void GOrguePipeConfig::Init(GOrgueConfigReader& cfg, wxString group, wxString prefix)
{
m_Group = group;
m_NamePrefix = prefix;
m_AudioGroup = cfg.ReadString(CMBSetting, group, prefix + wxT("AudioGroup"), false);
m_DefaultAmplitude = 100;
m_Amplitude = cfg.ReadFloat(CMBSetting, group, prefix + wxT("Amplitude"), 0, 1000, false, m_DefaultAmplitude);
m_DefaultGain = 0;
m_Gain = cfg.ReadFloat(CMBSetting, group, prefix + wxT("UserGain"), -120, 40, false, m_DefaultGain);
m_DefaultTuning = 0;
m_Tuning = cfg.ReadFloat(CMBSetting, group, prefix + wxT("Tuning"), -1200, 1200, false, m_DefaultTuning);
m_DefaultDelay = 0;
m_Delay = cfg.ReadInteger(CMBSetting, group, prefix + wxT("Delay"), 0, 10000, false, m_DefaultDelay);
m_BitsPerSample = cfg.ReadInteger(CMBSetting, m_Group, m_NamePrefix + wxT("BitsPerSample"), -1, 24, false, -1);
if (m_BitsPerSample != 8 && m_BitsPerSample != 12 && m_BitsPerSample != 16 && m_BitsPerSample != 20 && m_BitsPerSample != 24)
m_BitsPerSample = -1;
m_Compress = cfg.ReadInteger(CMBSetting, m_Group, m_NamePrefix + wxT("Compress"), -1, 1, false, -1);
m_Channels = cfg.ReadInteger(CMBSetting, m_Group, m_NamePrefix + wxT("Channels"), -1, 2, false, -1);
m_LoopLoad = cfg.ReadInteger(CMBSetting, m_Group, m_NamePrefix + wxT("LoopLoad"), -1, 2, false, -1);
m_AttackLoad = cfg.ReadInteger(CMBSetting, m_Group, m_NamePrefix + wxT("AttackLoad"), -1, 1, false, -1);
m_ReleaseLoad = cfg.ReadInteger(CMBSetting, m_Group, m_NamePrefix + wxT("ReleaseLoad"), -1, 1, false, -1);
m_Callback->UpdateAmplitude();
m_Callback->UpdateTuning();
m_Callback->UpdateAudioGroup();
}
GOrgueTemperamentUser::GOrgueTemperamentUser(GOrgueConfigReader& cfg, wxString group) :
GOrgueTemperamentCent(wxEmptyString, wxEmptyString, wxEmptyString)
{
m_Name = cfg.ReadString(CMBSetting, group, wxT("Name"));
m_Title = cfg.ReadString(CMBSetting, group, wxT("Title"));
m_Group = cfg.ReadString(CMBSetting, group, wxT("Group"));
for(unsigned i = 0; i < 12; i++)
m_Tuning[i] = cfg.ReadFloat(CMBSetting, group, wxString::Format(wxT("Offset%d"), i), -1200, 1200);
}
void GOrgueDivisionalCoupler::Load(GOrgueConfigReader& cfg, wxString group)
{
wxString buffer;
m_BiDirectionalCoupling=cfg.ReadBoolean(ODFSetting, group,wxT("BiDirectionalCoupling"));
unsigned NumberOfManuals=cfg.ReadInteger(ODFSetting, group,wxT("NumberOfManuals"), 1, m_organfile->GetManualAndPedalCount() - m_organfile->GetFirstManualIndex() + 1);
m_manuals.resize(0);
for (unsigned i = 0; i < NumberOfManuals; i++)
{
buffer.Printf(wxT("Manual%03d"), i + 1);
m_manuals.push_back(cfg.ReadInteger(ODFSetting, group, buffer, m_organfile->GetFirstManualIndex(), m_organfile->GetManualAndPedalCount()));
}
GOrgueDrawstop::Load(cfg, group);
}
void GOrgueTremulant::Load(GOrgueConfigReader& cfg, wxString group, int sampler_group_id)
{
m_TremulantType = (GOrgueTremulantType)cfg.ReadEnum(ODFSetting, group, wxT("TremulantType"), m_tremulant_types, sizeof(m_tremulant_types) / sizeof(m_tremulant_types[0]), false, GOSynthTrem);
if (m_TremulantType == GOSynthTrem)
{
m_TremProvider = new GOSoundProviderSynthedTrem(m_organfile->GetMemoryPool()),
m_Period = cfg.ReadLong(ODFSetting, group, wxT("Period"), 32, 441000);
m_StartRate = cfg.ReadInteger(ODFSetting, group, wxT("StartRate"), 1, 100);
m_StopRate = cfg.ReadInteger(ODFSetting, group, wxT("StopRate"), 1, 100);
m_AmpModDepth = cfg.ReadInteger(ODFSetting, group, wxT("AmpModDepth"), 1, 100);
m_SamplerGroupID = sampler_group_id;
m_PlaybackHandle = 0;
}
GOrgueDrawstop::Load(cfg, group);
m_organfile->RegisterCacheObject(this);
}
void GOrgueEnclosure::Init(GOrgueConfigReader& cfg, wxString group, wxString Name, unsigned def_value)
{
m_organfile->RegisterSaveableObject(this);
m_group = group;
m_Name = Name;
Set(cfg.ReadInteger(CMBSetting, m_group, wxT("Value"), 0, 127, false, def_value));
m_midi.Load(cfg, m_group, m_organfile->GetSettings().GetMidiMap());
m_sender.Load(cfg, m_group, m_organfile->GetSettings().GetMidiMap());
m_shortcut.Load(cfg, m_group);
m_AmpMinimumLevel = 1;
}
void GOrgueEnclosure::Load(GOrgueConfigReader& cfg, wxString group, int enclosure_nb)
{
m_organfile->RegisterSaveableObject(this);
m_group = group;
m_Name = cfg.ReadStringNotEmpty(ODFSetting, m_group, wxT("Name"));
m_Displayed1 = cfg.ReadBoolean(ODFSetting, m_group, wxT("Displayed"), false, true);
m_Displayed2 = cfg.ReadBoolean(ODFSetting, m_group, wxT("Displayed"), false, false);
m_AmpMinimumLevel = cfg.ReadInteger(ODFSetting, m_group, wxT("AmpMinimumLevel"), 0, 100);
m_MIDIInputNumber = cfg.ReadInteger(ODFSetting, m_group, wxT("MIDIInputNumber"), 0, 200, false, 0);
Set(cfg.ReadInteger(CMBSetting, m_group, wxT("Value"), 0, 127, false, 127));
m_midi.SetIndex(enclosure_nb);
m_midi.Load(cfg, m_group, m_organfile->GetSettings().GetMidiMap());
m_sender.Load(cfg, m_group, m_organfile->GetSettings().GetMidiMap());
m_shortcut.Load(cfg, m_group);
}
void GOrgueSoundingPipe::LoadAttack(GOrgueConfigReader& cfg, wxString group, wxString prefix)
{
attack_load_info ainfo;
ainfo.filename.Assign(cfg.ReadStringTrim(ODFSetting, group, prefix), m_organfile);
ainfo.sample_group = cfg.ReadInteger(ODFSetting, group, prefix + wxT("IsTremulant"), -1, 1, false, -1);
ainfo.load_release = cfg.ReadBoolean(ODFSetting, group, prefix + wxT("LoadRelease"), false, !m_Percussive);;
ainfo.percussive = m_Percussive;
ainfo.max_playback_time = cfg.ReadInteger(ODFSetting, group, prefix + wxT("MaxKeyPressTime"), -1, 100000, false, -1);
ainfo.cue_point = cfg.ReadInteger(ODFSetting, group, prefix + wxT("CuePoint"), -1, MAX_SAMPLE_LENGTH, false, -1);
ainfo.min_attack_velocity = cfg.ReadInteger(ODFSetting, group, prefix + wxT("AttackVelocity"), 0, 127, false, 0);
ainfo.max_released_time = cfg.ReadInteger(ODFSetting, group, prefix + wxT("MaxTimeSinceLastRelease"), -1, 100000, false, -1);
ainfo.attack_start = cfg.ReadInteger(ODFSetting, group, prefix + wxT("AttackStart"), 0, MAX_SAMPLE_LENGTH, false, 0);
ainfo.release_end = cfg.ReadInteger(ODFSetting, group, prefix + wxT("ReleaseEnd"), -1, MAX_SAMPLE_LENGTH, false, -1);
unsigned loop_cnt = cfg.ReadInteger(ODFSetting, group, prefix + wxT("LoopCount"), 0, 100, false, 0);
for(unsigned j = 0; j < loop_cnt; j++)
{
loop_load_info linfo;
linfo.loop_start = cfg.ReadInteger(ODFSetting, group, prefix + wxString::Format(wxT("Loop%03dStart"), j + 1), 0, MAX_SAMPLE_LENGTH, false, 0);
linfo.loop_end = cfg.ReadInteger(ODFSetting, group, prefix + wxString::Format(wxT("Loop%03dEnd"), j + 1), linfo.loop_start + 1, MAX_SAMPLE_LENGTH, true);
ainfo.loops.push_back(linfo);
}
m_AttackInfo.push_back(ainfo);
}
void GOrgueSoundingPipe::Load(GOrgueConfigReader& cfg, wxString group, wxString prefix)
{
m_organfile->RegisterCacheObject(this);
m_Filename = cfg.ReadStringTrim(ODFSetting, group, prefix);
m_PipeConfig.Load(cfg, group, prefix);
m_HarmonicNumber = cfg.ReadInteger(ODFSetting, group, prefix + wxT("HarmonicNumber"), 1, 1024, false, m_HarmonicNumber);
m_PitchCorrection = cfg.ReadFloat(ODFSetting, group, prefix + wxT("PitchCorrection"), -1200, 1200, false, m_PitchCorrection);
m_SamplerGroupID = cfg.ReadInteger(ODFSetting, group, prefix + wxT("WindchestGroup"), 1, m_organfile->GetWindchestGroupCount(), false, m_SamplerGroupID);
m_Percussive = cfg.ReadBoolean(ODFSetting, group, prefix + wxT("Percussive"), false, m_Percussive);
m_SampleMidiKeyNumber = cfg.ReadInteger(ODFSetting, group, prefix + wxT("MIDIKeyNumber"), -1, 127, false, -1);
m_LoopCrossfadeLength = cfg.ReadInteger(ODFSetting, group, prefix + wxT("LoopCrossfadeLength"), 0, 120, false, 0);
m_ReleaseCrossfadeLength = cfg.ReadInteger(ODFSetting, group, prefix + wxT("ReleaseCrossfadeLength"), 0, 200, false, 0);
m_RetunePipe = cfg.ReadBoolean(ODFSetting, group, prefix + wxT("AcceptsRetuning"), false, m_RetunePipe);
UpdateAmplitude();
m_organfile->GetWindchest(m_SamplerGroupID - 1)->AddPipe(this);
LoadAttack(cfg, group, prefix);
unsigned attack_count = cfg.ReadInteger(ODFSetting, group, prefix + wxT("AttackCount"), 0, 100, false, 0);
for(unsigned i = 0; i < attack_count; i++)
LoadAttack(cfg, group, prefix + wxString::Format(wxT("Attack%03d"), i + 1));
unsigned release_count = cfg.ReadInteger(ODFSetting, group, prefix + wxT("ReleaseCount"), 0, 100, false, 0);
for(unsigned i = 0; i < release_count; i++)
{
release_load_info rinfo;
wxString p = prefix + wxString::Format(wxT("Release%03d"), i + 1);
rinfo.filename.Assign(cfg.ReadStringTrim(ODFSetting, group, p), m_organfile);
rinfo.sample_group = cfg.ReadInteger(ODFSetting, group, p + wxT("IsTremulant"), -1, 1, false, -1);
rinfo.max_playback_time = cfg.ReadInteger(ODFSetting, group, p + wxT("MaxKeyPressTime"), -1, 100000, false, -1);
rinfo.cue_point = cfg.ReadInteger(ODFSetting, group, p + wxT("CuePoint"), -1, MAX_SAMPLE_LENGTH, false, -1);
rinfo.release_end = cfg.ReadInteger(ODFSetting, group, p + wxT("ReleaseEnd"), -1, MAX_SAMPLE_LENGTH, false, -1);
m_ReleaseInfo.push_back(rinfo);
}
m_MinVolume = cfg.ReadFloat(ODFSetting, group, wxT("MinVelocityVolume"), 0, 1000, false, m_MinVolume);
m_MaxVolume = cfg.ReadFloat(ODFSetting, group, wxT("MaxVelocityVolume"), 0, 1000, false, m_MaxVolume);
m_SoundProvider.SetVelocityParameter(m_MinVolume, m_MaxVolume);
m_PipeConfig.SetName(wxString::Format(_("%d: %s"), m_MidiKeyNumber, m_Filename.c_str()));
}
void GOrgueDivisional::Load(GOrgueConfigReader& cfg, wxString group, int manualNumber, int divisionalNumber)
{
m_DivisionalNumber = divisionalNumber;
m_ManualNumber = manualNumber;
m_midi.SetIndex(manualNumber);
m_Protected = cfg.ReadBoolean(ODFSetting, group, wxT("Protected"), false, false);
GOrguePushbutton::Load(cfg, group);
if (!m_IsSetter)
{
/* skip ODF settings */
UpdateState();
wxString buffer;
int pos;
std::vector<bool> used(m_State.size());
GOrgueManual* associatedManual = m_organfile->GetManual(m_ManualNumber);
unsigned NumberOfStops = cfg.ReadInteger(ODFSetting, m_group, wxT("NumberOfStops"), 0, associatedManual->GetStopCount(), true, 0);
unsigned NumberOfCouplers = cfg.ReadInteger(ODFSetting, m_group, wxT("NumberOfCouplers"), 0, associatedManual->GetCouplerCount(), m_organfile->DivisionalsStoreIntermanualCouplers() || m_organfile->DivisionalsStoreIntramanualCouplers(), 0);
unsigned NumberOfTremulants = cfg.ReadInteger(ODFSetting, m_group, wxT("NumberOfTremulants"), 0, m_organfile->GetTremulantCount(), m_organfile->DivisionalsStoreTremulants(), 0);
unsigned NumberOfSwitches = cfg.ReadInteger(ODFSetting, m_group, wxT("NumberOfSwitches"), 0, m_organfile->GetSwitchCount(), false, 0);
for (unsigned i = 0; i < NumberOfStops; i++)
{
buffer.Printf(wxT("Stop%03d"), i + 1);
int s = cfg.ReadInteger(ODFSetting, m_group, buffer, -associatedManual->GetStopCount(), associatedManual->GetStopCount());
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_STOP, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (used[pos])
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
used[pos] = true;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
for (unsigned i = 0; i < NumberOfCouplers; i++)
{
buffer.Printf(wxT("Coupler%03d"), i + 1);
int s = cfg.ReadInteger(ODFSetting, m_group, buffer, -999, 999);
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_COUPLER, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (used[pos])
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
used[pos] = true;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
for (unsigned i = 0; i < NumberOfTremulants; i++)
{
buffer.Printf(wxT("Tremulant%03d"), i + 1);
int s = cfg.ReadInteger(ODFSetting, m_group, buffer, -999, 999, false, 0);
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_TREMULANT, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (used[pos])
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
used[pos] = true;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
for (unsigned i = 0; i < NumberOfSwitches; i++)
{
buffer.Printf(wxT("Switch%03d"), i + 1);
int s = cfg.ReadInteger(ODFSetting, m_group, buffer, -999, 999, false, 0);
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_SWITCH, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (used[pos])
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
used[pos] = true;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
}
}
void GOrgueDivisional::LoadCombination(GOrgueConfigReader& cfg)
{
GOSettingType type = CMBSetting;
if (!m_IsSetter)
if (cfg.ReadInteger(CMBSetting, m_group, wxT("NumberOfStops"), -1, 999, false, -1) == -1)
type = ODFSetting;
wxString buffer;
GOrgueManual* associatedManual = m_organfile->GetManual(m_ManualNumber);
unsigned NumberOfStops = cfg.ReadInteger(type, m_group, wxT("NumberOfStops"), 0, associatedManual->GetStopCount(), true, 0);
unsigned NumberOfCouplers = cfg.ReadInteger(type, m_group, wxT("NumberOfCouplers"), 0, associatedManual->GetCouplerCount(), m_organfile->DivisionalsStoreIntermanualCouplers() || m_organfile->DivisionalsStoreIntramanualCouplers(), 0);
unsigned NumberOfTremulants = cfg.ReadInteger(type, m_group, wxT("NumberOfTremulants"), 0, m_organfile->GetTremulantCount(), m_organfile->DivisionalsStoreTremulants(), 0);
unsigned NumberOfSwitches = cfg.ReadInteger(type, m_group, wxT("NumberOfSwitches"), 0, m_organfile->GetSwitchCount(), false, 0);
int pos;
Clear();
for (unsigned i = 0; i < NumberOfStops; i++)
{
buffer.Printf(wxT("Stop%03d"), i + 1);
int s = cfg.ReadInteger(type, m_group, buffer, -associatedManual->GetStopCount(), associatedManual->GetStopCount());
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_STOP, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (m_State[pos] != -1)
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
m_State[pos] = (s > 0) ? 1 : 0;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
for (unsigned i = 0; i < NumberOfCouplers; i++)
{
buffer.Printf(wxT("Coupler%03d"), i + 1);
int s = cfg.ReadInteger(type, m_group, buffer, -999, 999);
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_COUPLER, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (m_State[pos] != -1)
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
m_State[pos] = (s > 0) ? 1 : 0;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
for (unsigned i = 0; i < NumberOfTremulants; i++)
{
buffer.Printf(wxT("Tremulant%03d"), i + 1);
int s = cfg.ReadInteger(type, m_group, buffer, -999, 999, false, 0);
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_TREMULANT, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (m_State[pos] != -1)
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
m_State[pos] = (s > 0) ? 1 : 0;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
for (unsigned i = 0; i < NumberOfSwitches; i++)
{
buffer.Printf(wxT("Switch%03d"), i + 1);
int s = cfg.ReadInteger(type, m_group, buffer, -999, 999, false, 0);
pos = m_Template.findEntry(GOrgueCombinationDefinition::COMBINATION_SWITCH, m_ManualNumber, abs(s));
if (pos >= 0)
{
if (m_State[pos] != -1)
{
wxLogError(_("Duplicate combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
m_State[pos] = (s > 0) ? 1 : 0;
}
else
{
wxLogError(_("Invalid combination entry %s in %s"), buffer.c_str(), m_group.c_str());
}
}
}
void GOGUIEnclosure::Load(GOrgueConfigReader& cfg, wxString group)
{
GOGUIControl::Load(cfg, group);
unsigned bitmap_count = cfg.ReadInteger(ODFSetting, group, wxT("BitmapCount"), 1, 127, false, 16);
wxChar style = wxT('A') + cfg.ReadInteger(ODFSetting, group, wxT("EnclosureStyle"), 1, 4, false, 1) - 1;
for(unsigned i = 1; i <= bitmap_count; i++)
{
wxString bitmap = cfg.ReadStringTrim(ODFSetting, group, wxString::Format(wxT("Bitmap%03d"), i), false, wxString::Format(wxT("GO:enclosure%c%02d"), style, i - 1));
wxString mask = cfg.ReadStringTrim(ODFSetting, group, wxString::Format(wxT("Mask%03d"), i), false, wxEmptyString);
m_Bitmaps.push_back(m_panel->LoadBitmap(bitmap, mask));
}
for(unsigned i = 1; i < m_Bitmaps.size(); i++)
if (m_Bitmaps[0].GetWidth() != m_Bitmaps[i].GetWidth() ||
m_Bitmaps[0].GetHeight() != m_Bitmaps[i].GetHeight())
throw wxString::Format(_("bitmap size does not match for '%s'"), group.c_str());
int x, y, w, h;
x = cfg.ReadInteger(ODFSetting, group, wxT("PositionX"), 0, m_metrics->GetScreenWidth(), false, -1);
y = cfg.ReadInteger(ODFSetting, group, wxT("PositionY"), 0, m_metrics->GetScreenHeight(), false, -1);
w = cfg.ReadInteger(ODFSetting, group, wxT("Width"), 1, m_metrics->GetScreenWidth(), false, m_Bitmaps[0].GetWidth());
h = cfg.ReadInteger(ODFSetting, group, wxT("Height"), 1, m_metrics->GetScreenHeight(), false, m_Bitmaps[0].GetHeight());
m_BoundingRect = wxRect(x, y, w, h);
m_TileOffsetX = cfg.ReadInteger(ODFSetting, group, wxT("TileOffsetX"), 0, m_Bitmaps[0].GetWidth() - 1, false, 0);
m_TileOffsetY = cfg.ReadInteger(ODFSetting, group, wxT("TileOffsetY"), 0, m_Bitmaps[0].GetHeight() - 1, false, 0);
m_TextColor = cfg.ReadColor(ODFSetting, group, wxT("DispLabelColour"), false, wxT("White"));
m_FontSize = cfg.ReadFontSize(ODFSetting, group, wxT("DispLabelFontSize"), false, wxT("7"));
m_FontName = cfg.ReadStringTrim(ODFSetting, group, wxT("DispLabelFontName"), false, wxT(""));
m_Text = cfg.ReadString(ODFSetting, group, wxT("DispLabelText"), false, m_enclosure->GetName());
x = cfg.ReadInteger(ODFSetting, group, wxT("TextRectLeft"), 0, m_BoundingRect.GetWidth() - 1, false, 0);
y = cfg.ReadInteger(ODFSetting, group, wxT("TextRectTop"), 0, m_BoundingRect.GetHeight() - 1, false, 0);
w = cfg.ReadInteger(ODFSetting, group, wxT("TextRectWidth"), 1, m_BoundingRect.GetWidth() - x, false, m_BoundingRect.GetWidth() - x);
h = cfg.ReadInteger(ODFSetting, group, wxT("TextRectHeight"), 1, m_BoundingRect.GetHeight() - y, false, m_BoundingRect.GetHeight() - y);
m_TextRect = wxRect(x, y, w, h);
m_TextWidth = cfg.ReadInteger(ODFSetting, group, wxT("TextBreakWidth"), 0, m_TextRect.GetWidth(), false, m_TextRect.GetWidth());
x = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectLeft"), 0, m_BoundingRect.GetWidth() - 1, false, 0);
y = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectTop"), 0, m_BoundingRect.GetHeight() - 1, false, 13);
w = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectWidth"), 1, m_BoundingRect.GetWidth() - x, false, m_BoundingRect.GetWidth() - x);
h = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectHeight"), 1, m_BoundingRect.GetHeight() - y, false, m_BoundingRect.GetHeight() - y - 3);
m_MouseRect = wxRect(x, y, w, h);
m_MouseAxisStart = cfg.ReadInteger(ODFSetting, group, wxT("MouseAxisStart"), 0, m_MouseRect.GetHeight(), false, m_MouseRect.GetHeight() / 3);
m_MouseAxisEnd = cfg.ReadInteger(ODFSetting, group, wxT("MouseAxisEnd"), m_MouseAxisStart, m_MouseRect.GetHeight(), false, m_MouseRect.GetHeight() / 3 * 2);
m_Font.SetName(m_FontName);
m_Font.SetPoints(m_FontSize);
}
void GOrgueSettingFloat::Load(GOrgueConfigReader& cfg)
{
(*this)(cfg.ReadFloat(CMBSetting, m_Group, m_Name, m_MinValue, m_MaxValue, false, m_DefaultValue));
}
void GOrgueSettingNumber<T>::Load(GOrgueConfigReader& cfg)
{
(*this)(cfg.ReadInteger(CMBSetting, m_Group, m_Name, m_MinValue, m_MaxValue, false, m_DefaultValue));
}
void GOGUIButton::Load(GOrgueConfigReader& cfg, wxString group)
{
GOGUIControl::Load(cfg, group);
m_IsPiston = cfg.ReadBoolean(ODFSetting, group, wxT("DisplayAsPiston"), false, m_IsPiston);
m_TextColor = cfg.ReadColor(ODFSetting, group, wxT("DispLabelColour"), false, wxT("Dark Red"));
m_FontSize = cfg.ReadFontSize(ODFSetting, group, wxT("DispLabelFontSize"), false, wxT("normal"));
m_FontName = cfg.ReadStringTrim(ODFSetting, group, wxT("DispLabelFontName"), false, wxT(""));
m_Text = cfg.ReadString(ODFSetting, group, wxT("DispLabelText"), false, m_Button->GetName());
int x, y, w, h;
m_DispKeyLabelOnLeft = cfg.ReadBoolean(ODFSetting, group, wxT("DispKeyLabelOnLeft"), false, true);
wxString off_mask_file, on_mask_file;
wxString on_file, off_file;
if (m_IsPiston)
{
int DispImageNum = cfg.ReadInteger(ODFSetting, group, wxT("DispImageNum"), 1, 5, false, m_Button->IsReadOnly() ? 3 : 1);
off_file = wxString::Format(wxT("GO:piston%02d_off"), DispImageNum);
on_file = wxString::Format(wxT("GO:piston%02d_on"), DispImageNum);
m_DispRow = cfg.ReadInteger(ODFSetting, group, wxT("DispButtonRow"), 0, 99 + m_metrics->NumberOfExtraButtonRows(), false, 1);
m_DispCol = cfg.ReadInteger(ODFSetting, group, wxT("DispButtonCol"), 1, m_metrics->NumberOfButtonCols(), false, 1);
}
else
{
int DispImageNum = cfg.ReadInteger(ODFSetting, group, wxT("DispImageNum"), 1, 6, false, m_Button->IsReadOnly() ? 4 : 1);
off_file = wxString::Format(wxT("GO:drawstop%02d_off"), DispImageNum);
on_file = wxString::Format(wxT("GO:drawstop%02d_on"), DispImageNum);
m_DispRow = cfg.ReadInteger(ODFSetting, group, wxT("DispDrawstopRow"), 1, 99 + m_metrics->NumberOfExtraDrawstopRowsToDisplay(), false, 1);
m_DispCol = cfg.ReadInteger(ODFSetting, group, wxT("DispDrawstopCol"), 1, m_DispRow > 99 ? m_metrics->NumberOfExtraDrawstopColsToDisplay() : m_metrics->NumberOfDrawstopColsToDisplay(), false, 1);
}
on_file = cfg.ReadStringTrim(ODFSetting, group, wxT("ImageOn"), false, on_file);
off_file = cfg.ReadStringTrim(ODFSetting, group, wxT("ImageOff"), false, off_file);
on_mask_file = cfg.ReadStringTrim(ODFSetting, group, wxT("MaskOn"), false, wxEmptyString);
off_mask_file = cfg.ReadStringTrim(ODFSetting, group, wxT("MaskOff"), false, on_mask_file);
m_OnBitmap = m_panel->LoadBitmap(on_file, on_mask_file);
m_OffBitmap = m_panel->LoadBitmap(off_file, off_mask_file);
x = cfg.ReadInteger(ODFSetting, group, wxT("PositionX"), 0, m_metrics->GetScreenWidth(), false, -1);
y = cfg.ReadInteger(ODFSetting, group, wxT("PositionY"), 0, m_metrics->GetScreenHeight(), false, -1);
w = cfg.ReadInteger(ODFSetting, group, wxT("Width"), 1, m_metrics->GetScreenWidth(), false, m_OnBitmap.GetWidth());
h = cfg.ReadInteger(ODFSetting, group, wxT("Height"), 1, m_metrics->GetScreenHeight(), false, m_OnBitmap.GetHeight());
m_BoundingRect = wxRect(x, y, w, h);
if (m_OnBitmap.GetWidth() != m_OffBitmap.GetWidth() ||
m_OnBitmap.GetHeight() != m_OffBitmap.GetHeight())
throw wxString::Format(_("bitmap size does not match for '%s'"), group.c_str());
m_TileOffsetX = cfg.ReadInteger(ODFSetting, group, wxT("TileOffsetX"), 0, m_OnBitmap.GetWidth() - 1, false, 0);
m_TileOffsetY = cfg.ReadInteger(ODFSetting, group, wxT("TileOffsetY"), 0, m_OnBitmap.GetHeight() - 1, false, 0);
x = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectLeft"), 0, m_BoundingRect.GetWidth() - 1, false, 0);
y = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectTop"), 0, m_BoundingRect.GetHeight() - 1, false, 0);
w = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectWidth"), 1, m_BoundingRect.GetWidth() - x, false, m_BoundingRect.GetWidth() - x);
h = cfg.ReadInteger(ODFSetting, group, wxT("MouseRectHeight"), 1, m_BoundingRect.GetHeight() - y, false, m_BoundingRect.GetHeight() - y);
m_MouseRect = wxRect(x, y, w, h);
m_Radius = cfg.ReadInteger(ODFSetting, group, wxT("MouseRadius"), 0, std::max(m_MouseRect.GetWidth(), m_MouseRect.GetHeight()), false, std::min(w/2, h/2));
x = cfg.ReadInteger(ODFSetting, group, wxT("TextRectLeft"), 0, m_BoundingRect.GetWidth() - 1, false, 1);
y = cfg.ReadInteger(ODFSetting, group, wxT("TextRectTop"), 0, m_BoundingRect.GetHeight() - 1, false, 1);
w = cfg.ReadInteger(ODFSetting, group, wxT("TextRectWidth"), 1, m_BoundingRect.GetWidth() - x, false, m_BoundingRect.GetWidth() - x);
h = cfg.ReadInteger(ODFSetting, group, wxT("TextRectHeight"), 1, m_BoundingRect.GetHeight() - y, false, m_BoundingRect.GetHeight() - y);
m_TextRect = wxRect(x, y, w, h);
m_TextWidth = cfg.ReadInteger(ODFSetting, group, wxT("TextBreakWidth"), 0, m_TextRect.GetWidth(), false, m_TextRect.GetWidth() - (m_TextRect.GetWidth() < 50 ? 4 : 14));
m_Font = m_metrics->GetControlLabelFont();
m_Font.SetName(m_FontName);
m_Font.SetPoints(m_FontSize);
}
