()

virtual bool IsLightable()

Lighting support

virtual void SetControlPoint(int index, int control_id)

set control index for a control point (referring to the controls in the parent csPolygonSet)

void SetTextureHandle(csTextureHandle* h)

virtual csCurveTesselated* Tesselate(int res)

Tesselate this curve with the given resolution

virtual ~csCurve()

Inherited from csObject:

Public Methods

CS_ID GetID()

csObject* GetObj(const csIdType& objtype)

virtual csObject* GetObjectParent()

void ObjAdd(csObject* obj)

csObjIterator ObjGet(const csIdType& objtype)

void ObjRelease(csObject* obj)

void ObjRemove(csObject* obj)

Private Fields

CS_ID csid_value

csObjTree* objtree

Private Methods

virtual void SetObjectParent(csObject* parent)

Inherited from csBase:

virtual ~csCurve()

virtual csCurveTesselated* Tesselate(int res)

Tesselate this curve with the given resolution. This function will allocated and return a csCurveTesselated object. the curve is responsible for clamping res to allowed values itself.

virtual void SetControlPoint(int index, int control_id)

set control index for a control point (referring to the controls in the parent csPolygonSet)

ITextureHandle* GetTextureHandle()

void SetTextureHandle(csTextureHandle* h)

virtual bool IsLightable()

Lighting support. If IsLightable returns true, PosInSpace and Normal should calculate accurate positions and normals for the beziers, regardless of the approximating tesselation method. These are used for lighting. Default behaviour is to allow for unlighted curves. Derive these if you do want them lighted.

Direct child classes:

csBezier

alphabetic index hierarchy of classes

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