public OtherSettingsViewModel(GameSettingsUpdater settingsUpdater, Languages languages)
{
Func <GameSettings> s = () => settingsUpdater.CurrentSettings;
var availableLanguages = languages.MetaInfo.Values.ToList();
var cultureCodes = availableLanguages.Select(l => l.CultureCode.ToString()).ToList();
Language = new GuiComponentDescriptor.List(
"language",
availableLanguages
.Select(languageInfo => languageInfo.EnglishName + " / " + languageInfo.Name)
.ToArray(),
updateIndex: settingsUpdater.Updater <int>((settings, newIndex) => {
settings.Other.Language = cultureCodes[newIndex];
return(settings);
}),
currentIndex: () => cultureCodes.IndexOf(s().Other.Language));
AutomaticServerPort = new GuiComponentDescriptor.Boolean(
"automatic_server_port",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Other.AutomaticNetworkPort = value;
return(settings);
}),
isChecked: () => s().Other.AutomaticNetworkPort);
ServerPort = new GuiComponentDescriptor.Range(
"server_port",
minValue: 1024f,
maxValue: 65535f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Other.NetworkPort = (int)value;
return(settings);
}),
currentValue: () => s().Other.NetworkPort,
updateDisplayValue: (descriptor, str) => {
descriptor.IsVisible = !s().Other.AutomaticNetworkPort;
GuiComponentDescriptor.DisplayNumber(s().Other.NetworkPort, str, decimalPlaces: 0);
});
}
public GraphicsSettingsViewModel(GameSettingsUpdater settingsUpdater)
{
Func <GameSettings> s = () => settingsUpdater.CurrentSettings;
var availableResolutions = GetScreenResolutions(s().Graphics.ScreenResolution);
ScreenResolution = new GuiComponentDescriptor.List(
"screen_resolution",
availableResolutions.Select(r => r.Width + "×" + r.Height).ToArray(),
updateIndex: newIndex => {
var unappliedSettings = settingsUpdater.UnappliedSettings;
unappliedSettings.ScreenResolution = availableResolutions[newIndex];
settingsUpdater.UnappliedSettings = unappliedSettings;
},
currentIndex: () => {
var unappliedSettings = settingsUpdater.UnappliedSettings;
Resolution resolution;
if (unappliedSettings.ScreenResolution.HasValue)
{
resolution = unappliedSettings.ScreenResolution.Value;
}
else
{
resolution = s().Graphics.ScreenResolution;
}
return(availableResolutions.IndexOf(resolution));
});
IsWindowed = new GuiComponentDescriptor.Boolean(
"windowed",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Graphics.IsWindowed = value;
return(settings);
}),
isChecked: () => s().Graphics.IsWindowed);
FieldOfView = new GuiComponentDescriptor.Range(
"field_of_view",
minValue: 60f,
maxValue: 120f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.FieldOfView = Mathf.RoundToInt(value);
return(settings);
}),
currentValue: () => s().Graphics.FieldOfView,
updateDisplayValue: (descriptor, str) => {
descriptor.IsEnabled = true;
GuiComponentDescriptor.DisplayNumber(s().Graphics.FieldOfView, str, decimalPlaces: 0,
postFix: "°");
});
ScreenshotMagnification = new GuiComponentDescriptor.Range(
"screenshot_magnification",
minValue: 0.5f,
maxValue: 4f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.ScreenshotMagnificationFactor = value;
return(settings);
}),
currentValue: () => s().Graphics.ScreenshotMagnificationFactor,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Graphics.ScreenshotMagnificationFactor, str,
decimalPlaces: 1, postFix: " ×");
},
stepSize: 0.1f);
ScreenShakeIntensity = new GuiComponentDescriptor.Range(
"screen_shake_intensity",
minValue: 0f,
maxValue: 2f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.ScreenShakeIntensity = value;
return(settings);
}),
currentValue: () => s().Graphics.ScreenShakeIntensity,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Graphics.ScreenShakeIntensity, str, decimalPlaces: 1);
},
stepSize: 0.1f);
TargetFrameRate = new GuiComponentDescriptor.Range(
"target_framerate",
minValue: 30f,
maxValue: 120f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.TargetFrameRate = Mathf.RoundToInt(value);
return(settings);
}),
currentValue: () => s().Graphics.TargetFrameRate,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Graphics.TargetFrameRate, str, decimalPlaces: 0,
postFix: " fps");
});
TextureQuality = new GuiComponentDescriptor.List(
"texture_quality",
GuiComponentDescriptor.GetEnumStrings <TextureQuality>("texq"),
updateIndex: settingsUpdater.Updater <int>((settings, index) => {
settings.Graphics.TextureQuality = EnumUtils.GetValues <TextureQuality>()[index];
return(settings);
}),
currentIndex: () => EnumUtils.IndexOf(s().Graphics.TextureQuality));
AnisotropicFilteringMode = new GuiComponentDescriptor.List(
"anisotropic_filtering",
GuiComponentDescriptor.GetEnumStrings <AnisotropicFilteringMode>("aniso"),
updateIndex: settingsUpdater.Updater <int>((settings, index) => {
settings.Graphics.AnisotropicFilteringMode = EnumUtils.GetValues <AnisotropicFilteringMode>()[index];
return(settings);
}),
currentIndex: () => EnumUtils.IndexOf(s().Graphics.AnisotropicFilteringMode));
ShadowQuality = new GuiComponentDescriptor.List(
"shadow_quality",
GuiComponentDescriptor.GetEnumStrings <VoloShadowQuality>(),
updateIndex: settingsUpdater.Updater <int>((settings, index) => {
settings.Graphics.VoloShadowQuality = EnumUtils.GetValues <VoloShadowQuality>()[index];
return(settings);
}),
currentIndex: () => EnumUtils.IndexOf(s().Graphics.VoloShadowQuality));
ShadowDistance = new GuiComponentDescriptor.Range(
"shadow_distance",
minValue: 0f,
maxValue: 2000f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.ShadowDistance = value;
return(settings);
}),
currentValue: () => s().Graphics.ShadowDistance,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Graphics.ShadowDistance, str, decimalPlaces: 0,
postFix: " m");
},
stepSize: 20f);
// TreeQuality = new GuiComponentDescriptor.List(
// "tree_quality",
// GuiComponentDescriptor.GetEnumStrings<TreeQuality>(),
// updateIndex: settingsUpdater.Updater<int>((settings, index) => {
// settings.Graphics.TreeQuality = EnumUtils.GetValues<TreeQuality>()[index];
// return settings;
// }),
// currentIndex: () => EnumUtils.IndexOf(s().Graphics.TreeQuality));
DetailObjectDistance = new GuiComponentDescriptor.Range(
"grass_view_distance",
minValue: 0f,
maxValue: 7f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.DetailObjectDistance = Mathf.RoundToInt(value);
return(settings);
}),
currentValue: () => s().Graphics.DetailObjectDistance,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Graphics.DetailObjectDistance, str, decimalPlaces: 0);
});
DetailObjectDensity = new GuiComponentDescriptor.Range(
"grass_density",
minValue: 1f,
maxValue: 5f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.DetailObjectDensity = Mathf.RoundToInt(value);
return(settings);
}),
currentValue: () => s().Graphics.DetailObjectDensity,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Graphics.DetailObjectDensity, str, decimalPlaces: 0);
});
MaxParticles = new GuiComponentDescriptor.Range(
"max_number_of_particles",
minValue: 0f,
maxValue: 1f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.MaxParticles = value;
return(settings);
}),
currentValue: () => s().Graphics.MaxParticles,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayPercentage(s().Graphics.MaxParticles, str);
},
stepSize: 0.01f);
TerrainRenderingAccuracy = new GuiComponentDescriptor.Range(
"terrain_rendering_accuracy",
minValue: 0f,
maxValue: 47f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.TerrainRenderingAccuracy = 50f - value;
return(settings);
}),
currentValue: () => 50f - s().Graphics.TerrainRenderingAccuracy,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Graphics.TerrainRenderingAccuracy, str, decimalPlaces: 0,
postFix: ":1 px");
});
TerrainCastShadows = new GuiComponentDescriptor.Boolean(
"cast_terrain_shadows",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Graphics.TerrainCastShadows = value;
return(settings);
}),
isChecked: () => s().Graphics.TerrainCastShadows);
BloomQuality = new GuiComponentDescriptor.List(
"bloom",
GuiComponentDescriptor.GetEnumStrings <BloomQuality>(),
updateIndex: settingsUpdater.Updater <int>((settings, index) => {
settings.Graphics.BloomQuality = EnumUtils.GetValues <BloomQuality>()[index];
return(settings);
}),
currentIndex: () => EnumUtils.IndexOf(s().Graphics.BloomQuality));
MotionBlurQualitySteps = new GuiComponentDescriptor.Range(
"motion_blur",
minValue: 0f,
maxValue: 20f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Graphics.MotionBlurQualitySteps = Mathf.RoundToInt(value);
return(settings);
}),
currentValue: () => s().Graphics.MotionBlurQualitySteps,
updateDisplayValue: (descriptor, displayStr) => {
var value = s().Graphics.MotionBlurQualitySteps;
if (value == 0)
{
displayStr.Append("off");
}
else
{
displayStr.Append(value);
}
});
AntiAliasingMode = new GuiComponentDescriptor.List(
"anti_aliasing_mode",
GuiComponentDescriptor.GetEnumStrings <AntiAliasingMode>(),
updateIndex: settingsUpdater.Updater <int>((settings, index) => {
settings.Graphics.AntiAliasingMode = EnumUtils.GetValues <AntiAliasingMode>()[index];
return(settings);
}),
currentIndex: () => EnumUtils.IndexOf(s().Graphics.AntiAliasingMode));
AntiAliasingQuality = new GuiComponentDescriptor.List(
"anti_aliasing_quality",
GuiComponentDescriptor.GetEnumStrings <AntiAliasingQuality>(),
updateIndex: settingsUpdater.Updater <int>((settings, index) => {
settings.Graphics.AntiAliasingQuality = EnumUtils.GetValues <AntiAliasingQuality>()[index];
return(settings);
}),
currentIndex: () => EnumUtils.IndexOf(s().Graphics.AntiAliasingQuality));
VSync = new GuiComponentDescriptor.Boolean(
"vsync",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Graphics.IsVSyncEnabled = value;
return(settings);
}),
isChecked: () => s().Graphics.IsVSyncEnabled);
}
public TimeAndWeatherSettingsViewModel(GameSettingsUpdater settingsUpdater)
{
Func <GameSettings> s = () => settingsUpdater.CurrentSettings;
Func <CultureInfo> currentCultureInfo = () => CultureInfoUtil.GetCulture(s().Other.Language);
IsTimeSimulated = new GuiComponentDescriptor.Boolean(
"simulate_time",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.Time.IsTimeSimulated = value;
return(settings);
}),
isChecked: () => s().Gameplay.Time.IsTimeSimulated);
CurrentTime = new GuiComponentDescriptor.Range(
"current_time",
minValue: 0f,
maxValue: 23.999f,
updateValue: settingsUpdater.Updater <float>((settings, hour) => {
var currentDateTime = settings.Gameplay.Time.CurrentDateTime;
settings.Gameplay.Time.CurrentDateTime = new DateTime(
currentDateTime.Year,
currentDateTime.Month,
currentDateTime.Day,
hour: 0,
minute: 0,
second: 0,
millisecond: 0,
kind: currentDateTime.Kind) + TimeSpan.FromHours(hour);
return(settings);
}),
currentValue: () => {
var currentDate = s().Gameplay.Time.CurrentDateTime;
return(currentDate.Hour + (currentDate.Minute / 60f));
},
updateDisplayValue: (descritor, str) => {
var currentDateTime = s().Gameplay.Time.CurrentDateTime;
str.Append(currentDateTime.ToString("t", currentCultureInfo()));
},
stepSize: 0.16666667f);
CurrentDate = new GuiComponentDescriptor.Range(
"current_day",
minValue: 1f,
maxValue: 365f,
updateValue: settingsUpdater.Updater <float>((settings, newDayOfYear) => {
var currentDateTime = settings.Gameplay.Time.CurrentDateTime;
settings.Gameplay.Time.CurrentDateTime = currentDateTime.SetDayOfYear((int)newDayOfYear);
return(settings);
}),
currentValue: () => {
var currentDate = s().Gameplay.Time.CurrentDateTime;
return(currentDate.DayOfYear);
},
updateDisplayValue: (newDayOfYear, str) => {
var currentDate = s().Gameplay.Time.CurrentDateTime;
str.Append(currentDate.ToString("m", currentCultureInfo()));
});
DayLengthInMinutes = new GuiComponentDescriptor.Range(
"day_length_in_minutes",
minValue: 1f,
maxValue: 200f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.Time.DayLengthInMinutes = value;
return(settings);
}),
currentValue: () => s().Gameplay.Time.DayLengthInMinutes,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Gameplay.Time.DayLengthInMinutes, str, decimalPlaces: 0);
});
IsNightSkipped = new GuiComponentDescriptor.Boolean(
"skip_night",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.Time.IsNightSkipped = value;
return(settings);
}),
isChecked: () => s().Gameplay.Time.IsNightSkipped);
IsWeatherSimulated = new GuiComponentDescriptor.Boolean(
"simulate_weather",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.Weather.IsWeatherSimulated = value;
return(settings);
}),
isChecked: () => s().Gameplay.Weather.IsWeatherSimulated);
SnowAltitude = new GuiComponentDescriptor.Range(
"snow_altitude",
minValue: 2000f,
maxValue: 3300,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.Weather.SnowAltitude = value;
return(settings);
}),
currentValue: () => s().Gameplay.Weather.SnowAltitude,
updateDisplayValue: (descriptor, str) => {
descriptor.IsVisible = !s().Gameplay.Weather.IsWeatherSimulated;
GuiComponentDescriptor.DisplayNumber(s().Gameplay.Weather.SnowAltitude, str, decimalPlaces: 0, postFix: "m");
},
stepSize: 20f);
SnowfallIntensity = new GuiComponentDescriptor.Range(
"snowfall_intensity",
minValue: 0f,
maxValue: 1f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.Weather.SnowfallIntensity = value;
return(settings);
}),
currentValue: () => s().Gameplay.Weather.SnowfallIntensity,
updateDisplayValue: (descriptor, str) => {
descriptor.IsVisible = !s().Gameplay.Weather.IsWeatherSimulated;
GuiComponentDescriptor.DisplayPercentage(s().Gameplay.Weather.SnowfallIntensity, str);
},
stepSize: 0.02f);
FogIntensity = new GuiComponentDescriptor.Range(
"fog_intensity",
minValue: 0f,
maxValue: 1f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.Weather.FogIntensity = value;
return(settings);
}),
currentValue: () => s().Gameplay.Weather.FogIntensity,
updateDisplayValue: (descriptor, str) => {
descriptor.IsVisible = !s().Gameplay.Weather.IsWeatherSimulated;
GuiComponentDescriptor.DisplayPercentage(s().Gameplay.Weather.FogIntensity, str);
},
stepSize: 0.02f);
DaysPerSeason = new GuiComponentDescriptor.Range(
"days_per_season",
minValue: 1f,
maxValue: 178f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.Weather.DaysPerSeason = value;
return(settings);
}),
currentValue: () => s().Gameplay.Weather.DaysPerSeason,
updateDisplayValue: (descriptor, str) => {
descriptor.IsVisible = s().Gameplay.Weather.IsWeatherSimulated;
GuiComponentDescriptor.DisplayNumber(s().Gameplay.Weather.DaysPerSeason, str, decimalPlaces: 0);
});
}
public GameplaySettingsViewModel(GameSettingsUpdater settingsUpdater)
{
Func <GameSettings> s = () => settingsUpdater.CurrentSettings;
ShowHud = new GuiComponentDescriptor.Boolean(
"show_hud",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.ShowHud = value;
return(settings);
}),
isChecked: () => s().Gameplay.ShowHud);
UnitSystem = new GuiComponentDescriptor.List(
"unit_system",
GuiComponentDescriptor.GetEnumStrings <UnitSystem>(),
updateIndex: settingsUpdater.Updater <int>((settings, index) => {
settings.Gameplay.UnitSystem = EnumUtils.GetValues <UnitSystem>()[index];
return(settings);
}),
currentIndex: () => EnumUtils.IndexOf(s().Gameplay.UnitSystem));
VisualizeTrajectory = new GuiComponentDescriptor.Boolean(
"visualize_trajectory",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.VisualizeTrajectory = value;
return(settings);
}),
isChecked: () => s().Gameplay.VisualizeTrajectory);
VisualizeAerodynamics = new GuiComponentDescriptor.Boolean(
"visualize_aerodynamics",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.VisualizeAerodynamics = value;
return(settings);
}),
isChecked: () => s().Gameplay.VisualizeAerodynamics);
CoursesEnabled = new GuiComponentDescriptor.Boolean(
"courses",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.CoursesEnabled = value;
return(settings);
}),
isChecked: () => s().Gameplay.CoursesEnabled);
IsRingCollisionOn = new GuiComponentDescriptor.Boolean(
"ring_collision",
updateValue: settingsUpdater.Updater <bool>((settings, value) => {
settings.Gameplay.IsRingCollisionOn = value;
return(settings);
}),
isChecked: () => s().Gameplay.IsRingCollisionOn);
StallLimiterStrength = new GuiComponentDescriptor.Range(
"stall_limiter_strength",
minValue: 0f,
maxValue: 1f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.StallLimiterStrength = value;
return(settings);
}),
currentValue: () => s().Gameplay.StallLimiterStrength,
updateDisplayValue: (descriptor, str) => GuiComponentDescriptor.DisplayPercentage(s().Gameplay.StallLimiterStrength, str),
stepSize: 0.01f);
RollLimiterStrength = new GuiComponentDescriptor.Range(
"roll_limiter_strength",
minValue: 0f,
maxValue: 1f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.RollLimiterStrength = value;
return(settings);
}),
currentValue: () => s().Gameplay.RollLimiterStrength,
updateDisplayValue: (descriptor, str) => GuiComponentDescriptor.DisplayPercentage(s().Gameplay.RollLimiterStrength, str),
stepSize: 0.01f);
PitchAttitude = new GuiComponentDescriptor.Range(
"pitch_attitude",
minValue: -1f,
maxValue: 1f,
updateValue: settingsUpdater.Updater <float>((settings, value) => {
settings.Gameplay.PitchAttitude = value;
return(settings);
}),
currentValue: () => s().Gameplay.PitchAttitude,
updateDisplayValue: (descriptor, str) => GuiComponentDescriptor.DisplayNumber(s().Gameplay.PitchAttitude, str, decimalPlaces: 1),
stepSize: 0.1f);
}
public readonly GuiComponentDescriptor.Range NumToggleControlledCells; // int
public ParachuteConfigViewModel(ITypedDataCursor <ParachuteConfig> parachuteConfig)
{
var c = parachuteConfig.Get;
NumCells = new GuiComponentDescriptor.Range(
"Number of cells",
minValue: 3f,
maxValue: 27f,
updateValue: value => {
var config = c();
int val = (int)value;
val = (val % 2 == 0) ? val + 1 : val; //Todo: respect min/max
config.NumCells = (int)val;
parachuteConfig.Set(config);
},
currentValue: () => c().NumCells,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(c().NumCells, str, decimalPlaces: 0);
},
stepSize: 2f);
NumToggleControlledCells = new GuiComponentDescriptor.Range(
"Number of braked cells",
minValue: 0f,
maxValue: 13f,
updateValue: value => {
var config = c();
config.NumToggleControlledCells = (int)value;
parachuteConfig.Set(config);
},
currentValue: () => c().NumToggleControlledCells,
updateDisplayValue: (descriptor, str) => {
descriptor.MaxValue = Mathf.Floor(c().NumCells / 2f);
GuiComponentDescriptor.DisplayNumber(c().NumToggleControlledCells, str, decimalPlaces: 0);
},
stepSize: 1f);
PressureMultiplier = new GuiComponentDescriptor.Range(
"Pressure multiplier",
minValue: 0.5f,
maxValue: 4.0f,
updateValue: value => {
var config = c();
config.PressureMultiplier = value;
parachuteConfig.Set(config);
},
currentValue: () => c().PressureMultiplier,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(c().PressureMultiplier, str, decimalPlaces: 1, postFix: "×");
},
stepSize: 0.2f);
// RearRiserPullMagnitude = new GuiComponentDescriptor.Range(
// "Rear riser pull magnitude",
// minValue: 0.01f,
// maxValue: 0.1f,
// updateValue: value => {
// var config = c();
// config.RearRiserPullMagnitude = value;
// parachuteConfig.Set(config);
// },
// currentValue: () => c().RearRiserPullMagnitude,
// updateDisplayValue: (descriptor, str) => {
// GuiComponentDescriptor.DisplayNumber(c().RearRiserPullMagnitude, str, decimalPlaces: 2);
// },
// stepSize: 0.01f);
// FrontRiserPullMagnitude = new GuiComponentDescriptor.Range(
// "Front riser pull magnitude",
// minValue: 0.01f,
// maxValue: 0.2f,
// updateValue: value => {
// var config = c();
// config.FrontRiserPullMagnitude = value;
// parachuteConfig.Set(config);
// },
// currentValue: () => c().FrontRiserPullMagnitude,
// updateDisplayValue: (descriptor, str) => {
// GuiComponentDescriptor.DisplayNumber(c().FrontRiserPullMagnitude, str, decimalPlaces: 2);
// },
// stepSize: 0.01f);
}
public InputSettingsViewModel(GameSettingsUpdater settingsUpdater) {
Func<GameSettings> s = () => settingsUpdater.CurrentSettings;
WingsuitMouseSensitivity = new GuiComponentDescriptor.Range(
"wingsuit_mouse_sensitivity",
minValue: 0.1f,
maxValue: 10.00f,
updateValue: settingsUpdater.Updater<float>((settings, value) => {
settings.Input.WingsuitMouseSensitivity = value;
return settings;
}),
currentValue: () => s().Input.WingsuitMouseSensitivity,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Input.WingsuitMouseSensitivity, str, decimalPlaces: 2);
},
stepSize: 0.01f);
ParachuteMouseSensitivity = new GuiComponentDescriptor.Range(
"chute_mouse_sensitivity",
minValue: 0.1f,
maxValue: 10f,
updateValue: settingsUpdater.Updater<float>((settings, value) => {
settings.Input.ParachuteMouseSensitivity = value;
return settings;
}),
currentValue: () => s().Input.ParachuteMouseSensitivity,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Input.ParachuteMouseSensitivity, str, decimalPlaces: 2);
},
stepSize: 0.01f);
InputSpeedScaling = new GuiComponentDescriptor.Range(
"input_speed_scaling",
minValue: 0f,
maxValue: 1f,
updateValue: settingsUpdater.Updater<float>((settings, value) => {
settings.Input.InputSpeedScaling = value;
return settings;
}),
currentValue: () => s().Input.InputSpeedScaling,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Input.InputSpeedScaling, str, decimalPlaces: 2);
},
stepSize: 0.01f);
InputGamma = new GuiComponentDescriptor.Range(
"input_gamma",
minValue: 1f,
maxValue: 3f,
updateValue: settingsUpdater.Updater<float>((settings, value) => {
settings.Input.InputGamma = value;
return settings;
}),
currentValue: () => s().Input.InputGamma,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Input.InputGamma, str, decimalPlaces: 2);
},
stepSize: 0.01f);
JoystickDeadzone = new GuiComponentDescriptor.Range(
"joystick_deadzone",
minValue: 0f,
maxValue: 0.99f,
updateValue: settingsUpdater.Updater<float>((settings, value) => {
settings.Input.JoystickDeadzone = value;
return settings;
}),
currentValue: () => s().Input.JoystickDeadzone,
updateDisplayValue: (descriptor, str) => {
GuiComponentDescriptor.DisplayNumber(s().Input.JoystickDeadzone, str, decimalPlaces: 2);
},
stepSize: 0.01f);
var inputDefaults = EnumUtils.GetValues<InputDefaults>().ToList();
inputDefaults.Remove(InputDefaults.XInput);
RestoreInputDefaults = new GuiComponentDescriptor.List(
"defaults",
inputDefaults.Select(e => GuiComponentDescriptor.GetEnumString(e)).ToArray(),
updateIndex: index => {
var unappliedSettings = settingsUpdater.UnappliedSettings;
unappliedSettings.InputDefaults = inputDefaults[index];
settingsUpdater.UnappliedSettings = unappliedSettings;
},
currentIndex: () => {
var unappliedSettings = settingsUpdater.UnappliedSettings;
return inputDefaults.IndexOf(unappliedSettings.InputDefaults);
});
}