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#ifndef _SZGPARTIVIEW_H
#define _SZGPARTIVIEW_H
/*
* Main scene data for szgPartiview.
*/
#include "arMasterSlaveFramework.h"
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#ifdef WIN32
# include "winjunk.h"
#endif
#include "specks.h"
#include "partiviewc.h"
#include <vector>
typedef struct subcam {
char name[8];
float azim, elev, roll;
float nleft, right, ndown, up;
} Subcam;
struct PvObject {
struct stuff *st_;
Matrix To2w_;
char *name_;
int id_; // id in parent's list of objects
int parent_; /* 0=world, GV_ID_CAMERA=attach-to-camera */
PvObject();
PvObject( const char *name, int id );
void init( const char *name, int id );
Matrix *To2w() { return &To2w_; }
void To2w( const Matrix *T ) { To2w_ = *T; }
int parent() const { return parent_; } // 0 if ordinary, -1 if parent is camera
void parent(int p) { parent_ = p; }
int id() const { return id_; }
void draw( bool inpick = false );
struct stuff *objstuff() { return st_; }
};
struct PvScene {
Point center_;
float censize_;
std::vector <class PvObject> objs_;
PvScene() {
center_.x[0] = center_.x[1] = center_.x[2] = 0;
censize_ = 1.0;
}
const Point *center() const { return ¢er_; }
void center( const Point *p ) { center_ = *p; }
float censize() const { return censize_; }
void censize( float s ) { censize_ = s; }
PvObject *obj( int id ) { return ((unsigned int)id < objs_.size()) ? &objs_[id] : 0; }
struct stuff *objstuff( int id ) {
PvObject *ob = obj(id);
return ob ? ob->objstuff() : 0;
}
int nobjs() const { return objs_.size(); }
PvObject *addobj( const char *name, int id = -1 );
void draw( bool inpick = false );
};
struct Ppszg : public arMasterSlaveFramework {
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PvScene *scene;
// XXX Could have a draw callback kinda like
// XXX void draw() {
// glClearColor( bgcolor.x[0],bgcolor.x[1],bgcolor.x[2], 1 );
// glClear( GL_COLOR_BUFFER_BIT|GL_DEPTH_BUFFER_BIT ); // or however you do background color in szg
// scene->draw();
// }
struct stuff *st; // ref for currently selected Object
Point bgcolor;
float clipnear_, clipfar_;
float focallen_;
Ppszg();
const Matrix *Tc2w() const;
void Tc2w( const Matrix * );
void nearclip( float s ) { clipnear_ = s; }
void farclip( float s ) { clipfar_ = s; }
float nearclip() const { return clipnear_; }
float farclip() const { return clipfar_; }
void focallen(float dist) { focallen_ = dist; }
float focallen() const { return focallen_; }
char *snapfmt;
int snapfno;
float pickrange;
float home[6]; //marx marx version 0.7.03 home is equivalent to a jump to a named point of view
SClock *clk; // master data clock
/* camera animation stuff */
struct wfpath path;
int playing;
int playevery;
int playidling;
float playspeed;
int framebase;
float playtimebase;
int playloop;
double timebasetime;
std::vector <Subcam> sc;
int subcam;
virtual bool onStart( arSZGClient& SZGClient );
virtual bool onWindowStartGL( arGUIWindowInfo * );
virtual void onPreExchange( void ); // called on master only
virtual void onPostExchange( void ); // called on master + slaves
virtual void onWindowInit( void ); // clear to background... ar_defaultWindowInitCallback()
virtual void onDraw( arGraphicsWindow& win, arViewport& vp );
virtual void onDisconnectDraw( void );
virtual void onCleanup( void );
virtual void onUserMessage( const string& messageBody );