ParamInfo ParamInfo::defaultBandwidthParam ()
{
return ParamInfo (idBandwidth, "BW", "Bandwidth (Octaves)",
-4, 4, 1,
&ParamInfo::Pow2_toControlValue,
&ParamInfo::Pow2_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultZeroRealParam ()
{
return ParamInfo (idZeroReal, "B1", "Zero Real",
-1, 1, -0.25,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultGainParam ()
{
return ParamInfo (idGain, "Gain", "Gain",
-24, 24, -6,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Db_toString);
}
ParamInfo ParamInfo::defaultSlopeParam ()
{
return ParamInfo (idSlope, "Slope", "Slope",
-2, 2, 1,
&ParamInfo::Pow2_toControlValue,
&ParamInfo::Pow2_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultCenterFrequencyParam ()
{
return ParamInfo (idFrequency, "Fc", "Center Frequency",
10, 22040, 2000,
&ParamInfo::Log_toControlValue,
&ParamInfo::Log_toNativeValue,
&ParamInfo::Hz_toString);
}
ParamInfo ParamInfo::defaultStopDbParam ()
{
return ParamInfo (idStopDb, "Stop", "Stopband dB",
3, 60, 48,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Db_toString);
}
ParamInfo ParamInfo::defaultQParam ()
{
return ParamInfo (idQ, "Q", "Resonance",
-4, 4, 1,
&ParamInfo::Pow2_toControlValue,
&ParamInfo::Pow2_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultRolloffParam ()
{
return ParamInfo (idRolloff, "W", "Transition Width",
-16, 4, 0,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultSampleRateParam ()
{
return ParamInfo (idSampleRate, "Fs", "Sample Rate",
11025, 192000, 44100,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Hz_toString);
}
ParamInfo ParamInfo::defaultZeroRhoParam ()
{
return ParamInfo (idZeroRho, "Pd", "Zero Distance",
0, 1, 0.5,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultZeroThetaParam ()
{
return ParamInfo (idZeroTheta, "Pa", "Zero Angle",
0, doublePi, doublePi/2,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultPoleRealParam ()
{
return ParamInfo (idPoleReal, "A1", "Pole Real",
-1, 1, 0.25,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Real_toString);
}
ParamInfo ParamInfo::defaultRippleDbParam ()
{
return ParamInfo (idRippleDb, "Ripple", "Ripple dB",
0.001, 12, 0.01,
&ParamInfo::Real_toControlValue,
&ParamInfo::Real_toNativeValue,
&ParamInfo::Db_toString);
}
ParamInfo ParamInfo::defaultBandwidthHzParam ()
{
return ParamInfo (idBandwidthHz, "BW", "Bandwidth (Hz)",
10, 22040, 1720,
&ParamInfo::Log_toControlValue,
&ParamInfo::Log_toNativeValue,
&ParamInfo::Hz_toString);
}
//--------------------------------------------------------------------------------------------------
void le_arg_AddInt
(
int* value, ///< The pointed at value will be updated with the user specified int.
char shortName, ///< Simple name for this argument.
char* longName, ///< Longer more readable name for this argument.
const char* doc ///< Help documentation for this param.
)
{
Params.insert(ParamInfo(shortName, longName, doc, ParamInfo::INT, false, value, 0));
}
//--------------------------------------------------------------------------------------------------
void le_arg_AddOptionalFlag
(
bool* flagPtr, ///< Pointer to flag value. Will be set to true if set, false otherwise.
const char shortName, ///< Simple name for this flag.
const char* longName, ///< Longer more readable name for this flag.
const char* doc ///< Help documentation for this param.
)
{
Params.insert(ParamInfo(shortName, longName, doc, ParamInfo::FLAG, true, flagPtr, 0));
}
inline int SetUniformParam(ZZshProgram prog, ZZshParameter* param, const char* name) {
GLint p = glGetUniformLocation(prog, name);
if (p > -1) {
*param = NumActiveUniforms;
UniformsIndex[NumActiveUniforms] = ParamInfo(name, ZZ_FLOAT4, ZeroFloat4, -1, 0, false, false); // By define Uniform is FLOAT4
SettleTextureUnit(&(UniformsIndex[NumActiveUniforms]), name);
UNIFORM_ERROR_LOG("uniform %s \t\t%d %d", name, p, UniformsIndex[NumActiveUniforms].type);
NumActiveUniforms++;
}
else *param = -1;
return p;
}
bool FarSettings::list(ParamInfoVector& res)
{
FarSettingsEnum fse = { sizeof(FarSettingsEnum) };
fse.Root = dirId;
if (!control(SCTL_ENUM, &fse)) {
return false;
}
res.clear();
for (size_t i = 0; i < fse.Count; i++) {
if (fse.Items[i].Type == FST_STRING) {
res.push_back(ParamInfo(fse.Items[i].Name, fse.Items[i].Type));
}
}
return true;
}
//--------------------------------------------------------------------------------------------------
void le_arg_AddString
(
std::string* valuePtr, ///< Value to be updated with the user specified string.
char shortName, ///< Simple name for this argument.
const char* longName, ///< Longer more readable name for this argument.
const char* doc ///< Help documentation for this param.
)
{
Params.insert(ParamInfo(shortName,
longName,
doc,
ParamInfo::STRING,
false,
valuePtr,
0));
}
//--------------------------------------------------------------------------------------------------
void le_arg_AddMultipleString
(
const char shortName, ///< Simple name for this argument.
const char* longName, ///< Longer more readable name for this argument.
const char* doc, ///< Help documentation for this param.
le_arg_StringValueCallback_t callbackPtr, ///< Function to be called with each instance.
void* contextPtr ///< Opaque value to pass to the callback function.
)
{
Params.insert(ParamInfo(shortName,
longName,
doc,
ParamInfo::MULTI_STRING,
callbackPtr,
contextPtr));
}
//--------------------------------------------------------------------------------------------------
void le_arg_AddOptionalString
(
std::string* valuePtr, ///< Value updated with either the command line value or the default.
const char* defaultValue, ///< Default value for this argument.
const char shortName, ///< Simple name for this argument.
const char* longName, ///< Longer more readable name for this argument.
const char* doc ///< Help documentation for this param.
)
{
Params.insert(ParamInfo(shortName,
longName,
doc,
ParamInfo::STRING,
true,
valuePtr,
defaultValue));
}
inline void SetGlobalUniform(ZZshParameter* param, const char* name) {
*param = NumActiveUniforms;
UniformsIndex[NumActiveUniforms] = ParamInfo(name, ZZ_FLOAT4, ZeroFloat4, -1, 0, false, false);
NumActiveUniforms++;
}