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#include <cstdio>
#include <cstdlib>
#include <cstring>
#include <cmath>
#include "qmpvisualization.hpp"
const int viewdist=100;
const int notestretch=100;//length of quarter note
const int minnotelength=100;
DWORD chcolors[]={0XFFFF0000,0XFFFF8000,0XFFFFBF00,0XFFFFFF00,
0XFFBFFF00,0XFF80FF00,0XFF00FF00,0XFF00FFBF,
0XFF00FFFF,0XFF333333,0XFF00BFFF,0XFF007FFF,
0XFF0000FF,0XFF7F00FF,0XFFBF00FF,0XFFFF00BF};
void CTestCallBack::callBack(void *callerdata,void *)
{
SEventCallBackData* cbd=(SEventCallBackData*)callerdata;
switch(cbd->type&0xF0)
{
case 0x80:
par->pushNoteOff(cbd->time,cbd->type&0x0F,cbd->p1);
break;
case 0x90:
par->pushNoteOn(cbd->time,cbd->type&0x0F,cbd->p1,cbd->p2);
break;
}
}
void qmpVisualization::show()
{
sm=smGetInterface(SMELT_APILEVEL);
sm->smVidMode(800,600,true);
sm->smUpdateFunc(h);
sm->smWinTitle("A Stupid Midi Visualization");
sm->smSetFPS(FPS_VSYNC);
sm->smNoSuspend(true);
sm->smInit();
sm->smTextureOpt(TPOT_POT,TFLT_LINEAR);
chequer=sm->smTextureLoad("chequerboard.png");
tdscn=sm->smTargetCreate(800,600);
if(!font.loadTTF("/usr/share/fonts/truetype/freefont/FreeMono.ttf",16))
printf("W: Font load failed.\n");
pos[0]=-0;pos[1]=70;pos[2]=20;
rot[0]=0;rot[1]=90;rot[2]=90;ctk=0;
rendererTh=new std::thread(&SMELT::smMainLoop,sm);
}
void qmpVisualization::close()
{
sm->smFinale();
font.releaseTTF();
sm->smTextureFree(chequer);
sm->smTargetFree(tdscn);
sm->smRelease();
}
void qmpVisualization::reset()
{
for(unsigned i=0;i<pool.size();++i)delete pool[i];
pool.clear();
for(int i=0;i<16;++i)for(int j=0;j<128;++j)
{
while(!pendingt[i][j].empty())pendingt[i][j].pop();
while(!pendingv[i][j].empty())pendingv[i][j].pop();
}
}
bool qmpVisualization::update()
{
smQuad q;
for(int i=0;i<4;++i)
{q.v[i].col=0xFF999999;q.v[i].z=0;}
q.tex=chequer;q.blend=BLEND_ALPHABLEND;
q.v[0].x=q.v[3].x=-60;q.v[1].x=q.v[2].x=60;
q.v[0].y=q.v[1].y=-60;q.v[2].y=q.v[3].y=60;
q.v[0].tx=q.v[3].tx=0;q.v[1].tx=q.v[2].tx=15;
q.v[0].ty=q.v[1].ty=0;q.v[2].ty=q.v[3].ty=15;
sm->smRenderBegin3D(60,tdscn);
sm->sm3DCamera6f2v(pos,rot);
sm->smClrscr(0xFF666666);
sm->smRenderQuad(&q);
if(sm->smGetKeyState(SMK_D))pos[0]+=cos(smMath::deg2rad(rot[2]-90)),pos[1]+=sin(smMath::deg2rad(rot[2]-90));
if(sm->smGetKeyState(SMK_A))pos[0]-=cos(smMath::deg2rad(rot[2]-90)),pos[1]-=sin(smMath::deg2rad(rot[2]-90));
if(sm->smGetKeyState(SMK_S))pos[0]+=cos(smMath::deg2rad(rot[2])),pos[1]+=sin(smMath::deg2rad(rot[2]));
if(sm->smGetKeyState(SMK_W))pos[0]-=cos(smMath::deg2rad(rot[2])),pos[1]-=sin(smMath::deg2rad(rot[2]));
if(sm->smGetKeyState(SMK_Q))pos[2]+=1;
if(sm->smGetKeyState(SMK_E))pos[2]-=1;
if(sm->smGetKeyState(SMK_LBUTTON)==SMKST_HIT)
sm->smSetMouseGrab(true),sm->smGetMouse2f(&lastx,&lasty);
if(sm->smGetKeyState(SMK_LBUTTON)==SMKST_KEEP)
{
float x,y;
sm->smGetMouse2f(&x,&y);
rot[1]-=(y-lasty)*0.01;
rot[2]+=(x-lastx)*0.01;
while(rot[1]>360)rot[1]-=360;
while(rot[1]<0)rot[1]+=360;
while(rot[2]>360)rot[2]-=360;
while(rot[2]<0)rot[2]+=360;
}
if(sm->smGetKeyState(SMK_LBUTTON)==SMKST_RELEASE)
sm->smSetMouseGrab(false);
if(sm->smGetKeyState(SMK_I))rot[1]+=1;
if(sm->smGetKeyState(SMK_K))rot[1]-=1;
if(sm->smGetKeyState(SMK_L))rot[0]+=1;
if(sm->smGetKeyState(SMK_J))rot[0]-=1;
if(sm->smGetKeyState(SMK_U))rot[2]+=1;
if(sm->smGetKeyState(SMK_O))rot[2]-=1;
//printf("pos: %f %f %f\n",pos[0],pos[1],pos[2]);
//printf("rot: %f %f %f\n",rot[0],rot[1],rot[2]);
double lpt=(double)notestretch/dvs/10.;
for(uint32_t i=0;i<pool.size();++i)//need optimisation here
{
if(fabs((double)pool[i]->tcs-ctk)*lpt<viewdist*2||fabs((double)pool[i]->tce-ctk)*lpt<viewdist*2)
{
smvec3d a(((double)pool[i]->key-64),pool[i]->ch*-2.,((double)pool[i]->tce-ctk)*lpt);
smvec3d b(((double)pool[i]->key-64)+.9,pool[i]->ch*-2.+1.6,((double)pool[i]->tcs-ctk)*lpt);
if(((double)pool[i]->tce-pool[i]->tcs)*lpt<minnotelength/100.)a.z=((double)pool[i]->tcs-ctk)*lpt-minnotelength/100.;
drawCube(a,b,SETA(chcolors[pool[i]->ch],pool[i]->vel),0);
}
}
//ctk+=(int)(etps*sm->smGetDelta());
ctk=api->getCurrentTimeStamp();
if(ctk>fintk)return true;
sm->smRenderEnd();
for(int i=0;i<4;++i){q.v[i].col=0xFFFFFFFF;q.v[i].z=0;}
q.tex=sm->smTargetTexture(tdscn);
sm->smRenderBegin2D();
sm->smClrscr(0xFF000000);
q.v[0].tx=q.v[3].tx=0;q.v[1].tx=q.v[2].tx=1;
q.v[0].ty=q.v[1].ty=0;q.v[2].ty=q.v[3].ty=1;
q.v[0].x=q.v[1].x=0;q.v[2].x=q.v[3].x=800;
q.v[0].y=q.v[3].y=0;q.v[1].y=q.v[2].y=600;
sm->smRenderQuad(&q);
font.updateString(L"FPS: %.2f",sm->smGetFPS());
font.render(1,586,0xFFFFFFFF,ALIGN_LEFT);
font.render(0,585,0xFF000000,ALIGN_LEFT);
sm->smRenderEnd();
return false;
}
void qmpVisualization::drawCube(smvec3d a,smvec3d b,DWORD col,SMTEX tex)
{
smQuad q;q.blend=BLEND_ALPHABLEND;
q.tex=tex;for(int i=0;i<4;++i)q.v[i].col=col;
//top
q.v[0].x=a.x;q.v[0].y=a.y;q.v[0].z=a.z;
q.v[1].x=b.x;q.v[1].y=a.y;q.v[1].z=a.z;
q.v[2].x=b.x;q.v[2].y=b.y;q.v[2].z=a.z;
q.v[3].x=a.x;q.v[3].y=b.y;q.v[3].z=a.z;
sm->smRenderQuad(&q);
//bottom
q.v[0].x=a.x;q.v[0].y=a.y;q.v[0].z=b.z;
q.v[1].x=b.x;q.v[1].y=a.y;q.v[1].z=b.z;
q.v[2].x=b.x;q.v[2].y=b.y;q.v[2].z=b.z;
q.v[3].x=a.x;q.v[3].y=b.y;q.v[3].z=b.z;
sm->smRenderQuad(&q);
//left
q.v[0].x=a.x;q.v[0].y=b.y;q.v[0].z=a.z;
q.v[1].x=a.x;q.v[1].y=b.y;q.v[1].z=b.z;
q.v[2].x=a.x;q.v[2].y=a.y;q.v[2].z=b.z;
q.v[3].x=a.x;q.v[3].y=a.y;q.v[3].z=a.z;
sm->smRenderQuad(&q);
//right
q.v[0].x=b.x;q.v[0].y=b.y;q.v[0].z=a.z;
q.v[1].x=b.x;q.v[1].y=b.y;q.v[1].z=b.z;
q.v[2].x=b.x;q.v[2].y=a.y;q.v[2].z=b.z;
q.v[3].x=b.x;q.v[3].y=a.y;q.v[3].z=a.z;
sm->smRenderQuad(&q);
//front
q.v[0].x=a.x;q.v[0].y=b.y;q.v[0].z=a.z;
q.v[1].x=b.x;q.v[1].y=b.y;q.v[1].z=a.z;
q.v[2].x=b.x;q.v[2].y=b.y;q.v[2].z=b.z;
q.v[3].x=a.x;q.v[3].y=b.y;q.v[3].z=b.z;
sm->smRenderQuad(&q);
//back
q.v[0].x=a.x;q.v[0].y=a.y;q.v[0].z=a.z;
q.v[1].x=b.x;q.v[1].y=a.y;q.v[1].z=a.z;
q.v[2].x=b.x;q.v[2].y=a.y;q.v[2].z=b.z;
q.v[3].x=a.x;q.v[3].y=a.y;q.v[3].z=b.z;
sm->smRenderQuad(&q);
}
qmpVisualization::qmpVisualization(qmpPluginAPI* _api){api=_api;}
qmpVisualization::~qmpVisualization(){api=NULL;}
void qmpVisualization::init()
{
puts("hello world from test plugin!");
cb=new CTestCallBack(this);
vi=new CDemoVisualization(this);
h=new CMidiVisualHandler(this);
api->registerVisualizationIntf(vi);
api->registerEventReaderIntf(cb,NULL);
}
void qmpVisualization::deinit()
{
delete cb;delete vi;
delete h;
}
const char* qmpVisualization::pluginGetName()
{return "QMidiPlayer Default Visualization Plugin";}
const char* qmpVisualization::pluginGetVersion()
{return "0.7.8";}
void qmpVisualization::pushNoteOn(uint32_t tc,uint32_t ch,uint32_t key,uint32_t vel)
{
pendingt[ch][key].push(tc);
pendingv[ch][key].push(vel);
}
void qmpVisualization::pushNoteOff(uint32_t tc,uint32_t ch,uint32_t key)
{
if(pendingt[ch][key].size()<1)return;
MidiVisualEvent *ne=new MidiVisualEvent();
ne->tcs=pendingt[ch][key].top();pendingt[ch][key].pop();
ne->tce=tc;ne->ch=ch;ne->key=key;
ne->vel=pendingv[ch][key].top();pendingv[ch][key].pop();
if(tc>fintk)fintk=tc;
}
//dummy implementations of the api...
uint32_t qmpPluginAPI::getDivision(){return 0;}
uint32_t qmpPluginAPI::getRawTempo(){return 0;}
double qmpPluginAPI::getRealTempo(){return 0;}
uint32_t qmpPluginAPI::getTimeSig(){return 0;}
int qmpPluginAPI::getKeySig(){return 0;}
uint32_t qmpPluginAPI::getNoteCount(){return 0;}
uint32_t qmpPluginAPI::getCurrentPolyphone(){return 0;}
uint32_t qmpPluginAPI::getMaxPolyphone(){return 0;}
uint32_t qmpPluginAPI::getCurrentTimeStamp(){return 0;}
int qmpPluginAPI::registerEventHandlerIntf(IMidiCallBack*,void*){return -1;}
void qmpPluginAPI::unregisterEventHandlerIntf(int){}
int qmpPluginAPI::registerEventReaderIntf(IMidiCallBack*,void*){return -1;}
void qmpPluginAPI::unregisterEventReaderIntf(int){}
int qmpPluginAPI::registerVisualizationIntf(qmpVisualizationIntf*){return 0;}
void qmpPluginAPI::unregisterVisualizationIntf(int){}
void qmpPluginAPI::registerOptionInt(std::string,std::string,int){}
int qmpPluginAPI::getOptionInt(std::string){return 0;}
void qmpPluginAPI::registerOptionDouble(std::string,std::string,double){}
double qmpPluginAPI::getOptionDouble(std::string){return 0;}
void qmpPluginAPI::registerOptionString(std::string,std::string,std::string){}
std::string qmpPluginAPI::getOptionString(std::string){return "";}
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