// -------------------------------------------------------------------------
void OgreBulletApplication::setupResources(void)
{
ExampleApplication::setupResources();
ResourceGroupManager *rsm = ResourceGroupManager::getSingletonPtr();
StringVector groups = rsm->getResourceGroups();
FileInfoListPtr finfo = ResourceGroupManager::getSingleton().findResourceFileInfo (
"Bootstrap", "axes.mesh");
const bool isSDK = (!finfo->empty()) &&
StringUtil::startsWith (finfo->begin()->archive->getName(), "../../media/packs/ogrecore.zip", true);
const String resName ("OgreBullet");
{
if (std::find(groups.begin(), groups.end(), resName) == groups.end())
{
rsm->createResourceGroup(resName);
String baseName;
if (isSDK)
{
baseName = "../../../ogrebullet/";
}
else
{
baseName = "../../../../../ogreaddons/ogrebullet/";
}
rsm->addResourceLocation (baseName + "demos/Media","FileSystem", resName);
rsm->addResourceLocation (baseName + "demos/Media/textures", "FileSystem", resName);
rsm->addResourceLocation (baseName + "demos/Media/overlays", "FileSystem", resName);
rsm->addResourceLocation (baseName + "demos/Media/materials", "FileSystem", resName);
rsm->addResourceLocation (baseName + "demos/Media/models", "FileSystem", resName);
rsm->addResourceLocation (baseName + "demos/Media/gui", "FileSystem", resName);
}
}
}
Ogre::String GUIManager::getRandomWallpaperImage()
{
using namespace Ogre;
FileInfoListPtr files = ResourceGroupManager::getSingleton().findResourceFileInfo("Wallpapers", "*.jpg", false);
if (files.isNull() || files->empty())
{
files = ResourceGroupManager::getSingleton().findResourceFileInfo("Wallpapers", "*.png", false);
if (files.isNull() || files->empty())
return "";
}
srand ( time(NULL) );
int num = 0;
for (int i = 0; i<Math::RangeRandom(0, 10); i++)
num = Math::RangeRandom(0, files->size());
return files->at(num).filename;
}
//--------------------------------------------------------------------------
void DirectMusicPlayContext::play(bool _3D, const String& _filename, const String& _resourceGroup)
{
// Stop if played already
stop();
// Find the full path to the file.
FileInfoListPtr fileinfos = ResourceGroupManager::getSingleton().findResourceFileInfo(_resourceGroup, _filename);
if(fileinfos->empty())
GOTHOGRE_EXCEPT(_filename << " - File not found.");
FileInfo& fi = (*fileinfos)[0];
String path = fi.archive->getName() + "/" + fi.path;
// Convert the full path and the filename to UTF-16LE.
CodepageConverter* utf16Conv = UnicodeUtil::openConverter("UTF-16LE");
CodepageConverter::ByteBuffer bbFileName, bbPath;
utf16Conv->unicodeToBuffer(bbFileName, fi.basename);
utf16Conv->unicodeToBuffer(bbPath, path);
bbPath.push_back(0);
bbPath.push_back(0);
bbFileName.push_back(0);
bbFileName.push_back(0);
WCHAR* wszPath = (WCHAR*) bbPath.data();
WCHAR* wszFileName = (WCHAR*) bbFileName.data();
// Set the search path.
DXError::check(
mLoader->SetSearchDirectory(
GUID_DirectMusicAllTypes, // Types of files sought.
wszPath, // Where to look.
FALSE ) ); // Don't clear object data
// Create a segment from the file.
DXError::check(
mLoader->LoadObjectFromFile(
CLSID_DirectMusicSegment, // Class identifier.
IID_IDirectMusicSegment8, // ID of desired interface.
wszFileName, // Filename.
(LPVOID*) &mSegment ) ); // Pointer that receives interface.
// Download instrumental data (DLS) to the audiopath.
DXError::check(
mSegment->Download( mAudioPath ) );
// Begin playback of the segment.
DXError::check(
mPerformance->PlaySegmentEx(
mSegment, // Segment to play.
NULL, // Used for songs; not implemented.
NULL, // For transitions.
0, // Flags.
0, // Start time; 0 is immediate.
&mSegmentState, // Pointer that receives segment state.
NULL, // Object to stop.
mAudioPath ) ); // Audiopath, if not default.
// Write the new segment state to the static list
sSSPCM.insert(mSegmentState, this);
mPlaying = true;
// Get playback length
MUSIC_TIME mtLength;
DXError::check(
mSegment->GetLength(&mtLength) );
DXError::check(
mSegment->GetStartPoint(&mStartMusicTime) );
mEndMusicTime = mtLength + mStartMusicTime;
}
