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#ifndef QMPVISUALIZATION_H
#define QMPVISUALIZATION_H
#include <stack>
#include <thread>
#include <utility>
#include <vector>
#include <smelt.hpp>
#include <smmath.hpp>
#include <smttfont.hpp>
#include "qmpvirtualpiano3d.hpp"
#include "../include/qmpcorepublic.hpp"
class qmpVisualization;
struct MidiVisualEvent
{
uint32_t tcs,tce;
uint32_t key,vel;
uint32_t ch;
};
class qmpVisualization:public qmpPluginIntf,public qmpFuncBaseIntf
{
friend class CloseHandler;
private:
qmpPluginAPI* api;
std::thread* rendererTh;
std::vector<MidiVisualEvent*>pool;
smHandler *h,*closeh;
std::stack<uint32_t> pendingt[16][128],pendingv[16][128];
SMELT *sm;
SMTRG tdscn,tdparticles;
SMTEX chequer,bgtex,particletex,pianotex;
smTTFont font,font2,fonthdpi;
qmpVirtualPiano3D* p3d[16];
smEntity3DBuffer* nebuf;
smParticleSystem* pss[16][128];
smPSEmissionPositionGenerator* psepg;
float pos[3],rot[3],lastx,lasty;
uint32_t ctc,ctk,elb;
double etps;
bool shouldclose,playing;
int herh,heh,hfrf;
int uihb,uihs,uihp,uihr;
std::vector<std::pair<uint32_t,uint32_t>>tspool;
int traveld[16][128];bool notestatus[16][128],lastnotestatus[16][128];
int spectra[16][128],spectrar[16][128];
void drawCube(smvec3d a,smvec3d b,DWORD col,SMTEX tex);
void showThread();
void pushNoteOn(uint32_t tc,uint32_t ch,uint32_t key,uint32_t vel);
void pushNoteOff(uint32_t tc,uint32_t ch,uint32_t key);
void updateVisualization3D();
void updateVisualization2D();
public:
qmpVisualization(qmpPluginAPI* _api);
~qmpVisualization();
void show();
void close();
bool update();
void start();
void stop();
void pause();
void reset();
void init();
void deinit();
const char* pluginGetName();
const char* pluginGetVersion();
};
class CMidiVisualHandler:public smHandler
{
private:
qmpVisualization *p;
public:
CMidiVisualHandler(qmpVisualization* par){p=par;}
bool handlerFunc(){return p->update();}
};
class CloseHandler:public smHandler
{
private:
qmpVisualization *p;
public:
CloseHandler(qmpVisualization* par){p=par;}
public:
bool handlerFunc()
{
std::thread ([this]{
p->api->setFuncState("Visualization",false);
p->close();}).detach();
return false;
}
};
extern "C"{
EXPORTSYM qmpPluginIntf* qmpPluginGetInterface(qmpPluginAPI* api)
{return new qmpVisualization(api);}
EXPORTSYM const char* qmpPluginGetAPIRev()
{return QMP_PLUGIN_API_REV;}
}
#endif // QMPVISUALIZATION_H
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