private void InitializeWavelengthSelector()
{
Debug.Log("[KSPI] - Setup Transmit Beams Configurations for " + part.partInfo.title);
chooseField = Fields["selectedBeamConfiguration"];
chooseField.guiActive = CheatOptions.NonStrictAttachmentOrientation || (canSwitchWavelengthInFlight && BeamConfigurations.Count > 1);
var chooseOptionEditor = chooseField.uiControlEditor as UI_ChooseOption;
var chooseOptionFlight = chooseField.uiControlFlight as UI_ChooseOption;
var names = BeamConfigurations.Select(m => m.beamWaveName).ToArray();
chooseOptionEditor.options = names;
chooseOptionFlight.options = names;
if (wavelength != 0)
{
activeConfiguration = BeamConfigurations.SingleOrDefault(m => m.wavelength == wavelength);
if (activeConfiguration != null)
{
selectedBeamConfiguration = BeamConfigurations.IndexOf(activeConfiguration);
}
}
UpdateFromGUI(chooseField, selectedBeamConfiguration);
// connect on change event
chooseOptionEditor.onFieldChanged = UpdateFromGUI;
chooseOptionFlight.onFieldChanged = UpdateFromGUI;
}
public override void OnLoad(ConfigNode node)
{
beamConfigurationNodes = node.GetNodes("BeamConfiguration");
if (beamConfigurationNodes.Any())
{
Debug.Log("[KSPI]: OnLoad Found " + beamConfigurationNodes.Count() + " BeamConfigurations");
}
var inlineConfigurations = new List <BeamConfiguration>();
foreach (var beamConfigurationNode in beamConfigurationNodes)
{
var beamConfiguration = new BeamConfiguration
{
beamWaveName = beamConfigurationNode.GetValue("beamWaveName"),
wavelength = ReadDouble(beamConfigurationNode, "wavelength", 1),
atmosphericAbsorptionPercentage = ReadDouble(beamConfigurationNode, "atmosphericAbsorptionPercentage", 100),
waterAbsorptionPercentage = ReadDouble(beamConfigurationNode, "waterAbsorptionPercentage", 100),
techRequirement0 = beamConfigurationNode.HasValue("techRequirement0")? beamConfigurationNode.GetValue("techRequirement0"): null,
techRequirement1 = beamConfigurationNode.HasValue("techRequirement1")? beamConfigurationNode.GetValue("techRequirement1"): null,
techRequirement2 = beamConfigurationNode.HasValue("techRequirement2")? beamConfigurationNode.GetValue("techRequirement2"): null,
techRequirement3 = beamConfigurationNode.HasValue("techRequirement3")? beamConfigurationNode.GetValue("techRequirement3"): null,
efficiencyPercentage0 = beamConfigurationNode.HasValue("efficiencyPercentage0")? double.Parse(beamConfigurationNode.GetValue("efficiencyPercentage0")): 0,
efficiencyPercentage1 = beamConfigurationNode.HasValue("efficiencyPercentage1")? double.Parse(beamConfigurationNode.GetValue("efficiencyPercentage1")): 0,
efficiencyPercentage2 = beamConfigurationNode.HasValue("efficiencyPercentage2")? double.Parse(beamConfigurationNode.GetValue("efficiencyPercentage2")): 0,
efficiencyPercentage3 = beamConfigurationNode.HasValue("efficiencyPercentage3")? double.Parse(beamConfigurationNode.GetValue("efficiencyPercentage3")): 0
};
inlineConfigurations.Add(beamConfiguration);
}
_inlineConfigurations = inlineConfigurations.OrderByDescending(m => m.wavelength).ToList();
}
private void LoadInitialConfiguration()
{
isLoaded = true;
var currentWavelength = wavelength != 0 ? wavelength : 1;
//Debug.Log("[KSP Interstellar] UpdateFromGUI initialize initial beam configuration with wavelength target " + currentWavelength);
// find wavelength closes to target wavelength
activeConfiguration = BeamConfigurations.FirstOrDefault();
selectedBeamConfiguration = 0;
var lowestWavelengthDifference = Math.Abs(currentWavelength - activeConfiguration.wavelength);
if (BeamConfigurations.Count > 1)
{
foreach (var currentConfig in BeamConfigurations)
{
var configWaveLengthDifference = Math.Abs(currentWavelength - currentConfig.wavelength);
if (configWaveLengthDifference < lowestWavelengthDifference)
{
activeConfiguration = currentConfig;
lowestWavelengthDifference = configWaveLengthDifference;
selectedBeamConfiguration = BeamConfigurations.IndexOf(currentConfig);
}
}
}
}
private void LoadInitialConfiguration()
{
isLoaded = true;
var currentWavelength = wavelength != 0 ? wavelength : 1;
activeConfiguration = BeamConfigurations.FirstOrDefault();
selectedBeamConfiguration = 0;
if (BeamConfigurations.Count <= 1 || activeConfiguration == null)
{
return;
}
var lowestWavelengthDifference = Math.Abs(currentWavelength - activeConfiguration.wavelength);
foreach (var currentConfig in BeamConfigurations)
{
var configWaveLengthDifference = Math.Abs(currentWavelength - currentConfig.wavelength);
if (!(configWaveLengthDifference < lowestWavelengthDifference))
{
continue;
}
activeConfiguration = currentConfig;
lowestWavelengthDifference = configWaveLengthDifference;
selectedBeamConfiguration = BeamConfigurations.IndexOf(currentConfig);
}
}
private void InitializeWavelengthSelector()
{
Debug.Log("[KSPI]: Setup Transmit Beams Configurations for " + part.partInfo.title);
chooseField = Fields["selectedBeamConfiguration"];
chooseField.guiActive = CheatOptions.NonStrictAttachmentOrientation || (canSwitchWavelengthInFlight && BeamConfigurations.Count > 1);
var chooseOptionEditor = chooseField.uiControlEditor as UI_ChooseOption;
var chooseOptionFlight = chooseField.uiControlFlight as UI_ChooseOption;
if (chooseOptionEditor == null)
{
return;
}
if (chooseOptionFlight == null)
{
return;
}
var names = BeamConfigurations.Select(m => m.beamWaveName).ToArray();
chooseOptionEditor.options = names;
chooseOptionFlight.options = names;
if (!string.IsNullOrEmpty(beamWaveName))
{
activeConfiguration = BeamConfigurations.FirstOrDefault(m => String.Equals(m.beamWaveName, beamWaveName, StringComparison.CurrentCultureIgnoreCase));
if (activeConfiguration != null)
{
selectedBeamConfiguration = BeamConfigurations.IndexOf(activeConfiguration);
wavelength = activeConfiguration.wavelength;
return;
}
}
if (wavelength != 0)
{
// find first wavelength with equal or shorter wavelength
activeConfiguration = BeamConfigurations.FirstOrDefault(m => m.wavelength <= wavelength);
if (activeConfiguration == null)
{
activeConfiguration = selectedBeamConfiguration < BeamConfigurations.Count ? BeamConfigurations[selectedBeamConfiguration] : BeamConfigurations.FirstOrDefault();
}
if (activeConfiguration != null)
{
selectedBeamConfiguration = BeamConfigurations.IndexOf(activeConfiguration);
}
}
UpdateFromGui(chooseField, selectedBeamConfiguration);
// connect on change event
chooseOptionEditor.onFieldChanged = UpdateFromGui;
chooseOptionFlight.onFieldChanged = UpdateFromGui;
}
/// <summary>
/// Called whenever chooseOption is changed by user
/// </summary>
/// <param name="field"></param>
/// <param name="oldFieldValueObj"></param>
private void UpdateFromGUI(BaseField field, object oldFieldValueObj)
{
Debug.Log("[KSPI]: BeamGenerator UpdateFromGUI called");
if (!BeamConfigurations.Any())
{
Debug.LogWarning("[KSPI]: BeamGenerator UpdateFromGUI no BeamConfigurations found");
return;
}
if (isLoaded == false)
{
LoadInitialConfiguration();
}
else
{
if (selectedBeamConfiguration < BeamConfigurations.Count)
{
activeConfiguration = BeamConfigurations[selectedBeamConfiguration];
}
else
{
Debug.LogWarning("[KSPI]: selectedBeamConfiguration < " + BeamConfigurations.Count + ", selecting last");
selectedBeamConfiguration = BeamConfigurations.Count - 1;
activeConfiguration = BeamConfigurations.Last();
}
}
if (activeConfiguration == null)
{
Debug.Log("[KSPI]: UpdateFromGUI no activeConfiguration found");
return;
}
beamWaveName = activeConfiguration.beamWaveName;
wavelength = activeConfiguration.wavelength;
wavelengthText = WavelenthToText(wavelength);
atmosphericAbsorptionPercentage = activeConfiguration.atmosphericAbsorptionPercentage;
waterAbsorptionPercentage = activeConfiguration.waterAbsorptionPercentage;
UpdateEfficiencyPercentage();
// synchronize with reciever;
if (transmitter != null && transmitter.part_receiver != null)
{
Debug.Log("[KSPI]: Called SetActiveBandwidthConfigurationByWaveLength with wavelength " + wavelength);
transmitter.part_receiver.SetActiveBandwidthConfigurationByWaveLength(wavelength);
}
//else
//{
// Debug.Log("[KSPI]: No transmitter found ");
//}
}
private void UpdateFromGUI(BaseField field, object oldFieldValueObj)
{
//Debug.Log("[KSP Interstellar] UpdateFromGUI is called with " + selectedBeamConfiguration);
if (!BeamConfigurations.Any())
{
//Debug.Log("[KSP Interstellar] UpdateFromGUI no BeamConfigurations found");
return;
}
if (isLoaded == false)
{
LoadInitialConfiguration();
}
else
{
if (selectedBeamConfiguration < BeamConfigurations.Count)
{
//Debug.Log("[KSP Interstellar] UpdateFromGUI " + selectedBeamConfiguration + " < orderedBeamGenerators.Count");
activeConfiguration = BeamConfigurations[selectedBeamConfiguration];
}
else
{
//Debug.Log("[KSP Interstellar] UpdateFromGUI " + selectedBeamConfiguration + " >= orderedBeamGenerators.Count");
selectedBeamConfiguration = BeamConfigurations.Count - 1;
activeConfiguration = BeamConfigurations.Last();
}
}
if (activeConfiguration == null)
{
Debug.Log("[KSP Interstellar] UpdateFromGUI no activeConfiguration found");
return;
}
beamWaveName = activeConfiguration.beamWaveName;
//Debug.Log("[KSP Interstellar] UpdateFromGUI set beamWaveName to " + beamWaveName);
wavelength = activeConfiguration.wavelength;
//Debug.Log("[KSP Interstellar] UpdateFromGUI set wavelenth to " + wavelength);
atmosphericAbsorptionPercentage = activeConfiguration.atmosphericAbsorptionPercentage;
//Debug.Log("[KSP Interstellar] UpdateFromGUI set atmosphericAbsorptionPercentage to " + atmosphericAbsorptionPercentage);
waterAbsorptionPercentage = activeConfiguration.waterAbsorptionPercentage;
//Debug.Log("[KSP Interstellar] UpdateFromGUI set waterAbsorptionPercentage to " + waterAbsorptionPercentage);
UpdateEfficiencyPercentage();
}
private void LoadInitialConfiguration()
{
isLoaded = true;
if (!string.IsNullOrEmpty(beamWaveName))
{
activeConfiguration = BeamConfigurations.FirstOrDefault(m => String.Equals(m.beamWaveName, beamWaveName, StringComparison.CurrentCultureIgnoreCase));
if (activeConfiguration != null)
{
selectedBeamConfiguration = BeamConfigurations.IndexOf(activeConfiguration);
wavelength = activeConfiguration.wavelength;
return;
}
}
var currentWavelength = wavelength != 0 ? wavelength : 1;
activeConfiguration = BeamConfigurations.FirstOrDefault();
selectedBeamConfiguration = 0;
if (BeamConfigurations.Count <= 1 || activeConfiguration == null)
{
return;
}
var lowestWavelengthDifference = Math.Abs(currentWavelength - activeConfiguration.wavelength);
foreach (var currentConfig in BeamConfigurations)
{
var configWaveLengthDifference = Math.Abs(currentWavelength - currentConfig.wavelength);
if (!(configWaveLengthDifference < lowestWavelengthDifference))
{
continue;
}
activeConfiguration = currentConfig;
lowestWavelengthDifference = configWaveLengthDifference;
selectedBeamConfiguration = BeamConfigurations.IndexOf(currentConfig);
}
}
private void UpdateFromGUI(BaseField field, object oldFieldValueObj)
{
if (!BeamConfigurations.Any())
{
return;
}
if (isLoaded == false)
{
LoadInitialConfiguration();
}
else
{
if (selectedBeamConfiguration < BeamConfigurations.Count)
{
activeConfiguration = BeamConfigurations[selectedBeamConfiguration];
}
else
{
Debug.LogWarning("[KSPI] - selectedBeamConfiguration < BeamConfigurations.Count, selecting last");
selectedBeamConfiguration = BeamConfigurations.Count - 1;
activeConfiguration = BeamConfigurations.Last();
}
}
if (activeConfiguration == null)
{
Debug.Log("[KSPI] - UpdateFromGUI no activeConfiguration found");
return;
}
beamWaveName = activeConfiguration.beamWaveName;
wavelength = activeConfiguration.wavelength;
wavelengthText = WavelenthToText(wavelength);
atmosphericAbsorptionPercentage = activeConfiguration.atmosphericAbsorptionPercentage;
waterAbsorptionPercentage = activeConfiguration.waterAbsorptionPercentage;
UpdateEfficiencyPercentage();
}