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Eagle517
341
Torque/SDK/lib/maxsdk31/IGeomImp.h
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341
Torque/SDK/lib/maxsdk31/IGeomImp.h
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/**********************************************************************
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*<
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FILE: IGeomImp.h
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DESCRIPTION: Declaration of the interface which a puppet must implement.
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A puppet is essentially a geometry machine with a series of
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set poses and operations.
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CREATED BY: John Hutchinson
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HISTORY: Dec 9, 1997
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*> Copyright (c) 1997, All Rights Reserved.
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**********************************************************************/
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#ifndef __IGEOMPUPPET_H
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#define __IGEOMPUPPET_H
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#include "export.h"
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#include <windows.h>
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#include "maxtypes.h"
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//FIX ME
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//THis should not depend on GE
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//but for now we use some of its classes
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class AcGePoint3d;
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class AcGeVector3d;
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class AcGePlane;
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class AcGePoint2d;
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class AcGeVector2d;
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#define OP_TIMING
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//FIX ME
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//This shouldn't depend on amodeler
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//but for now we use some of its classes
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//JH 3/9/99 Removing references to vertexdata
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//#include "../msdkamodeler/inc/vertdata.h"
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//need the mesh class for TriangulateMesh
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#include "max.h"
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class INode;
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class ViewExp;
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extern inline AcGePoint3d* MaxArToGeAr(const Point3* maxPt, int numverts);
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#define MAX_MESH_ID 0x00000001
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#define AMODELER_BODY_ID 0x00000002
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class OpTimer;
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class IGeomImp {
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protected:
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public:
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static DllExport OpTimer opstatistics; //exported from core, initialized in hostcomp.cpp
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//access to the actual internal geometry representation
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// virtual void SetInternalRepresentation(LONG RepID, void *rep);
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virtual void Init(void *prep = NULL, LONG RepID = -1) = 0;
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virtual void *GetInternalRepresentation(LONG RepID, bool* needsdelete)= 0;// access to the wrapped cache
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virtual LONG NativeRepresentationID() = 0;
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///////////////////////////////////////////////////////////////////////////
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//
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// pseudoconstructors
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//
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//JH In the process of overloading these for ease of use in MAX 03/26/99
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virtual bool createBox(const Point3& p) = 0;
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virtual bool createBox(const AcGePoint3d& p, const AcGeVector3d& vec) = 0;
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virtual bool createSphere(float radius, int sides, BOOL smooth = TRUE) = 0;
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virtual bool createSphere(const AcGePoint3d& p, double radius, int approx) = 0;
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virtual bool createCylinder(float height, float radius, int sides , BOOL smooth = TRUE) = 0;
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virtual bool createCylinder(const AcGePoint3d& axisStart, const AcGePoint3d& axisEnd,
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double radius, int approx) = 0;
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virtual bool createCone(float height, float radius1, float radius2, int sides , BOOL smooth = TRUE) = 0;
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virtual bool createCone(const AcGePoint3d& axisStart, const AcGePoint3d& axisEnd,
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const AcGeVector3d& baseNormal, double radius1, double radius2, int approx) = 0;
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virtual bool createPipe(float height, float radius1, float radius2, int sides , BOOL smooth = TRUE) = 0;
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virtual bool createPipe(const AcGePoint3d& axisStart, const AcGePoint3d& axisEnd,
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const AcGeVector3d& baseNormal,
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double dblOuterRadius, double dblInnerRadius,
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int approx) = 0;
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virtual void createPipeConic(const AcGePoint3d& axisStart, const AcGePoint3d& axisEnd,
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const AcGeVector3d& baseNormal,
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double outterRadius1, double innerRadius1,
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double outterRadius2, double innerRadius2,
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int approx) = 0;
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virtual void createTetrahedron(const AcGePoint3d& p1, const AcGePoint3d& p2,
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const AcGePoint3d& p3, const AcGePoint3d& p4) = 0;
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virtual bool createTorus(float majorRadius, float minorRadius, int sidesa, int segs, BOOL smooth = TRUE) = 0;
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virtual bool createTorus(const AcGePoint3d& axisStart, const AcGePoint3d& axisEnd,
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double majorRadius, double minorRadius, int majorApprox, int minorApprox) = 0;
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/*
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virtual void createReducingElbow(const AcGePoint3d& elbowCenter, const AcGePoint3d& endCenter1,
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const AcGePoint3d& endCenter2, double endRadius1, double endRadius2,
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int majorApprox, int minorApprox) = 0;
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virtual void createRectToCircleReducer(
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const AcGePoint3d& baseCorner,
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const AcGeVector2d& baseSizes,
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const AcGePoint3d& circleCenter,
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const AcGeVector3d& circleNormal,
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double circleRadius,
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int approx) = 0;
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*/
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virtual bool createConvexHull(const AcGePoint3d vertices[], int numVertices) = 0;
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virtual bool createConvexHull(const Point3 vertices[], int numVertices) = 0;
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// Create a body consisting of one face
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//
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/*
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virtual void createFace(const AcGePoint3d vertices[], AModeler::PolygonVertexData* vertexData[],
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int numVertices, const AcGeVector3d &normal) = 0;
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*/
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virtual void createFace(const AcGePoint3d vertices[], int numVertices, BOOL smooth = TRUE) = 0;
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//The boolean operators
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virtual void prepBoolean() = 0;
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virtual void operator +=(IGeomImp& b) = 0;
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virtual void operator -=(IGeomImp& b) = 0;
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virtual void operator *=(IGeomImp& b) = 0;
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virtual int interfere (IGeomImp& b) = 0;
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//combination
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virtual bool Combine(IGeomImp& b) = 0;
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//assignment
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virtual IGeomImp& operator =(IGeomImp& b) = 0;
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// The section method removes part of the body in the positive halfplane
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//
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virtual void section(const Matrix3& tm) = 0;
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virtual void section(const AcGePlane& p) = 0;
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// Sweeps
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//
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virtual bool createPyramid(float width, float depth, float height)=0;
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virtual bool createPyramid(
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const AcGePoint3d vertices[],
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// AModeler::PolygonVertexData* vertexData[],
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int numVertices,
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const AcGeVector3d &plgNormal,
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const AcGePoint3d &apex) = 0;
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// virtual bool createExtrusion(const Point3 vertices[], int numVertices, const float height )=0;
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virtual bool createExtrusion(
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PolyPt vertices[],
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int numVertices,
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const float height,
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const BOOL smooth,
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const BOOL genMatIDs,
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const BOOL useShapeIDs)=0;
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virtual bool createExtrusion(
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const AcGePoint3d vertices[],
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// AModeler::PolygonVertexData* vertexData[],
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int numVertices,
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const AcGeVector3d &plgNormal,
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const AcGeVector3d &extusionVector,
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const AcGePoint3d &fixedPt,
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double scaleFactor,
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double twistAngle) = 0;
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virtual void createAxisRevolution(
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const AcGePoint3d vertices[],
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// AModeler::PolygonVertexData* vertexData[],
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int numVertices,
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const AcGeVector3d &normal,
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const AcGePoint3d &axisStart,
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const AcGePoint3d &axisEnd,
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double revolutionAngle,
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int approx,
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const AcGePoint3d &fixedPt,
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double scaleFactor,
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double twistAngle) = 0;
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virtual void createEndpointRevolution(
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const AcGePoint3d vertices[],
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// AModeler::PolygonVertexData* vertexData[],
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int numVertices,
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const AcGeVector3d &normal,
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double revolutionAngle,
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int approx)=0;
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/*
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void createSkin(
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AsdkBody* profiles[],
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int numProfiles,
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bool isClosed,
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MorphingMap* morphingMaps[]);
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*/
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virtual void createExtrusionAlongPath(
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const AcGePoint3d vertices[],
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// AModeler::PolygonVertexData* vertexData[],
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int numVerticesm,
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bool pathIsClosed,
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bool bCheckValidity,
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const AcGePoint3d &scaleTwistFixedPt,
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double scaleFactor,
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double twistAngle,
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const AcGeVector3d &extusionVector) = 0;
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virtual void createWallCorner(
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const AcGePoint2d& pt1, // Start of wall 1
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const AcGePoint2d& pt2, // End of wall 1, start of wall 2
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const AcGePoint2d& pt3, // End of wall 2
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bool materialToTheLeft,
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double width1, // Wall 1 width
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double width2, // Wall 2 width
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double height, // Wall height
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AcGePlane& matingPlane1,
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AcGePlane& matingPlane2,
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bool& wall1NeedsToBeSectioned,
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bool& wall2NeedsToBeSectioned) = 0;
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///////////////////////////////////////////////////////////////////////////
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//
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// transforms
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//
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virtual void transform(Matrix3 & mat, bool override_locks = true) = 0;
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///////////////////////////////////////////////////////////////////////////
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//
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// triangulation
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//
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// Saves the triangles directly to a Mesh //
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virtual void triangulateMesh(TimeValue t, Mesh& m,
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TesselationType type = kTriangles, bool cacheTriangles = true) = 0;
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/* TO DO
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// saves the triangle back to the callback object
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virtual void triangulate (TimeValue t, OutputTriangleCallback*,
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TriangulationType type = kGenerateTriangles, bool cacheTriangles = true) = 0;
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*/
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///////////////////////////////////////////////////////////////////////////
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//
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// display
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//
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virtual void Display(TimeValue t, INode* inode, ViewExp *vpt, int flags) = 0;
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virtual void Invalidate() = 0;
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//Validity
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virtual bool isNull() = 0;
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//////////////////////////////////////////////////////////////////////////
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//
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// Copy
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//
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virtual IGeomImp * Copy(void) = 0;
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//////////////////////////////////////////////////////////////////////////
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//
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// BondingBox methods
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//
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virtual void GetDeformBBox(TimeValue t, Box3& box, Matrix3 *tm=NULL, BOOL useSel=FALSE ) = 0;
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//////////////////////////////////////////////////////////////////////////
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//
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// Constraining transform
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//
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virtual bool GetTransformLock(int type, int axis) = 0;
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virtual void SetTransformLock(int type, int axis, BOOL onOff) = 0;
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};
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//#ifdef IMPORTING
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//#error
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//#endif
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#define HIRES
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class OpTimer: public MeshOpProgress
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{
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private:
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#ifdef HIRES
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LARGE_INTEGER opstart;
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LARGE_INTEGER optime;
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LARGE_INTEGER cumtime;
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LARGE_INTEGER res;
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#else
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int opstart, optime, cumtime;
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#endif
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int m_errorcode;
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int m_errcount;
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int m_opcount;
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TSTR curopname;
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public:
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//From MeshOpProgress
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OpTimer():m_errorcode(0), m_opcount(0){curopname = "??";}
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void Init(int total)
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{
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++m_opcount;
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m_errorcode = 0;
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#ifdef HIRES
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QueryPerformanceFrequency(&res);
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optime.QuadPart = 0;
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QueryPerformanceCounter(&opstart);
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#else
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opstart = GetTickCount();
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#endif
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}
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BOOL Progress(int p)
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{
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#ifdef HIRES
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LARGE_INTEGER opnow;
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QueryPerformanceCounter(&opnow);
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cumtime.QuadPart += (opnow.QuadPart - (opstart.QuadPart + optime.QuadPart));
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optime.QuadPart = opnow.QuadPart - opstart.QuadPart;
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#else
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integer opnow = GetTickCount();
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cumtime += (opnow - (opstart + optime));
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optime = opnow - opstart;
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#endif
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return true;
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}
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void OutputMetrics(HWND hDlg);
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void InitName(char *opname){curopname = opname;}
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void ExtendName(char *opname){curopname += opname;}
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void FlagError(int errcode = 999){m_errorcode = errcode;++m_errcount;}
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void Reset(){
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m_errcount = 0; m_opcount=0;
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#ifdef HIRES
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cumtime.QuadPart = 0;
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#else
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optime = 0;
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#endif
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}
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};
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extern "C" __declspec(dllexport) IGeomImp* CreateAmodelerBody();
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extern "C" __declspec(dllexport) IGeomImp* CreateMeshAdapter();
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#endif //__IGEOMPUPPET_H
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