public void OnRemoveMoleculeButton()
{
if (molecules.SelectedMoleculeID == null)
{
return;
}
if (interactionsPanel.MonitoringEnabled)
{
interactionsPanel.StopInteractions();
console.ShowError("Stopped monitoring molecular interactions, removed molecule");
}
int moleculeID = (int)molecules.SelectedMoleculeID;
UserInterfaceEvents.RaiseRemoveMolecule(moleculeID);
if (moleculeListItems.ContainsKey(moleculeID))
{
GameObject.Destroy(moleculeListItems[moleculeID].gameObject);
moleculeListItems.Remove(moleculeID);
}
molecules.Remove(moleculeID, true);
SetMoleculeSelected(molecules.SelectedMoleculeID);
numberMoleculeListItems();
updateSelectedMoleculeInterfaceSettings();
}
private void startInteractions()
{
List <int> moleculeIDs = molecules.GetIDs();
if (moleculeIDs.Count != 2)
{
if (moleculeIDs.Count > 2)
{
console.ShowError("Can't monitor molecule interactions. Only two molecules can to be loaded");
}
else
{
console.ShowError("Can't monitor molecule interactions. At least two molecules need to be loaded");
}
return;
}
MoleculeRenderSettings molecule1Settings = molecules.Get(moleculeIDs[0]).RenderSettings;
MoleculeRenderSettings molecule2Settings = molecules.Get(moleculeIDs[1]).RenderSettings;
if (molecules.Get(moleculeIDs[0]).HasTrajectory || molecules.Get(moleculeIDs[1]).HasTrajectory)
{
MoleculeEvents.RaiseInteractionsMessage("Can't monitor interactions. Monitored molecules cannot have trajectories loaded.", true);
return;
}
MonitoringEnabled = true;
StartStopButtonText.text = "Stop Monitoring Interactions";
UserInterfaceEvents.RaiseStartMonitoringMoleculeInteractions(moleculeIDs[0], moleculeIDs[1], interactionSettings, molecule1Settings, molecule2Settings);
ResetPositionsButton.interactable = true;
}
public void OnAutoMeshQualityToggleChanged()
{
meshQualityText.text = autoMeshQualityToggle.isOn ? "Auto" : Settings.MeshQualityValues[generalSettings.MeshQuality];
generalSettings.AutoMeshQuality = autoMeshQualityToggle.isOn;
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsAutoMeshQualityKey, autoMeshQualityToggle.isOn ? 1 : 0);
}
public void SetMoleculeSelected(int?moleculeID)
{
molecules.SelectedMoleculeID = moleculeID;
foreach (KeyValuePair <int, MoleculeSettingsPanelListItem> item in moleculeListItems)
{
item.Value.SetHighlighted(false);
UserInterfaceEvents.RaiseMoleculeSelected(item.Key, false);
}
if (moleculeID != null)
{
foreach (KeyValuePair <int, MoleculeSettingsPanelListItem> item in moleculeListItems)
{
if (item.Key == molecules.SelectedMoleculeID)
{
item.Value.SetHighlighted(true);
// if molecule is hidden then dont raise event. When molecule is unhidden then an event will be raised instead
MoleculeSettings molecule = molecules.Get((int)moleculeID);
if (molecule != null && !molecule.Hidden)
{
UserInterfaceEvents.RaiseMoleculeSelected(item.Key, true);
}
}
}
}
updateSelectedMoleculeInterfaceSettings();
}
private void setElement(string elementName, bool enabled)
{
if (selectedMolecule == null || selectedMolecule.RenderSettings.EnabledElements == null)
{
return;
}
if (selectedMolecule.RenderSettings.EnabledElements.Contains(elementName))
{
if (!enabled)
{
selectedMolecule.RenderSettings.EnabledElements.Remove(elementName);
}
}
else
{
if (enabled)
{
selectedMolecule.RenderSettings.EnabledElements.Add(elementName);
}
}
if (selectedMolecule.Hidden)
{
selectedMolecule.PendingRerender = true;
}
else
{
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(selectedMolecule.ID, selectedMolecule.RenderSettings, selectedMolecule.CurrentTrajectoryFrameNumber);
}
}
public void OnResetMoleculePositions()
{
foreach (int moleculeID in molecules.GetIDs())
{
UserInterfaceEvents.RaiseResetMoleculeTransform(moleculeID);
}
}
public void OnResetPositionButton()
{
MoleculeSettings molecule = molecules.GetSelected();
if (molecule == null)
{
return;
}
UserInterfaceEvents.RaiseResetMoleculeTransform(molecule.ID);
}
private void onSaveSettingsFileSubmitted(string fullPath)
{
MoleculeSettings molecule = molecules.GetSelected();
if (molecule == null)
{
return;
}
UserInterfaceEvents.RaiseSaveMoleculeSettings(molecule, fullPath);
}
public void OnStopButton()
{
if (validMoleculeSelected())
{
animating = false;
MoleculeSettings molecule = molecules.GetSelected();
molecule.CurrentTrajectoryFrameNumber = null;
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(molecule.ID, molecule.RenderSettings, molecule.CurrentTrajectoryFrameNumber);
UpdateFrameNumberInfo();
}
}
private void updateMoleculeRender()
{
if (selectedMolecule.Hidden)
{
selectedMolecule.PendingRerender = true;
}
else
{
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(selectedMolecule.ID, selectedMolecule.RenderSettings, selectedMolecule.CurrentTrajectoryFrameNumber);
}
}
private void loadRenderSettings(int moleculeID, MoleculeRenderSettings settings)
{
MoleculeSettings molecule = molecules.Get(moleculeID);
if (molecule == null)
{
return;
}
molecule.RenderSettings = (MoleculeRenderSettings)settings;
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(molecule.ID, molecule.RenderSettings, molecule.CurrentTrajectoryFrameNumber);
}
private void stopInteracations()
{
MonitoringEnabled = false;
StartStopButtonText.text = "Start Monitoring Interactions";
InteractionScoreText.text = "";
InformationText.text = "";
UserInterfaceEvents.RaiseStopMonitoringMoleculeInteractions();
ResetPositionsButton.interactable = false;
}
private void onLoadTrajectoryFileSubmitted(string filePath)
{
if (molecules.SelectedMoleculeID != null)
{
if (interactionsPanel.MonitoringEnabled)
{
interactionsPanel.StopInteractions();
console.ShowError("Stopped monitoring molecular interactions, loading trajectory");
}
UserInterfaceEvents.RaiseLoadTrajectory((int)molecules.SelectedMoleculeID, filePath);
}
}
private void stepBackwardAnimation()
{
MoleculeSettings molecule = molecules.GetSelected();
molecule.CurrentTrajectoryFrameNumber--;
if (molecule.CurrentTrajectoryFrameNumber == null || molecule.CurrentTrajectoryFrameNumber < 0)
{
molecule.CurrentTrajectoryFrameNumber = molecule.TrajectoryFrameCount - 1;
}
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(molecule.ID, molecule.RenderSettings, molecule.CurrentTrajectoryFrameNumber);
UpdateFrameNumberInfo();
}
public void SetLightIntensity(int intensity)
{
int startLighIntensity = lightIntensity;
lightIntensity = Mathf.Clamp(intensity, Settings.MinLightIntensity, Settings.MaxLightIntensity);
if (lightIntensity != startLighIntensity)
{
lightIntensityText.text = lightIntensity.ToString();
generalSettings.LightIntensity = (float)(lightIntensity - Settings.MinLightIntensity) / (float)(Settings.MaxLightIntensity - Settings.MinLightIntensity);
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsLightIntensityKey, lightIntensity);
}
}
public void SetMeshQuality(int meshQuality)
{
if (autoMeshQualityToggle.isOn ||
generalSettings.MeshQuality > Settings.MeshQualityValues.Length - 1 ||
generalSettings.MeshQuality < 0)
{
return;
}
generalSettings.MeshQuality = meshQuality;
meshQualityText.text = Settings.MeshQualityValues[generalSettings.MeshQuality];
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsMeshQualityKey, generalSettings.MeshQuality);
}
public void SetAutoRotateSpeed(int speed)
{
int startSpeed = autoRotateSpeed;
autoRotateSpeed = Mathf.Clamp(speed, Settings.MinAutoRotateSpeed, Settings.MaxAutoRotateSpeed);
if (autoRotateSpeed != startSpeed)
{
autoRotateSpeedText.text = autoRotateSpeed.ToString();
generalSettings.AutoRotateSpeed = (float)(autoRotateSpeed - Settings.MinAutoRotateSpeed) / (float)(Settings.MaxAutoRotateSpeed - Settings.MinAutoRotateSpeed);
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsAutoRotateKey, autoRotateSpeed);
}
}
public void SetMoleculeMovementSpeed(int speed)
{
int startSpeed = moleculeMovementSpeed;
moleculeMovementSpeed = Mathf.Clamp(speed, Settings.MinMoleculeMovementSpeed, Settings.MaxMoleculeMovementSpeed);
if (moleculeMovementSpeed != startSpeed)
{
moleculeMovementSpeedText.text = moleculeMovementSpeed.ToString();
generalSettings.MoleculeInputSensitivity = (float)(moleculeMovementSpeed - Settings.MinMoleculeMovementSpeed) / (float)(Settings.MaxMoleculeMovementSpeed - Settings.MinMoleculeMovementSpeed);
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsMoleculeMovementSpeedKey, moleculeMovementSpeed);
}
}
private void onConfirmLoadTransformsFromSettings(bool confirmed, object data = null)
{
MoleculeSettings molecule = molecules.GetSelected();
if (molecule == null || data == null)
{
return;
}
try {
UserInterfaceEvents.RaiseLoadMoleculeSettings(molecule.ID, (string)data, false, true, true, true, confirmed, loadRenderSettings);
}
catch (InvalidCastException) {
// do nothing
}
}
private void onLoadMoleculeFileSubmitted(string filePath)
{
MoleculeSettings molecule = molecules.Add(filePath);
if (interactionsPanel.MonitoringEnabled)
{
interactionsPanel.StopInteractions();
console.ShowError("Stopped monitoring molecular interactions, loading molecule");
}
if (filePath.EndsWith(Settings.SettingsFileExtension))
{
UserInterfaceEvents.RaiseLoadMoleculeSettings(molecule.ID, filePath, true, true, true, true, true, loadRenderSettings);
}
else
{
UserInterfaceEvents.RaiseLoadMolecule(molecule.ID, filePath, molecule.RenderSettings);
}
}
public void OnEndEditFrameInput()
{
Debug.Log("End frame input");
try {
int frameNumber = int.Parse(this.frameNumber.text);
MoleculeSettings molecule = molecules.GetSelected();
frameNumber = Mathf.Clamp(frameNumber, 1, molecule.TrajectoryFrameCount);
this.frameNumber.text = frameNumber.ToString();
if (frameNumber != lastFrameNumber)
{
Debug.Log("New frameNumber: " + frameNumber);
molecule.CurrentTrajectoryFrameNumber = frameNumber - 1;
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(molecule.ID, molecule.RenderSettings, molecule.CurrentTrajectoryFrameNumber);
}
}
catch (Exception) {
frameNumber.text = lastFrameNumber.ToString();
}
}
public void OnShowHideMoleculeButton()
{
MoleculeSettings molecule = molecules.GetSelected();
if (molecule == null)
{
return;
}
if (hiddenMolecules.Contains(molecule.ID))
{
molecule.Hidden = false;
UserInterfaceEvents.RaiseShowMolecule(molecule.ID);
if (molecule.PendingRerender)
{
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(molecule.ID, molecule.RenderSettings, molecule.CurrentTrajectoryFrameNumber);
}
UserInterfaceEvents.RaiseMoleculeSelected(molecule.ID, true);
hiddenMolecules.Remove(molecule.ID);
}
else
{
molecule.Hidden = true;
trajectoryControls.StopAnimation();
UserInterfaceEvents.RaiseHideMolecule(molecule.ID);
hiddenMolecules.Add(molecule.ID);
if (interactionsPanel.MonitoringEnabled)
{
interactionsPanel.StopInteractions();
console.ShowError("Stopped monitoring molecular interactions, hiding molecule");
}
UserInterfaceEvents.RaiseMoleculeSelected(molecule.ID, false);
}
updateSelectedMoleculeInterfaceSettings();
}
public void DecreaseBondScale()
{
selectedMolecule.RenderSettings.BondScale -= scaleIncrementAmount;
BondScale.text = selectedMolecule.RenderSettings.BondScale.ToString("F1");
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(selectedMolecule.ID, selectedMolecule.RenderSettings, selectedMolecule.CurrentTrajectoryFrameNumber);
}
public void SaveSettings()
{
if (selectedMolecule == null)
{
return;
}
bool visualisationUpdateRequired = false;
// primary structure options
if (selectedMolecule.RenderSettings.ShowPrimaryStructure != EnablePrimaryStructureToggle.isOn)
{
selectedMolecule.RenderSettings.ShowPrimaryStructure = EnablePrimaryStructureToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowAtoms != ShowAtomsToggle.isOn)
{
selectedMolecule.RenderSettings.ShowAtoms = ShowAtomsToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowBonds != ShowBondsToggle.isOn)
{
selectedMolecule.RenderSettings.ShowBonds = ShowBondsToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowStandardResidues != ShowStandardResiduesToggle.isOn)
{
selectedMolecule.RenderSettings.ShowStandardResidues = ShowStandardResiduesToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowNonStandardResidues != ShowNonStandardResiduesToggle.isOn)
{
selectedMolecule.RenderSettings.ShowNonStandardResidues = ShowNonStandardResiduesToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowMainChains != ShowMainChainsToggle.isOn)
{
selectedMolecule.RenderSettings.ShowMainChains = ShowMainChainsToggle.isOn;
visualisationUpdateRequired = true;
}
// representation options
if (ShowCPKToggle.isOn && selectedMolecule.RenderSettings.Representation != MolecularRepresentation.CPK)
{
selectedMolecule.RenderSettings.Representation = MolecularRepresentation.CPK;
visualisationUpdateRequired = true;
}
else if (ShowVDWToggle.isOn && selectedMolecule.RenderSettings.Representation != MolecularRepresentation.VDW)
{
selectedMolecule.RenderSettings.Representation = MolecularRepresentation.VDW;
visualisationUpdateRequired = true;
}
// secondary structure options
if (selectedMolecule.RenderSettings.ShowSecondaryStructure != EnableSecondaryStructureToggle.isOn)
{
selectedMolecule.RenderSettings.ShowSecondaryStructure = EnableSecondaryStructureToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowHelices != ShowHelicesToggle.isOn)
{
selectedMolecule.RenderSettings.ShowHelices = ShowHelicesToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowSheets != ShowSheetsToggle.isOn)
{
selectedMolecule.RenderSettings.ShowSheets = ShowSheetsToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.ShowTurns != ShowTurnsToggle.isOn)
{
selectedMolecule.RenderSettings.ShowTurns = ShowTurnsToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.SmoothNodes != SmoothNodesToggle.isOn)
{
selectedMolecule.RenderSettings.SmoothNodes = SmoothNodesToggle.isOn;
visualisationUpdateRequired = true;
}
// other options
if (selectedMolecule.RenderSettings.ShowSimulationBox != EnableSimlationBoxToggle.isOn)
{
selectedMolecule.RenderSettings.ShowSimulationBox = EnableSimlationBoxToggle.isOn;
visualisationUpdateRequired = true;
}
if (selectedMolecule.RenderSettings.CalculateBoxEveryFrame != CalculateBoxEveryFrameToggle.isOn)
{
selectedMolecule.RenderSettings.CalculateBoxEveryFrame = CalculateBoxEveryFrameToggle.isOn;
visualisationUpdateRequired = true;
}
// recreate structures if necessary
if (visualisationUpdateRequired)
{
if (selectedMolecule.Hidden)
{
selectedMolecule.PendingRerender = true;
}
else
{
UserInterfaceEvents.RaiseMoleculeRenderSettingsUpdated(selectedMolecule.ID, selectedMolecule.RenderSettings, selectedMolecule.CurrentTrajectoryFrameNumber);
}
}
}
public void SetSceneSettings(GeneralSettings settings)
{
generalSettings = settings;
if (PlayerPrefs.HasKey(playerPrefsMainLightKey))
{
generalSettings.MainLightsOn = PlayerPrefs.GetInt(playerPrefsMainLightKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsFillLightKey))
{
generalSettings.FillLightsOn = PlayerPrefs.GetInt(playerPrefsFillLightKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsAmbientLightKey))
{
generalSettings.AmbientLightsOn = PlayerPrefs.GetInt(playerPrefsAmbientLightKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsShadowsKey))
{
generalSettings.ShowShadows = PlayerPrefs.GetInt(playerPrefsShadowsKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsGroundKey))
{
generalSettings.ShowGround = PlayerPrefs.GetInt(playerPrefsGroundKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsLightIntensityKey))
{
lightIntensity = PlayerPrefs.GetInt(playerPrefsLightIntensityKey);
generalSettings.LightIntensity = (float)(lightIntensity - Settings.MinLightIntensity) / (float)(Settings.MaxLightIntensity - Settings.MinLightIntensity);
}
else
{
lightIntensity = (int)((generalSettings.LightIntensity * (float)(Settings.MaxLightIntensity - Settings.MinLightIntensity)) + Settings.MinLightIntensity);
}
if (PlayerPrefs.HasKey(playerPrefsAutoMeshQualityKey))
{
generalSettings.AutoMeshQuality = PlayerPrefs.GetInt(playerPrefsAutoMeshQualityKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsMeshQualityKey))
{
generalSettings.MeshQuality = PlayerPrefs.GetInt(playerPrefsMeshQualityKey);
}
if (PlayerPrefs.HasKey(playerPrefsAutoRotateKey))
{
autoRotateSpeed = PlayerPrefs.GetInt(playerPrefsAutoRotateKey);
generalSettings.AutoRotateSpeed = (float)(autoRotateSpeed - Settings.MinAutoRotateSpeed) / (float)(Settings.MaxAutoRotateSpeed - Settings.MinAutoRotateSpeed);
}
else
{
autoRotateSpeed = (int)((generalSettings.AutoRotateSpeed * (float)(Settings.MaxAutoRotateSpeed - Settings.MinAutoRotateSpeed)) + Settings.MinAutoRotateSpeed);
}
if (PlayerPrefs.HasKey(playerPrefsSpaceNavigatorCameraControlKey))
{
generalSettings.SpaceNavigatorCameraControlEnabled = PlayerPrefs.GetInt(playerPrefsSpaceNavigatorCameraControlKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsSpaceNavigatorMoleculeControlKey))
{
generalSettings.SpaceNavigatorMoleculeControlEnabled = PlayerPrefs.GetInt(playerPrefsSpaceNavigatorMoleculeControlKey) > 0 ? true : false;
}
if (PlayerPrefs.HasKey(playerPrefsMoleculeMovementSpeedKey))
{
moleculeMovementSpeed = PlayerPrefs.GetInt(playerPrefsMoleculeMovementSpeedKey);
generalSettings.MoleculeInputSensitivity = (float)(moleculeMovementSpeed - Settings.MinMoleculeMovementSpeed) / (float)(Settings.MaxMoleculeMovementSpeed - Settings.MinMoleculeMovementSpeed);
}
else
{
moleculeMovementSpeed = (int)((generalSettings.MoleculeInputSensitivity * (float)(Settings.MaxMoleculeMovementSpeed - Settings.MinMoleculeMovementSpeed)) + Settings.MinMoleculeMovementSpeed);
}
groundToggle.isOn = generalSettings.ShowGround;
shadowsToggle.isOn = generalSettings.ShowShadows;
mainLightsToggle.isOn = generalSettings.MainLightsOn;
fillLightsToggle.isOn = generalSettings.FillLightsOn;
ambientLightsToggle.isOn = generalSettings.AmbientLightsOn;
lightIntensityText.text = lightIntensity.ToString();
autoRotateSpeedText.text = autoRotateSpeed.ToString();
moleculeMovementSpeedText.text = moleculeMovementSpeed.ToString();
spaceNavigatorCameraControlToggle.isOn = generalSettings.SpaceNavigatorCameraControlEnabled;
spaceNavigatorMoleculeControlToggle.isOn = generalSettings.SpaceNavigatorMoleculeControlEnabled;
autoMeshQualityToggle.isOn = generalSettings.AutoMeshQuality;
generalSettings.MeshQuality = Mathf.Clamp(generalSettings.MeshQuality, 0, Settings.MeshQualityValues.Length - 1);
meshQualityText.text = generalSettings.AutoMeshQuality ? "Auto" : Settings.MeshQualityValues[generalSettings.MeshQuality];
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
}
public void OnSpaceNavigatorMoleculeControlChanged()
{
generalSettings.SpaceNavigatorMoleculeControlEnabled = spaceNavigatorMoleculeControlToggle.isOn;
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsSpaceNavigatorMoleculeControlKey, spaceNavigatorMoleculeControlToggle.isOn ? 1 : 0);
}
public void OnAmbientLightsToggleChanged()
{
generalSettings.AmbientLightsOn = ambientLightsToggle.isOn;
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsAmbientLightKey, ambientLightsToggle.isOn ? 1 : 0);
}
public void OnFillLightsToggleChanged()
{
generalSettings.FillLightsOn = fillLightsToggle.isOn;
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsFillLightKey, fillLightsToggle.isOn ? 1 : 0);
}
public void OnShadowsToggleChanged()
{
generalSettings.ShowShadows = shadowsToggle.isOn;
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsShadowsKey, shadowsToggle.isOn ? 1 : 0);
}
public void OnGroundToggleChanged()
{
generalSettings.ShowGround = groundToggle.isOn;
UserInterfaceEvents.RaiseGeneralSettingsUpdated(generalSettings);
PlayerPrefs.SetInt(playerPrefsGroundKey, groundToggle.isOn ? 1 : 0);
}
