Pattern::Pattern( IO::File &file ) {
DataLength = file.Read16();
Rows = file.Read16();
file.Skip( 4 ); // reserved
Data = new u8[ DataLength ];
for( int i = 0; i < DataLength; i++ ) {
Data[i] = file.Read8();
}
}
void IMU::loadCalibrationData(IO::File& calibrationFile)
{
calibrationFile.setEndianness(Misc::LittleEndian);
/* Read the accelerometer matrix: */
for(int i=0;i<3;++i)
for(int j=0;j<4;++j)
calibrationData.accelerometerMatrix(i,j)=Scalar(calibrationFile.read<Misc::Float64>());
// DEBUGGING
std::cout<<"Accelerometer matrix: "<<calibrationData.accelerometerMatrix<<std::endl;
/* Read the gyroscope matrix: */
for(int i=0;i<3;++i)
for(int j=0;j<4;++j)
calibrationData.gyroscopeMatrix(i,j)=Scalar(calibrationFile.read<Misc::Float64>());
// DEBUGGING
std::cout<<"Gyroscope matrix: "<<calibrationData.gyroscopeMatrix<<std::endl;
if(calibrationData.magnetometer)
{
/* Read the magnetometer matrix: */
for(int i=0;i<3;++i)
for(int j=0;j<4;++j)
calibrationData.magnetometerMatrix(i,j)=Scalar(calibrationFile.read<Misc::Float64>());
// DEBUGGING
std::cout<<"Magnetometer matrix: "<<calibrationData.magnetometerMatrix<<std::endl;
}
}
void glCompileShaderFromFile(GLhandleARB shaderObject,const char* shaderSourceFileName,IO::File& shaderSourceFile)
{
/* Read the entire shader source: */
size_t shaderAllocSize=8192;
GLcharARB* shaderSource=new GLcharARB[shaderAllocSize];
size_t shaderSourceLength=0;
while(!shaderSourceFile.eof())
{
/* Make room in the shader source buffer: */
if(shaderSourceLength==shaderAllocSize)
{
shaderAllocSize=(shaderAllocSize*3)/2;
GLcharARB* newShaderSource=new GLcharARB[shaderAllocSize];
memcpy(newShaderSource,shaderSource,shaderSourceLength);
delete[] shaderSource;
shaderSource=newShaderSource;
}
/* Read more data from the file: */
size_t numBytesRead=shaderSourceFile.readUpTo(shaderSource+shaderSourceLength,shaderAllocSize-shaderSourceLength);
shaderSourceLength+=numBytesRead;
}
/* Upload the shader source into the shader object: */
const GLcharARB* ss=shaderSource;
GLint ssl=GLint(shaderSourceLength);
glShaderSourceARB(shaderObject,1,&ss,&ssl);
delete[] shaderSource;
/* Compile the shader source: */
glCompileShaderARB(shaderObject);
/* Check if the shader compiled successfully: */
GLint compileStatus;
glGetObjectParameterivARB(shaderObject,GL_OBJECT_COMPILE_STATUS_ARB,&compileStatus);
if(!compileStatus)
{
/* Get some more detailed information: */
GLcharARB compileLogBuffer[2048];
GLsizei compileLogSize;
glGetInfoLogARB(shaderObject,sizeof(compileLogBuffer),&compileLogSize,compileLogBuffer);
/* Signal an error: */
Misc::throwStdErr("glCompileShaderFromFile: Error \"%s\" while compiling shader %s",compileLogBuffer,shaderSourceFileName);
}
}
void LensDistortionParameters::write(IO::File& file) const
{
file.setEndianness(Misc::LittleEndian);
file.write<double>(center.getComponents(),2);
file.write<double>(radiusScale2);
file.write<double>(kappa,2);
file.write<double>(rho,3);
}
void Sample::LoadData( IO::File &file ) {
if( !Compressed ) {
// subtract offset for unsigned samples
int offset = (Convert&1) ? 0 : (Data.Bits16 ? -32768 : -128);
// signed samples
if( Data.Bits16 ) {
Data.Data16 = new s16[ Data.Length ];
for( int i = 0; i < Data.Length; i++ ) {
Data.Data16[i] = file.Read16() + offset;
}
} else {
Data.Data8 = new s8[ Data.Length ];
for( int i = 0; i < Data.Length; i++ ) {
Data.Data8[i] = file.Read8() + offset;
}
}
} else {
// TODO : accept compressed samples.
}
}
void GLFont::CharInfo::read(IO::File& file)
{
file.read(width);
file.read(ascent);
file.read(descent);
file.read(glyphOffset);
file.read(rasterLineOffset);
file.read(spanOffset);
}
Envelope::Envelope( IO::File &file ) {
u8 FLG = file.Read8();
Enabled = !!(FLG & 1);
Loop = !!(FLG & 2);
Sustain = !!(FLG & 4);
IsFilter = !!(FLG & 128);
Length = file.Read8();
LoopStart = file.Read8();
LoopEnd = file.Read8();
SustainStart = file.Read8();
SustainEnd = file.Read8();
for( int i = 0; i < 25; i++ ) {
Nodes[i].y = file.Read8();
Nodes[i].x = file.Read16();
}
}
Sample::Sample( IO::File &file ) {
file.Skip(4); // IMPS
DOSFilename[12] = 0;
for( int i = 0; i < 12; i++ )
DOSFilename[i] = file.Read8();
file.Skip(1); // 00h
GlobalVolume = file.Read8();
u8 Flags = file.Read8();
HasSample = !!(Flags & 1);
Data.Bits16 = !!(Flags & 2);
Stereo = !!(Flags & 4);
Compressed = !!(Flags & 8);
Data.Loop = !!(Flags & 16);
Data.Sustain = !!(Flags & 32);
Data.BidiLoop = !!(Flags & 64);
Data.BidiSustain = !!(Flags & 128);
DefaultVolume = file.Read8();
Name[26] = 0;
for( int i = 0; i < 26; i++ )
Name[i] = file.Read8();
Convert = file.Read8();
DefaultPanning = file.Read8();
Data.Length = file.Read32();
Data.LoopStart = file.Read32();
Data.LoopEnd = file.Read32();
Data.C5Speed = file.Read32();
Data.SustainStart = file.Read32();
Data.SustainEnd = file.Read32();
u32 SamplePointer = file.Read32();
VibratoSpeed = file.Read8();
VibratoDepth = file.Read8();
VibratoRate = file.Read8();
VibratoForm = file.Read8();
file.Seek( SamplePointer );
LoadData( file );
}
Instrument::Instrument( IO::File &file ) {
file.Skip(4); // IMPI
DOSFilename[12] = 0;
for( int i = 0; i < 12; i++ )
DOSFilename[i] = file.Read8();
file.Skip(1); // 00h
NewNoteAction = file.Read8();
DuplicateCheckType = file.Read8();
DuplicateCheckAction = file.Read8();
Fadeout = file.Read16();
PPS = file.Read8();
PPC = file.Read8();
GlobalVolume = file.Read8();
DefaultPan = file.Read8();
RandomVolume = file.Read8();
RandomPanning = file.Read8();
TrackerVersion = file.Read16();
NumberOfSamples = file.Read8();
Name[26] = 0;
for( int i = 0; i < 26; i++ )
Name[i] = file.Read8();
InitialFilterCutoff = file.Read8();
InitialFilterResonance = file.Read8();
MidiChannel = file.Read8();
MidiProgram = file.Read8();
MidiBank = file.Read16();
file.Read8(); // reserved
for( int i = 0; i < 120; i++ ) {
Notemap[i].Note = file.Read8();
Notemap[i].Sample = file.Read8();
}
VolumeEnvelope = new Envelope( file );
PanningEnvelope = new Envelope( file );
PitchEnvelope = new Envelope( file );
}