bool DirectInputRegistry::initKeyboard( HWND handle )
{
if ( !_inputDevice ) return false;
HRESULT hr = _inputDevice->CreateDevice( GUID_SysKeyboard, &_keyboard, NULL );
if ( FAILED(hr) || _keyboard==NULL )
{
osg::notify(osg::WARN) << "Unable to create keyboard." << std::endl;
return false;
}
buildKeyMap();
return initImplementation( handle, _keyboard, &c_dfDIKeyboard );
}
OSStatus AKSampler_Plugin::loadPreset()
{
// Nicer way to load presets using .sfz metadata files. See bottom of AKSampler_Params.h
// for instructions to download and set up these presets.
const char *pPath = CFStringGetCStringPtr(presetFolderPath, kCFStringEncodingMacRoman);
const char *pName = CFStringGetCStringPtr(presetName, kCFStringEncodingMacRoman);
printf("loadPreset: %s...", pName);
stopAllVoices(); // make sure no voices are active
deinit(); // unload any samples already present
char buf[1000];
sprintf(buf, "%s/%s.sfz", pPath, pName);
FILE* pfile = fopen(buf, "r");
if (!pfile) return fnfErr;
int lokey, hikey, pitch, lovel, hivel;
bool isLooping;
float fLoopStart, fLoopEnd;
float volBoost, tuningOffset;
char sampleFileName[100];
char *p, *pp;
while (fgets(buf, sizeof(buf), pfile))
{
p = buf;
while (*p != 0 && isspace(*p)) p++;
pp = strrchr(p, '\n');
if (pp) *pp = 0;
if (hasPrefix(p, "<group>"))
{
p += 7;
lokey = 0;
hikey = 127;
pitch = 60;
pp = strstr(p, " key");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) pitch = hikey = lokey = atoi(pp);
}
pp = strstr(p, "lokey");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) lokey = atoi(pp);
}
pp= strstr(p, "hikey");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) hikey = atoi(pp);
}
pp= strstr(p, "pitch_keycenter");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) pitch = atoi(pp);
}
}
else if (hasPrefix(p, "<region>"))
{
p += 8;
lovel = 0;
hivel = 127;
sampleFileName[0] = 0;
isLooping = false;
fLoopStart = 0.0f;
fLoopEnd = 0.0f;
volBoost = 0.0f;
tuningOffset = 0.0f;
pp = strstr(p, "lovel");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) lovel = atoi(pp);
}
pp = strstr(p, "hivel");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) hivel = atoi(pp);
}
pp = strstr(p, "volume");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) volBoost = atof(pp);
}
pp = strstr(p, "tune");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) tuningOffset = atof(pp);
}
pp = strstr(p, "loop_mode");
if (pp)
{
isLooping = true;
}
pp = strstr(p, "loop_start");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) fLoopStart = atof(pp);
}
pp = strstr(p, "loop_end");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
if (pp) fLoopEnd = atof(pp);
}
pp = strstr(p, "sample");
if (pp)
{
pp = strchr(pp, '=');
if (pp) pp++;
while (*pp != 0 && isspace(*pp)) pp++;
char* pq = sampleFileName;
char* pdot = strrchr(pp, '.');
while (pp < pdot) *pq++ = *pp++;
strcpy(pq, ".wv");
}
sprintf(buf, "%s/%s", pPath, sampleFileName);
AKSampleFileDescriptor sfd;
sfd.path = buf;
sfd.sampleDescriptor.isLooping = isLooping;
sfd.sampleDescriptor.startPoint = 0.0;
sfd.sampleDescriptor.loopStartPoint = fLoopStart;
sfd.sampleDescriptor.loopEndPoint = fLoopEnd;
sfd.sampleDescriptor.endPoint = 0.0f;
sfd.sampleDescriptor.noteNumber = pitch;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber - tuningOffset/100.0f);
sfd.sampleDescriptor.minimumNoteNumber = lokey;
sfd.sampleDescriptor.maximumNoteNumber = hikey;
sfd.sampleDescriptor.minimumVelocity = lovel;
sfd.sampleDescriptor.maximumVelocity = hivel;
loadCompressedSampleFile(sfd, volBoost);
}
}
fclose(pfile);
buildKeyMap();
restartVoices(); // now it's safe to start new notes
printf("done\n");
return noErr;
}
RocketUIManager::RocketUIManager()
: mRenderSystemWrapper(0)
, mIsSetUp(false)
{
buildKeyMap();
}
void AKSampler_Plugin::loadDemoSamples()
{
// Example showing how to load a group of samples when you don't have a .sfz metadata file.
// Download http://audiokit.io/downloads/TX_LoTine81z.zip
// These are Wavpack-compressed versions of the similarly-named samples in ROMPlayer.
// Put folder wherever you wish (e.g. inside a "Compressed Sounds" folder on your Mac desktop
// and edit paths below accordingly
char pathBuffer[200];
const char* baseDir = "/Users/shane/Desktop/Compressed Sounds/";
const char* samplePrefix = "TX LoTine81z/TX LoTine81z_ms";
AKSampleFileDescriptor sfd;
sfd.path = pathBuffer;
sfd.sampleDescriptor.isLooping = false; // set true to test looping with fractional endpoints
sfd.sampleDescriptor.startPoint = 0.0;
sfd.sampleDescriptor.loopStartPoint = 0.2f;
sfd.sampleDescriptor.loopEndPoint = 0.3f;
sfd.sampleDescriptor.endPoint = 0.0f;
sfd.sampleDescriptor.noteNumber = 48;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber);
sfd.sampleDescriptor.minimumNoteNumber = 0; sfd.sampleDescriptor.maximumNoteNumber = 51;
sfd.sampleDescriptor.minimumVelocity = 0; sfd.sampleDescriptor.maximumVelocity = 43;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 2, sfd.sampleDescriptor.noteNumber, "c2");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 44; sfd.sampleDescriptor.maximumVelocity = 86;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 1, sfd.sampleDescriptor.noteNumber, "c2");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 87; sfd.sampleDescriptor.maximumVelocity = 127;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 0, sfd.sampleDescriptor.noteNumber, "c2");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.noteNumber = 54;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber);
sfd.sampleDescriptor.minimumNoteNumber = 52; sfd.sampleDescriptor.maximumNoteNumber = 57;
sfd.sampleDescriptor.minimumVelocity = 0; sfd.sampleDescriptor.maximumVelocity = 43;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 2, sfd.sampleDescriptor.noteNumber, "f#2");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 44; sfd.sampleDescriptor.maximumVelocity = 86;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 1, sfd.sampleDescriptor.noteNumber, "f#2");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 87; sfd.sampleDescriptor.maximumVelocity = 127;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 0, sfd.sampleDescriptor.noteNumber, "f#2");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.noteNumber = 60;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber);
sfd.sampleDescriptor.minimumNoteNumber = 58; sfd.sampleDescriptor.maximumNoteNumber = 63;
sfd.sampleDescriptor.minimumVelocity = 0; sfd.sampleDescriptor.maximumVelocity = 43;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 2, sfd.sampleDescriptor.noteNumber, "c3");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 44; sfd.sampleDescriptor.maximumVelocity = 86;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 1, sfd.sampleDescriptor.noteNumber, "c3");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 87; sfd.sampleDescriptor.maximumVelocity = 127;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 0, sfd.sampleDescriptor.noteNumber, "c3");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.noteNumber = 66;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber);
sfd.sampleDescriptor.minimumNoteNumber = 64; sfd.sampleDescriptor.maximumNoteNumber = 69;
sfd.sampleDescriptor.minimumVelocity = 0; sfd.sampleDescriptor.maximumVelocity = 43;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 2, sfd.sampleDescriptor.noteNumber, "f#3");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 44; sfd.sampleDescriptor.maximumVelocity = 86;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 1, sfd.sampleDescriptor.noteNumber, "f#3");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 87; sfd.sampleDescriptor.maximumVelocity = 127;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 0, sfd.sampleDescriptor.noteNumber, "f#3");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.noteNumber = 72;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber);
sfd.sampleDescriptor.minimumNoteNumber = 70; sfd.sampleDescriptor.maximumNoteNumber = 75;
sfd.sampleDescriptor.minimumVelocity = 0; sfd.sampleDescriptor.maximumVelocity = 43;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 2, sfd.sampleDescriptor.noteNumber, "c4");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 44; sfd.sampleDescriptor.maximumVelocity = 86;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 1, sfd.sampleDescriptor.noteNumber, "c4");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 87; sfd.sampleDescriptor.maximumVelocity = 127;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 0, sfd.sampleDescriptor.noteNumber, "c4");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.noteNumber = 78;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber);
sfd.sampleDescriptor.minimumNoteNumber = 76; sfd.sampleDescriptor.maximumNoteNumber = 81;
sfd.sampleDescriptor.minimumVelocity = 0; sfd.sampleDescriptor.maximumVelocity = 43;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 2, sfd.sampleDescriptor.noteNumber, "f#4");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 44; sfd.sampleDescriptor.maximumVelocity = 86;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 1, sfd.sampleDescriptor.noteNumber, "f#4");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 87; sfd.sampleDescriptor.maximumVelocity = 127;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 0, sfd.sampleDescriptor.noteNumber, "f#4");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.noteNumber = 84;
sfd.sampleDescriptor.noteFrequency = NOTE_HZ(sfd.sampleDescriptor.noteNumber);
sfd.sampleDescriptor.minimumNoteNumber = 82; sfd.sampleDescriptor.maximumNoteNumber = 127;
sfd.sampleDescriptor.minimumVelocity = 0; sfd.sampleDescriptor.maximumVelocity = 43;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 2, sfd.sampleDescriptor.noteNumber, "c5");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 44; sfd.sampleDescriptor.maximumVelocity = 86;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 1, sfd.sampleDescriptor.noteNumber, "c5");
loadCompressedSampleFile(sfd);
sfd.sampleDescriptor.minimumVelocity = 87; sfd.sampleDescriptor.maximumVelocity = 127;
sprintf(pathBuffer, "%s%s%d_%03d_%s.wv", baseDir, samplePrefix, 0, sfd.sampleDescriptor.noteNumber, "c5");
loadCompressedSampleFile(sfd);
buildKeyMap();
}
