int WINAPI WinMain( HINSTANCE inst, HINSTANCE, LPSTR cmdLine, int cmdShow )
{
Window wnd;
P(Context) context = 0;
int sw = 640;
int sh = 480;
int sbpp = 0;
bool fullscreen = (0 != sbpp);
P(Scene) root = 0;
try
{
// args
String fxname = cmdLine;
if ( fxname == "" )
fxname = "bump.fx";
// init window
DWORD style = WS_VISIBLE;
DWORD styleEx = 0;
if ( fullscreen )
{
style |= WS_POPUP;
styleEx |= WS_EX_TOPMOST;
}
else
{
style |= WS_OVERLAPPEDWINDOW;
}
wnd.create( "sgtestclass", "sg test", style, styleEx, 0, 0, sw, sh, inst, 0 );
// init context
context = new Context( "gd_dx8" );
context->open( sw, sh, sbpp, 75,
Context::SURFACE_TARGET +
Context::SURFACE_DEPTH +
Context::SURFACE_STENCIL,
Context::RASTERIZER_HW,
Context::VERTEXP_HW,
Context::TC_DISABLED );
// scene
root = new Scene;
root->setName( "root" );
// camera
P(Camera) cam = new Camera;
cam->setName( "cam" );
cam->setPosition( Vector3(0,1.5f,-3) );
Matrix3x3 rot = Matrix3x3( Vector3(1,0,0), Math::toRadians(30.f) );
cam->setRotation( rot );
cam->setHorizontalFov( Math::toRadians(100.f) );
cam->setFront( 0.2f );
cam->setBack( 100.f );
cam->linkTo( root );
// light
P(DirectLight) lt = new DirectLight;
lt->setName( "keylight" );
lt->setIntensity( 0.5f );
lt->linkTo( root );
lt->lookAt( Vector3(-0.5f,-1,0) );
// resources
P(Texture) difmap = loadTex( "diffuse_map.tga" );
P(Texture) normmap = loadTex( "normal_map.tga" );
P(CubeTexture) envmap = loadCubeTex( "TestCubeTexture1.dds" );
// read vb and ib data
FileInputStream vbin( "vb.dat" );
Array<uint8_t> vbbytes( vbin.available() );
vbin.read( vbbytes.begin(), vbbytes.size() );
int vertexSize = 4*3*4;
int vertices = vbbytes.size() / vertexSize;
FileInputStream ibin( "ib.dat" );
Array<uint8_t> ibbytes( ibin.available() );
ibin.read( ibbytes.begin(), ibbytes.size() );
int indexSize = 2;
int indices = ibbytes.size() / indexSize;
// geometry (indirectly from vb and ib dat)
VertexFormat vf;
vf.addNormal().addTextureCoordinate(3);
P(Model) model = new Model( vertices, indices, vf );
{
VertexAndIndexLock<Model> lk( model, Model::LOCK_READWRITE );
for ( int i = 0 ; i < vertices ; ++i )
{
model->setVertexPositions( i, (Vector3*)(vbbytes.begin()+i*vertexSize) );
model->setVertexNormals( i, (Vector3*)(vbbytes.begin()+12+i*vertexSize) );
model->setVertexTextureCoordinates( i, 0, 3, (float*)(vbbytes.begin()+24+i*vertexSize) );
}
void* idata;
int istride;
model->getIndexData( &idata, &istride );
memcpy( idata, ibbytes.begin(), ibbytes.size() );
}
// env transform
Matrix4x4 textm(0);
textm(0,0) = 1.f;
textm(1,1) = 1.f;
textm(2,2) = 1.f;
textm(0,3) = 0.f;
textm(1,3) = 0.f;
textm(2,3) = 0.f;
// material
P(Material) mat = new Material;
mat->setTexture( 0, difmap );
mat->setTexture( 1, envmap );
mat->setTextureColorCombine( 1, Material::TA_TEXTURE, Material::TOP_ADD, Material::TA_CURRENT );
mat->setTextureCoordinateTransform( 1, Material::TTFF_COUNT3, textm );
mat->setTextureCoordinateSource( 1, Material::TCS_CAMERASPACENORMAL );
mat->setVertexFormat( model->vertexFormat() );
model->setShader( mat );
// mesh
P(Mesh) mesh = new Mesh;
mesh->setName( "mesh" );
mesh->linkTo( root );
mesh->addPrimitive( model );
cam->setRotationController( new sgu::LookAtControl(cam,mesh) );
// floor
vf = VertexFormat();
vf.addNormal().addTextureCoordinate(2).addTextureCoordinate(2);
P(Model) floormodel = createCube( 10, 0.01f, 10, vf );
mat = new Material;
mat->setDiffuseColor( Colorf(0,0,0) );
mat->setEmissiveColor( Colorf(0.2f,0.2f,0.2f) );
mat->setVertexFormat( floormodel->vertexFormat() );
floormodel->setShader( mat );
P(Mesh) floor = new Mesh;
floor->setName( "floor" );
floor->linkTo( root );
floor->setPosition( Vector3(0,-2,0) );
floor->addPrimitive( floormodel );
// mesh position animation
int keys = 8;
{P(VectorInterpolator) anim = new VectorInterpolator(3);
anim->setKeys( keys );
for ( int i = 0 ; i < keys ; ++i )
{
float f = (float)i / (keys-1);
float v[3] = { Math::sin(f*Math::PI*2.f)*2.f, 0, 0 };
anim->setKeyValue( i, v, 3 );
anim->setKeyTime( i, f * 4.f );
}
anim->sortKeys();
mesh->setPositionController( anim );}
// mesh rotation animation
{P(QuaternionInterpolator) anim = new QuaternionInterpolator;
anim->setKeys( keys );
for ( int i = 0 ; i < keys ; ++i )
{
float f = (float)i / (keys-1);
float ang = f * Math::PI*2.f;
Quaternion quat( Vector3(0,1,0), ang );
float v[] = {quat.x, quat.y, quat.z, quat.w};
anim->setKeyValue( i, v, 4 );
anim->setKeyTime( i, f * 3.f );
}
anim->sortKeys();
mesh->setRotationController( anim );}
// mesh scale animation
/*{P(VectorInterpolator) anim = new VectorInterpolator(3);
anim->setKeys( keys );
for ( int i = 0 ; i < keys ; ++i )
{
float f = (float)i / (keys-1);
float v[3] = { Math::abs(Math::sin(f*Math::PI*2.f))+.5f, 1.f, 1.f };
anim->setKeyValue( i, v, 3 );
anim->setKeyTime( i, f * 5.f );
}
anim->sortKeys();
mesh->setScaleController( anim );}*/
// shadow volume
P(ShadowVolume) shadow = new ShadowVolume( model, lt->worldDirection(), 20.f );
shadow->setShader( new ShadowShader );
mesh->addPrimitive( shadow );
// shadow filler
VertexFormat fillvf;
fillvf.addRHW().addDiffuse();
P(Material) fillmat = new Material;
fillmat->setDepthEnabled( false );
fillmat->setDepthWrite( false );
fillmat->setBlend( Material::BLEND_SRCALPHA, Material::BLEND_INVSRCALPHA );
fillmat->setTextureColorCombine( 0, Material::TA_DIFFUSE, Material::TOP_SELECTARG1, Material::TextureArgument() );
fillmat->setTextureAlphaCombine( 0, Material::TA_DIFFUSE, Material::TOP_SELECTARG1, Material::TextureArgument() );
fillmat->setLighting( false );
fillmat->setVertexColor( true );
fillmat->setStencil( true );
fillmat->setStencilRef( 1 );
fillmat->setStencilFunc( Material::CMP_LESSEQUAL );
fillmat->setStencilPass( Material::STENCILOP_KEEP );
fillmat->setPass( ShadowShader::DEFAULT_SHADOW_FILL_PASS );
fillmat->setVertexFormat( fillvf );
// shadow filler geometry
P(Model) fillgeom = new Model( 4, 6, fillvf );
{VertexAndIndexLock<Model> lock( fillgeom, Model::LOCK_WRITE );
Vector4 fillpos[4] = { Vector4(0,0,0,0), Vector4(sw,0,0,0), Vector4(sw,sh,0,0), Vector4(0,sh,0,0) };
Color fillcolr[4] = { Color(0,0,0,80), Color(0,0,0,80), Color(0,0,0,80), Color(0,0,0,80) };
int fillind[6] = { 0,1,2, 0,2,3 };
fillgeom->setVertexPositionsRHW( 0, fillpos, 4 );
fillgeom->setVertexDiffuseColors( 0, fillcolr, 4 );
fillgeom->setIndices( 0, fillind, 6 );}
fillgeom->setShader( fillmat );
mesh->addPrimitive( fillgeom );
// mainloop
long prevTime = System::currentTimeMillis();
float time = 0.f;
while ( Window::flushWindowMessages() )
{
long curTime = System::currentTimeMillis();
float dt = 1e-3f * (float)(curTime - prevTime);
prevTime = curTime;
if ( wnd.active() )
{
if ( GetKeyState('S') < 0 )
dt *= 0.1f;
if ( GetKeyState('R') < 0 )
time = 0.f;
if ( GetKeyState(VK_ESCAPE) < 0 )
break;
time += dt;
for ( Node* node = root ; node ; node = node->nextInHierarchy() )
node->setState( time );
context->beginScene();
cam->render();
context->endScene();
context->present();
context->clear();
}
}
context->destroy();
wnd.destroy();
}
catch ( Throwable& e )
{
if ( context )
context->destroy();
MoveWindow( wnd.handle(), 0, 0, 0, 0, TRUE );
char msg[1024] = "";
e.getMessage().format().getBytes( msg, sizeof(msg), "ASCII-7" );
MessageBox( 0, msg, "Error", MB_OK );
wnd.destroy();
}
return 0;
}
