bool cVNSIChannelScan::OnClick(int controlId)
{
if (controlId == SPIN_CONTROL_SOURCE_TYPE)
{
int value = m_spinSourceType->GetValue();
SetControlsVisible((scantype_t)value);
}
else if (controlId == BUTTON_BACK)
{
m_window->Close();
GUI->Control_releaseSpin(m_spinSourceType);
GUI->Control_releaseSpin(m_spinCountries);
GUI->Control_releaseSpin(m_spinSatellites);
GUI->Control_releaseSpin(m_spinDVBCInversion);
GUI->Control_releaseSpin(m_spinDVBCSymbolrates);
GUI->Control_releaseSpin(m_spinDVBCqam);
GUI->Control_releaseSpin(m_spinDVBTInversion);
GUI->Control_releaseSpin(m_spinATSCType);
GUI->Control_releaseRadioButton(m_radioButtonTV);
GUI->Control_releaseRadioButton(m_radioButtonRadio);
GUI->Control_releaseRadioButton(m_radioButtonFTA);
GUI->Control_releaseRadioButton(m_radioButtonScrambled);
GUI->Control_releaseRadioButton(m_radioButtonHD);
if (m_progressDone)
{
GUI->Control_releaseProgress(m_progressDone);
m_progressDone = NULL;
}
if (m_progressSignal)
{
GUI->Control_releaseProgress(m_progressSignal);
m_progressSignal = NULL;
}
}
else if (controlId == BUTTON_START)
{
if (!m_running)
{
m_running = true;
m_stopped = false;
m_Canceled = false;
m_window->SetProperty("Scanning", "running");
m_window->SetControlLabel(BUTTON_START, XBMC->GetLocalizedString(222));
StartScan();
}
else if (!m_stopped)
{
m_stopped = true;
m_Canceled = true;
StopScan();
}
else
ReturnFromProcessView();
}
return true;
}
void ClimatologyDialog::PopulateTrackingControls()
{
SetControlsVisible(ClimatologyOverlaySettings::WIND, m_cbWind, m_tWind, m_tWindDir);
SetControlsVisible(ClimatologyOverlaySettings::CURRENT, m_cbCurrent, m_tCurrent, m_tCurrentDir);
bool windorcurrent =
m_cfgdlg->m_Settings.Settings[ClimatologyOverlaySettings::WIND].m_bEnabled
|| m_cfgdlg->m_Settings.Settings[ClimatologyOverlaySettings::CURRENT].m_bEnabled;
m_stSpeed->Show(windorcurrent);
m_stDirection->Show(windorcurrent);
SetControlsVisible(ClimatologyOverlaySettings::SLP, m_cbPressure, m_tPressure);
SetControlsVisible(ClimatologyOverlaySettings::SST, m_cbSeaTemperature, m_tSeaTemperature);
SetControlsVisible(ClimatologyOverlaySettings::AT, m_cbAirTemperature, m_tAirTemperature);
SetControlsVisible(ClimatologyOverlaySettings::CLOUD, m_cbCloudCover, m_tCloudCover);
SetControlsVisible(ClimatologyOverlaySettings::PRECIPITATION, m_cbPrecipitation, m_tPrecipitation);
SetControlsVisible(ClimatologyOverlaySettings::RELATIVE_HUMIDITY, m_cbRelativeHumidity, m_tRelativeHumidity);
SetControlsVisible(ClimatologyOverlaySettings::LIGHTNING, m_cbLightning, m_tLightning);
SetControlsVisible(ClimatologyOverlaySettings::SEADEPTH, m_cbSeaDepth, m_tSeaDepth);
Refresh();
Fit();
}
bool cVNSIChannelScan::OnInit()
{
m_spinSourceType = GUI->Control_getSpin(m_window, SPIN_CONTROL_SOURCE_TYPE);
m_spinSourceType->Clear();
m_spinSourceType->AddLabel("DVB-T", DVB_TERR);
m_spinSourceType->AddLabel("DVB-C", DVB_CABLE);
m_spinSourceType->AddLabel("DVB-S/S2", DVB_SAT);
m_spinSourceType->AddLabel("Analog TV", PVRINPUT);
m_spinSourceType->AddLabel("Analog Radio", PVRINPUT_FM);
m_spinSourceType->AddLabel("ATSC", DVB_ATSC);
m_spinDVBCInversion = GUI->Control_getSpin(m_window, CONTROL_SPIN_DVBC_INVERSION);
m_spinDVBCInversion->Clear();
m_spinDVBCInversion->AddLabel("Auto", 0);
m_spinDVBCInversion->AddLabel("On", 1);
m_spinDVBCInversion->AddLabel("Off", 2);
m_spinDVBCSymbolrates = GUI->Control_getSpin(m_window, CONTROL_SPIN_DVBC_SYMBOLRATE);
m_spinDVBCSymbolrates->Clear();
m_spinDVBCSymbolrates->AddLabel("AUTO", 0);
m_spinDVBCSymbolrates->AddLabel("6900", 1);
m_spinDVBCSymbolrates->AddLabel("6875", 2);
m_spinDVBCSymbolrates->AddLabel("6111", 3);
m_spinDVBCSymbolrates->AddLabel("6250", 4);
m_spinDVBCSymbolrates->AddLabel("6790", 5);
m_spinDVBCSymbolrates->AddLabel("6811", 6);
m_spinDVBCSymbolrates->AddLabel("5900", 7);
m_spinDVBCSymbolrates->AddLabel("5000", 8);
m_spinDVBCSymbolrates->AddLabel("3450", 9);
m_spinDVBCSymbolrates->AddLabel("4000", 10);
m_spinDVBCSymbolrates->AddLabel("6950", 11);
m_spinDVBCSymbolrates->AddLabel("7000", 12);
m_spinDVBCSymbolrates->AddLabel("6952", 13);
m_spinDVBCSymbolrates->AddLabel("5156", 14);
m_spinDVBCSymbolrates->AddLabel("4583", 15);
m_spinDVBCSymbolrates->AddLabel("ALL (slow)", 16);
m_spinDVBCqam = GUI->Control_getSpin(m_window, CONTROL_SPIN_DVBC_QAM);
m_spinDVBCqam->Clear();
m_spinDVBCqam->AddLabel("AUTO", 0);
m_spinDVBCqam->AddLabel("64", 1);
m_spinDVBCqam->AddLabel("128", 2);
m_spinDVBCqam->AddLabel("256", 3);
m_spinDVBCqam->AddLabel("ALL (slow)", 4);
m_spinDVBTInversion = GUI->Control_getSpin(m_window, CONTROL_SPIN_DVBT_INVERSION);
m_spinDVBTInversion->Clear();
m_spinDVBTInversion->AddLabel("Auto", 0);
m_spinDVBTInversion->AddLabel("On", 1);
m_spinDVBTInversion->AddLabel("Off", 2);
m_spinATSCType = GUI->Control_getSpin(m_window, CONTROL_SPIN_ATSC_TYPE);
m_spinATSCType->Clear();
m_spinATSCType->AddLabel("VSB (aerial)", 0);
m_spinATSCType->AddLabel("QAM (cable)", 1);
m_spinATSCType->AddLabel("VSB + QAM (aerial + cable)", 2);
m_radioButtonTV = GUI->Control_getRadioButton(m_window, CONTROL_RADIO_BUTTON_TV);
m_radioButtonTV->SetSelected(true);
m_radioButtonRadio = GUI->Control_getRadioButton(m_window, CONTROL_RADIO_BUTTON_RADIO);
m_radioButtonRadio->SetSelected(true);
m_radioButtonFTA = GUI->Control_getRadioButton(m_window, CONTROL_RADIO_BUTTON_FTA);
m_radioButtonFTA->SetSelected(true);
m_radioButtonScrambled = GUI->Control_getRadioButton(m_window, CONTROL_RADIO_BUTTON_SCRAMBLED);
m_radioButtonScrambled->SetSelected(true);
m_radioButtonHD = GUI->Control_getRadioButton(m_window, CONTROL_RADIO_BUTTON_HD);
m_radioButtonHD->SetSelected(true);
if (!ReadCountries())
return false;
if (!ReadSatellites())
return false;
SetControlsVisible(DVB_TERR);
return true;
}
