bool ParticleEditor::OpenParticleBMP(char *oFilePathName, char *oFileName)
{
FILE_FORM_FILTER filter(GS_L("Supported image files"), GS_L("png,bmp,tga,jpg,jpeg,dds"));
std::string initDir = GetCurrentProjectPath(true) + "particles/";
Platform::FixSlashes(initDir);
return OpenForm(filter, initDir.c_str(), oFilePathName, oFileName);
}
bool ParticleEditor::SaveSystem(char *oFilePathName, char *oFileName)
{
FILE_FORM_FILTER filter(GS_L("Particle effect file (*.par)"), GS_L("par"));
std::string initDir = GetCurrentProjectPath(true) + "effects/";
Platform::FixSlashes(initDir);
return SaveForm(filter, initDir.c_str(), oFilePathName, oFileName);
}
bool ParticleEditor::OpenSoundFX(char *oFilePathName, char *oFileName)
{
FILE_FORM_FILTER filter(GS_L("Supported sound files"), GS_L("ogg,wav,mp3"));
std::string initDir = GetCurrentProjectPath(true) + "soundfx/";
Platform::FixSlashes(initDir);
return OpenForm(filter, initDir.c_str(), oFilePathName, oFileName);
}
void ParticleEditor::LoadSoundFX(const char *path, const char *file)
{
std::string programPath = GetCurrentProjectPath(false);
ETHGlobal::CopyFileToProject(utf8::c(programPath).wstr(), utf8::c(path).wstr(), ETHDirectories::GetSoundFXDirectory(), m_provider->GetFileManager());
m_manager->SetSoundEffect(m_provider->GetAudio()->LoadSampleFromFile(utf8::c(path).wc_str(), m_provider->GetFileManager(), Audio::SOUND_EFFECT));
m_system.soundFXFile = utf8::c(file).wstr();
m_manager->SetSystem(m_system);
}
void ProjectManager::PrepareProjectDir()
{
const ETH_FILE_TO_COPY fileToCopy[] =
{
{"data/default_nm.png", true},
{"data/shadow.dds", true},
{"data/shadow.png", true},
{"data/Verdana14_shadow.fnt", true},
{"data/Verdana14_shadow_0.png", true},
{"data/Verdana20.fnt", true},
{"data/Verdana20_0.png", true},
{"data/Verdana20_shadow.fnt", true},
{"data/Verdana20_shadow.png", true},
{"data/Verdana24.fnt", true},
{"data/Verdana24_0.png", true},
{"data/Verdana24_shadow.fnt", true},
{"data/Verdana24_shadow.png", true},
{"data/Verdana30.fnt", true},
{"data/Verdana30_0.png", true},
{"data/Verdana30_shadow.fnt", true},
{"data/Verdana30_shadow.png", true},
{"data/Verdana64.fnt", true},
{"data/Verdana64_0.png", true},
{"data/Verdana64_1.png", true},
{"data/Verdana64_shadow.fnt", true},
{"data/Verdana64_shadow_0.png", true},
{"data/Verdana64_shadow_1.png", true},
{"effects/readme.txt", true},
{"entities/readme.txt", true},
{"entities/normalmaps/readme.txt", true},
{"particles/readme.txt", true},
{"particles/particle.png", true},
{"scenes/readme.txt", true},
{"soundfx/readme.txt", true},
{"app.enml", false},
#if defined(WIN32) || defined(_WIN32) || defined(WINDOWS) || defined(__WIN32__)
{"machine.exe", true},
{"audiere.dll", true},
{"cg.dll", true},
{"cgD3D9.dll", true},
{"d3dx9_42.dll", true},
#endif
{utf8::Converter(_ETH_DEFAULT_MAIN_SCRIPT_FILE).str(), false},
{"eth_util.angelscript", false},
{"Collide.angelscript", true},
};
const std::string programPath = utf8::c(m_provider->GetFileIOHub()->GetProgramDirectory()).c_str();
const std::string sProjectPath = GetCurrentProjectPath(true);
const unsigned int size = sizeof(fileToCopy)/sizeof(ETH_FILE_TO_COPY);
for (unsigned int t=0; t<size; t++)
{
const std::string sNewFolder = sProjectPath + fileToCopy[t].file;
Platform::CreateDirectory(Platform::GetFileDirectory(utf8::c(sNewFolder).c_str()));
ETHGlobal::_MoveFile( utf8::c(programPath + fileToCopy[t].file).wstr(), utf8::c(sNewFolder).wstr(), fileToCopy[t].overwrite);
}
}
void ParticleEditor::ParticlePanel()
{
std::string programPath = GetCurrentProjectPath(false);
const VideoPtr& video = m_provider->GetVideo();
const InputPtr& input = m_provider->GetInput();
GSGUI_BUTTON file_r = m_fileMenu.PlaceMenu(Vector2(0,m_menuSize*2));
if (file_r.text == LOAD_BMP)
{
char path[___OUTPUT_LENGTH], file[___OUTPUT_LENGTH];
if (OpenParticleBMP(path, file))
{
ETHGlobal::CopyFileToProject(programPath, path, ETHDirectories::GetParticlesDirectory(), m_provider->GetFileManager());
m_system.bitmapFile = file;
m_provider->GetGraphicResourceManager()->ReleaseResource(m_system.bitmapFile);
m_manager = ETHParticleManagerPtr(
new ETHParticleManager(m_provider, m_system, m_v2Pos, Vector3(m_v2Pos, 0), m_systemAngle, 1.0f));
}
}
if (file_r.text == SAVE_SYSTEM)
{
if (m_untitled)
SaveAs();
else
Save();
}
if (file_r.text == SAVE_SYSTEM_AS)
{
SaveAs();
}
if (file_r.text == LOAD_BG)
{
char path[___OUTPUT_LENGTH], file[___OUTPUT_LENGTH];
if (OpenParticleBMP(path, file))
{
m_backgroundSprite = video->CreateSprite(path);
}
}
if (file_r.text == OPEN_SYSTEM)
{
m_systemAngle = 0.0f;
char path[___OUTPUT_LENGTH], file[___OUTPUT_LENGTH];
if (OpenSystem(path, file))
{
m_manager = ETHParticleManagerPtr(
new ETHParticleManager(m_provider, path, m_v2Pos, Vector3(m_v2Pos, 0), m_systemAngle));
m_manager->SetZPosition(0.0f);
m_manager->Kill(false);
m_system = *m_manager->GetSystem();
SetMenuConstants();
SetCurrentFile(path);
m_untitled = false;
}
}
if (file_r.text == _S_GOTO_PROJ)
{
m_projManagerRequested = true;
}
if (input->GetKeyState(GSK_K) == GSKS_HIT)
m_manager->Kill(!m_manager->Killed());
if (!m_fileMenu.IsActive())
{
Vector2 v2ScreenDim = video->GetScreenSizeF();
float menu = m_menuSize*m_menuScale+(m_menuSize*2);
// places the alpha mode menu
ShadowPrint(Vector2(v2ScreenDim.x-m_alphaModes.GetWidth(), menu), GS_L("Alpha mode:"), GS_L("Verdana14_shadow.fnt"), gs2d::constant::WHITE);
menu += m_menuSize;
m_alphaModes.PlaceMenu(Vector2(v2ScreenDim.x-m_alphaModes.GetWidth(), menu)); menu += m_alphaModes.GetNumButtons()*m_menuSize;
// sets the alpha mode according to the selected item
if (m_alphaModes.GetButtonStatus(ALPHA_MODE_PIXEL))
m_system.alphaMode = Video::AM_PIXEL;
if (m_alphaModes.GetButtonStatus(ALPHA_MODE_ADD))
m_system.alphaMode = Video::AM_ADD;
if (m_alphaModes.GetButtonStatus(ALPHA_MODE_MODULATE))
m_system.alphaMode = Video::AM_MODULATE;
// places the sprite cut fields to the right
menu += m_menuSize/2;
ShadowPrint(Vector2(v2ScreenDim.x-m_alphaModes.GetWidth(), menu), GS_L("Sprite cut:"), GS_L("Verdana14_shadow.fnt"), gs2d::constant::WHITE);
menu += m_menuSize;
m_system.spriteCut.x = Max(1, static_cast<int>(m_spriteCut[0].PlaceInput(Vector2(v2ScreenDim.x-m_alphaModes.GetWidth(),menu)))); menu += m_menuSize;
m_system.spriteCut.y = Max(1, static_cast<int>(m_spriteCut[1].PlaceInput(Vector2(v2ScreenDim.x-m_alphaModes.GetWidth(),menu)))); menu += m_menuSize;
// if there is sprite animation in the particle system, places the animation mode selector
if (m_system.spriteCut.x > 1 || m_system.spriteCut.y > 1)
{
menu += m_menuSize/2;
m_animationModes.PlaceMenu(Vector2(v2ScreenDim.x-m_animationModes.GetWidth(), menu)); menu += m_animationModes.GetNumButtons()*m_menuSize;
if (m_animationModes.GetButtonStatus(ANIMATION_MODE_ANIMATE))
m_system.animationMode = ETHParticleSystem::PLAY_ANIMATION;
if (m_animationModes.GetButtonStatus(ANIMATION_MODE_PICK))
m_system.animationMode = ETHParticleSystem::PICK_RANDOM_FRAME;
}
// inputs all data
menu = m_menuSize*m_menuScale+(m_menuSize*2);
menu += m_menuSize/2;
ShadowPrint(Vector2(0.0f,menu), GS_L("Particles:"), GS_L("Verdana14_shadow.fnt"), gs2d::constant::WHITE);
int nParticles = m_particles.PlaceInput(Vector2(m_menuWidth,menu)); menu += m_menuSize;
ShadowPrint(Vector2(0.0f,menu), GS_L("Repeats:"), GS_L("Verdana14_shadow.fnt"), gs2d::constant::WHITE);
m_system.repeat = m_repeats.PlaceInput(Vector2(m_menuWidth,menu)); menu += m_menuSize;
menu += m_menuSize/2;
if (nParticles != m_system.nParticles && nParticles > 0)
{
m_system.nParticles = nParticles;
m_manager = ETHParticleManagerPtr(
new ETHParticleManager(m_provider, m_system, m_v2Pos, Vector3(m_v2Pos, 0), m_systemAngle, 1.0f));
m_manager->Kill(false);
}
m_system.gravityVector.x = m_gravity[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.gravityVector.y = m_gravity[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.directionVector.x = m_direction[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.directionVector.y = m_direction[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.randomizeDir.x = m_randDir[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.randomizeDir.y = m_randDir[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.boundingSphere = m_boundingSphere.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.allAtOnce = (bool)(m_allAtOnce.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize) != 0); menu += m_menuSize;
menu += m_menuSize/2;
m_system.startPoint.x = m_startPoint[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.startPoint.y = m_startPoint[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.randStartPoint.x = m_randStart[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.randStartPoint.y = m_randStart[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.color0.w = m_color0[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.color0.x = m_color0[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.color0.y = m_color0[2].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.color0.z = m_color0[3].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.color1.w = m_color1[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.color1.x = m_color1[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.color1.y = m_color1[2].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.color1.z = m_color1[3].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.size = m_size.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.growth = m_growth.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.randomizeSize = m_randSize.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.lifeTime = m_lifeTime.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.randomizeLifeTime = m_randLifeTime.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.angleStart = m_angleStart.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.angleDir = m_angle.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.randAngle = m_randAngle.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.randAngleStart = m_randAngleStart.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.minSize = m_minSize.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.maxSize = m_maxSize.PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_system.emissive.x = m_luminance[0].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.emissive.y = m_luminance[1].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
m_system.emissive.z = m_luminance[2].PlaceInput(Vector2(0.0f,menu), Vector2(0.0f, v2ScreenDim.y-m_menuSize), m_menuSize); menu += m_menuSize;
menu += m_menuSize/2;
m_manager->SetSystem(m_system);
}
}
void ProjectManager::PrepareProjectDir()
{
const ETH_FILE_TO_COPY fileToCopy[] =
{
{"data/default_nm.png", true},
{"data/defaultVS.cg", true},
{"data/dynaShadowVS.cg", true},
{"data/hAmbientVS.cg", true},
{"data/hPixelLightDiff.cg", true},
{"data/hPixelLightSpec.cg", true},
{"data/hPixelLightVS.cg", true},
{"data/hVertexLightShader.cg", true},
{"data/vAmbientVS.cg", true},
{"data/vPixelLightDiff.cg", true},
{"data/vPixelLightSpec.cg", true},
{"data/vPixelLightVS.cg", true},
{"data/vVertexLightShader.cg", true},
{"data/particleVS.cg", true},
{"data/shadow.dds", true},
{"data/shadow.png", true},
{"data/Verdana14_shadow.fnt", true},
{"data/Verdana14_shadow_0.png", true},
{"data/Verdana20.fnt", true},
{"data/Verdana20_0.png", true},
{"data/Verdana20_shadow.fnt", true},
{"data/Verdana20_shadow.png", true},
{"data/Verdana24.fnt", true},
{"data/Verdana24_0.png", true},
{"data/Verdana24_shadow.fnt", true},
{"data/Verdana24_shadow.png", true},
{"data/Verdana30.fnt", true},
{"data/Verdana30_0.png", true},
{"data/Verdana30_shadow.fnt", true},
{"data/Verdana30_shadow.png", true},
{"data/Verdana64.fnt", true},
{"data/Verdana64_0.png", true},
{"data/Verdana64_1.png", true},
{"data/Verdana64_shadow.fnt", true},
{"data/Verdana64_shadow_0.png", true},
{"data/Verdana64_shadow_1.png", true},
{"effects/readme.txt", true},
{"entities/readme.txt", true},
{"entities/normalmaps/readme.txt", true},
{"particles/readme.txt", true},
{"particles/particle.png", true},
{"scenes/readme.txt", true},
{"soundfx/readme.txt", true},
{"app.enml", true},
{"machine.exe", true},
{"audiere.dll", true},
{"cg.dll", true},
{"cgD3D9.dll", true},
{"d3dx9_42.dll", true},
{utf8::Converter(_ETH_DEFAULT_MAIN_SCRIPT_FILE).str(), false},
{"eth_util.angelscript", false},
{"Collide.angelscript", true},
};
const string programPath = utf8::c(m_provider->GetFileIOHub()->GetProgramDirectory()).c_str();
const string sProjectPath = GetCurrentProjectPath(true);
const unsigned int size = sizeof(fileToCopy)/sizeof(ETH_FILE_TO_COPY);
for (unsigned int t=0; t<size; t++)
{
const string sNewFolder = sProjectPath + fileToCopy[t].file;
_mkdir(ETHGlobal::GetPathName(sNewFolder.c_str(), true).c_str());
ETHGlobal::_MoveFile( utf8::c(programPath + fileToCopy[t].file).wstr(), utf8::c(sNewFolder).wstr(), fileToCopy[t].overwrite);
}
}
