//Initializes the chute
public void Initialize()
{
parachute = pChute.rcModule.parachutes[id];
this.pChute.materials.TryGetMaterial(parachute.material, ref material);
materialsID = this.pChute.materials.GetMaterialIndex(parachute.material);
if (this.pChute.textureLibrary != "none" && !string.IsNullOrEmpty(this.pChute.textureLibrary))
{
this.textures.TryGetCanopy(chuteID, ref canopy);
this.textures.TryGetModel(modelID, ref model);
}
if (HighLogic.LoadedSceneIsEditor)
{
if (!this.pChute.initiated)
{
if (this.textures.TryGetCanopy(currentCanopy, ref canopy))
{
chuteID = this.textures.GetCanopyIndex(canopy);
}
if (this.textures.TryGetModel(parachute.parachuteName, ref model, true))
{
modelID = this.textures.GetModelIndex(model);
}
if (RCUtils.types.Contains(currentType))
{
typeID = RCUtils.types.ToList().IndexOf(currentType);
}
}
preDepDiam = parachute.preDeployedDiameter.ToString();
depDiam = parachute.deployedDiameter.ToString();
isPressure = parachute.minIsPressure;
if (isPressure)
{
predepClause = parachute.minPressure.ToString();
}
else
{
predepClause = parachute.minDeployment.ToString();
}
deploymentAlt = parachute.deploymentAlt.ToString();
cutAlt = parachute.cutAlt.ToString();
if (cutAlt == "-1")
{
cutAlt = string.Empty;
}
preDepSpeed = parachute.preDeploymentSpeed.ToString();
depSpeed = parachute.deploymentSpeed.ToString();
}
position = this.parachute.parachute.position;
if (HighLogic.LoadedSceneIsFlight)
{
UpdateCanopy();
}
}
//Initializes the chute
public void Initialize()
{
this.parachute = this.pChute.rcModule.parachutes[this.id];
MaterialsLibrary.Instance.TryGetMaterial(this.parachute.material, ref this.material);
this.templateGUI.materialsId = MaterialsLibrary.Instance.GetMaterialIndex(this.parachute.material);
if (HighLogic.LoadedSceneIsEditor)
{
if (this.Textures != null)
{
if (this.templateGUI.chuteId == -1)
{
if (this.Textures.TryGetCanopy(this.CurrentCanopy, ref this.canopy))
{
this.templateGUI.chuteId = this.Textures.GetCanopyIndex(this.canopy.Name);
}
else
{
this.templateGUI.modelId = 0;
}
}
if (this.templateGUI.modelId == -1)
{
this.templateGUI.modelId = this.Textures.TryGetModel(this.parachute.parachuteName, ref this.model, true) ? this.Textures.GetModelIndex(this.model.Name) : 0;
}
if (this.templateGUI.TypeID == -1)
{
int index = EnumUtils.IndexOf <ParachuteType>(this.CurrentType);
this.templateGUI.TypeID = index != -1 ? index : 0;
}
}
else if (this.Textures != null)
{
this.Textures.TryGetCanopy(this.templateGUI.chuteId, ref this.canopy);
this.Textures.TryGetModel(this.templateGUI.modelId, ref this.model);
}
this.templateGUI.preDepDiam = this.parachute.preDeployedDiameter.ToString();
this.templateGUI.depDiam = this.parachute.deployedDiameter.ToString();
this.templateGUI.isPressure = this.parachute.minIsPressure;
this.templateGUI.predepClause = this.templateGUI.isPressure ? this.parachute.minPressure.ToString() : this.parachute.minDeployment.ToString();
this.templateGUI.deploymentAlt = this.parachute.deploymentAlt.ToString();
this.templateGUI.cutAlt = this.parachute.cutAlt == -1 ? string.Empty : this.parachute.cutAlt.ToString();
this.templateGUI.preDepSpeed = this.parachute.preDeploymentSpeed.ToString();
this.templateGUI.depSpeed = this.parachute.deploymentSpeed.ToString();
}
this.position = this.parachute.parachute.position;
if (HighLogic.LoadedSceneIsFlight)
{
UpdateCanopy();
}
}
//Copies stats from the info window to the symmetry counterparts
private void CopyToCouterparts()
{
foreach (Part part in this.part.symmetryCounterparts)
{
RealChuteModule module = part.Modules["RealChuteModule"] as RealChuteModule;
for (int i = 0; i < parachutes.Count; i++)
{
Parachute current = parachutes[i], counterpart = module.parachutes[i];
counterpart.minIsPressure = current.minIsPressure;
counterpart.minPressure = current.minPressure;
counterpart.minDeployment = current.minDeployment;
counterpart.deploymentAlt = current.deploymentAlt;
}
}
}
//Updates the canopy model
internal void UpdateCanopy()
{
if (this.Textures == null)
{
return;
}
if (this.Textures.TryGetModel(this.templateGUI.modelId, ref this.model))
{
if (string.IsNullOrEmpty(this.Parameters.ModelURL))
{
Debug.LogWarning("[RealChute]: The " + this.model.Name + " #" + (this.id + 1) + " URL is empty");
return;
}
GameObject test = GameDatabase.Instance.GetModel(this.Parameters.ModelURL);
if (test == null)
{
Debug.LogWarning("[RealChute]: The " + this.model.Name + " #" + (this.id + 1) + " GameObject is null");
return;
}
test.SetActive(true);
float scale = RCUtils.GetDiameter(this.parachute.DeployedArea / this.model.Count) / this.model.Diameter;
test.transform.localScale = new Vector3(scale, scale, scale);
Debug.Log("[RealChute]: " + this.Part.partInfo.title + " " + RCUtils.ParachuteNumber(this.id) + " Scale: " + scale);
GameObject obj = Object.Instantiate(test);
Object.Destroy(test);
Transform toDestroy = this.parachute.parachute;
obj.transform.parent = toDestroy.parent;
obj.transform.position = toDestroy.position;
obj.transform.rotation = toDestroy.rotation;
Object.DestroyImmediate(toDestroy.gameObject);
this.parachute.parachute = this.Part.FindModelTransform(this.Parameters.TransformName);
this.parachute.parachuteName = this.Parameters.TransformName;
this.parachute.deploymentAnimation = this.Parameters.DepAnim;
this.parachute.preDeploymentAnimation = this.Parameters.PreDepAnim;
this.Part.InitiateAnimation(this.parachute.deploymentAnimation);
this.Part.InitiateAnimation(this.parachute.preDeploymentAnimation);
this.parachute.parachute.gameObject.SetActive(false);
}
UpdateCanopyTexture();
}
//Copies all fields to the symmetry counterpart
public void CopyFromOriginal(RealChuteModule module, ProceduralChute pChute)
{
Parachute sym = module.parachutes[id];
ChuteTemplate template = pChute.chutes[id];
parachute = pChute.rcModule.parachutes[id];
material = sym.mat;
parachute.deployedDiameter = sym.deployedDiameter;
parachute.preDeployedDiameter = sym.preDeployedDiameter;
isPressure = sym.minIsPressure;
if (isPressure)
{
parachute.minPressure = sym.minPressure;
}
else
{
parachute.minDeployment = sym.minDeployment;
}
parachute.deploymentAlt = sym.deploymentAlt;
parachute.cutAlt = sym.cutAlt;
parachute.preDeploymentSpeed = sym.preDeploymentSpeed;
parachute.deploymentSpeed = sym.deploymentSpeed;
this.chuteID = template.chuteID;
this.typeID = template.typeID;
this.modelID = template.modelID;
this.materialsID = template.materialsID;
this.isPressure = template.isPressure;
this.calcSelect = template.calcSelect;
this.getMass = template.getMass;
this.useDry = template.useDry;
this.preDepDiam = template.preDepDiam;
this.depDiam = template.depDiam;
this.predepClause = template.predepClause;
this.mass = template.mass;
this.landingSpeed = template.landingSpeed;
this.deceleration = template.deceleration;
this.refDepAlt = template.refDepAlt;
this.chuteCount = template.chuteCount;
this.deploymentAlt = template.deploymentAlt;
this.cutAlt = template.cutAlt;
this.preDepSpeed = template.preDepSpeed;
this.depSpeed = template.depSpeed;
}
//Applies changes to the parachute
internal void ApplyChanges(bool toSymmetryCounterparts)
{
this.parachute.material = this.material.name;
this.parachute.mat = this.material;
if (this.templateGUI.calcSelect)
{
double m = this.templateGUI.getMass ? this.pChute.GetCraftMass(this.templateGUI.useDry) : double.Parse(this.templateGUI.mass);
double alt = 0, acc = 0;
switch (this.templateGUI.type)
{
case ParachuteType.Main:
{
alt = double.Parse(this.pChute.landingAlt);
acc = (this.body.GeeASL * RCUtils.geeToAcc);
break;
}
case ParachuteType.Drogue:
{
alt = double.Parse(this.templateGUI.refDepAlt);
acc = (this.body.GeeASL * RCUtils.geeToAcc);
break;
}
case ParachuteType.Drag:
{
alt = double.Parse(this.pChute.landingAlt);
acc = double.Parse(this.templateGUI.deceleration);
break;
}
default:
break;
}
double density = this.body.GetDensityAtAlt(alt, this.body.GetMaxTemperatureAtAlt(alt));
double speed = double.Parse(this.templateGUI.landingSpeed);
speed *= speed;
Debug.Log(String.Format("[RealChute]: {0} {1} - m: {2}t, alt: {3}m, ρ: {4}kg/m³, v²: {5}m²/s², a: {6}m/s²", this.part.partInfo.title, RCUtils.ParachuteNumber(this.id), m, alt, density, speed, acc));
this.parachute.deployedDiameter = RCUtils.Round(Math.Sqrt((8000 * m * acc) / (Math.PI * speed * material.dragCoefficient * density * double.Parse(this.templateGUI.chuteCount))));
float maxDiam = (this.textures != null || this.textures.models.Count > 0) ? this.model.maxDiam : 70;
if (this.parachute.deployedDiameter > this.model.maxDiam)
{
this.parachute.deployedDiameter = maxDiam;
this.editorGUI.warning = true;
}
else
{
this.editorGUI.warning = false;
}
this.parachute.preDeployedDiameter = RCUtils.Round(this.templateGUI.type == ParachuteType.Main ? (this.parachute.deployedDiameter / 20) : (this.parachute.deployedDiameter / 2));
Debug.Log(String.Format("[RealChute]: {0} {1} - depDiam: {2}m, preDepDiam: {3}m", this.part.partInfo.title, RCUtils.ParachuteNumber(this.id), this.parachute.deployedDiameter, this.parachute.preDeployedDiameter));
}
else
{
this.parachute.preDeployedDiameter = RCUtils.Round(float.Parse(this.templateGUI.preDepDiam));
this.parachute.deployedDiameter = RCUtils.Round(float.Parse(this.templateGUI.depDiam));
Debug.Log(String.Format("[RealChute]: {0} {1} - depDiam: {2}m, preDepDiam: {3}m", this.part.partInfo.title, RCUtils.ParachuteNumber(this.id), this.parachute.deployedDiameter, this.parachute.preDeployedDiameter));
}
this.parachute.minIsPressure = this.templateGUI.isPressure;
if (this.templateGUI.isPressure)
{
this.parachute.minPressure = float.Parse(this.templateGUI.predepClause);
}
else
{
this.parachute.minDeployment = float.Parse(this.templateGUI.predepClause);
}
this.parachute.deploymentAlt = float.Parse(this.templateGUI.deploymentAlt);
this.parachute.cutAlt = GUIUtils.ParseEmpty(this.templateGUI.cutAlt);
this.parachute.preDeploymentSpeed = float.Parse(this.templateGUI.preDepSpeed);
this.parachute.deploymentSpeed = float.Parse(this.templateGUI.depSpeed);
if (toSymmetryCounterparts)
{
foreach (Part part in this.part.symmetryCounterparts)
{
Parachute sym = ((RealChuteModule)part.Modules["RealChuteModule"]).parachutes[id];
sym.material = this.material.name;
sym.mat = this.material;
sym.deployedDiameter = this.parachute.deployedDiameter;
sym.preDeployedDiameter = this.parachute.preDeployedDiameter;
sym.minIsPressure = this.templateGUI.isPressure;
sym.minPressure = this.parachute.minPressure;
sym.minDeployment = this.parachute.minDeployment;
sym.deploymentAlt = this.parachute.deploymentAlt;
sym.cutAlt = this.parachute.cutAlt;
sym.preDeploymentSpeed = this.parachute.preDeploymentSpeed;
sym.deploymentSpeed = this.parachute.deploymentSpeed;
TemplateGUI template = ((ProceduralChute)part.Modules["ProceduralChute"]).chutes[id].templateGUI;
template.chuteID = this.templateGUI.chuteID;
template.typeID = this.templateGUI.typeID;
template.modelID = this.templateGUI.modelID;
template.materialsID = this.templateGUI.materialsID;
template.isPressure = this.templateGUI.isPressure;
template.calcSelect = this.templateGUI.calcSelect;
template.getMass = this.templateGUI.getMass;
template.useDry = this.templateGUI.useDry;
template.preDepDiam = this.templateGUI.preDepDiam;
template.depDiam = this.templateGUI.depDiam;
template.predepClause = this.templateGUI.predepClause;
template.mass = this.templateGUI.mass;
template.landingSpeed = this.templateGUI.landingSpeed;
template.deceleration = this.templateGUI.deceleration;
template.refDepAlt = this.templateGUI.refDepAlt;
template.chuteCount = this.templateGUI.chuteCount;
template.deploymentAlt = this.templateGUI.deploymentAlt;
template.cutAlt = this.templateGUI.cutAlt;
template.preDepSpeed = this.templateGUI.preDepSpeed;
template.depSpeed = this.templateGUI.depSpeed;
}
}
}
//Updates the canopy model
internal void UpdateCanopy()
{
if (this.textures == null) { return; }
if (this.textures.TryGetModel(this.templateGUI.modelID, ref this.model))
{
if (string.IsNullOrEmpty(this.parameters.modelURL))
{
Debug.LogWarning("[RealChute]: The " + this.model.name + " #" + (this.id + 1) + " URL is empty");
return;
}
GameObject test = GameDatabase.Instance.GetModel(this.parameters.modelURL);
if (test == null)
{
Debug.LogWarning("[RealChute]: The " + this.model.name + " #" + (this.id + 1) + " GameObject is null");
return;
}
test.SetActive(true);
float scale = RCUtils.GetDiameter(this.parachute.deployedArea / this.model.count) / this.model.diameter;
test.transform.localScale = new Vector3(scale, scale, scale);
Debug.Log("[RealChute]: " + this.part.partInfo.title + " " + RCUtils.ParachuteNumber(this.id) + " Scale: " + scale);
GameObject obj = GameObject.Instantiate(test) as GameObject;
GameObject.Destroy(test);
Transform toDestroy = this.parachute.parachute;
obj.transform.parent = toDestroy.parent;
obj.transform.position = toDestroy.position;
obj.transform.rotation = toDestroy.rotation;
GameObject.DestroyImmediate(toDestroy.gameObject);
this.parachute.parachute = this.part.FindModelTransform(this.parameters.transformName);
this.parachute.parachuteName = this.parameters.transformName;
this.parachute.deploymentAnimation = this.parameters.depAnim;
this.parachute.preDeploymentAnimation = this.parameters.preDepAnim;
this.part.InitiateAnimation(this.parachute.deploymentAnimation);
this.part.InitiateAnimation(this.parachute.preDeploymentAnimation);
this.parachute.parachute.gameObject.SetActive(false);
}
UpdateCanopyTexture();
}
//Initializes the chute
public void Initialize()
{
this.parachute = this.pChute.rcModule.parachutes[this.id];
this.pChute.materials.TryGetMaterial(this.parachute.material, ref this.material);
this.templateGUI.materialsID = this.pChute.materials.GetMaterialIndex(this.parachute.material);
if (HighLogic.LoadedSceneIsEditor)
{
if (this.textures != null)
{
if (this.templateGUI.chuteID == -1)
{
if (this.textures.TryGetCanopy(this.currentCanopy, ref this.canopy))
{
this.templateGUI.chuteID = this.textures.GetCanopyIndex(this.canopy.name);
}
else { this.templateGUI.modelID = 0; }
}
if (this.templateGUI.modelID == -1)
{
if (this.textures.TryGetModel(this.parachute.parachuteName, ref this.model, true))
{
this.templateGUI.modelID = this.textures.GetModelIndex(this.model.name);
}
else { this.templateGUI.modelID = 0; }
}
if (this.templateGUI.typeID == -1)
{
int index = EnumUtils.IndexOf<ParachuteType>(this.currentType);
if (index != -1) { this.templateGUI.typeID = index; }
else { this.templateGUI.typeID = 0; }
}
}
else if (this.textures != null)
{
this.textures.TryGetCanopy(this.templateGUI.chuteID, ref this.canopy);
this.textures.TryGetModel(this.templateGUI.modelID, ref this.model);
}
this.templateGUI.preDepDiam = this.parachute.preDeployedDiameter.ToString();
this.templateGUI.depDiam = this.parachute.deployedDiameter.ToString();
this.templateGUI.isPressure = this.parachute.minIsPressure;
if (this.templateGUI.isPressure) { this.templateGUI.predepClause = this.parachute.minPressure.ToString(); }
else { this.templateGUI.predepClause = this.parachute.minDeployment.ToString(); }
this.templateGUI.deploymentAlt = this.parachute.deploymentAlt.ToString();
this.templateGUI.cutAlt = this.parachute.cutAlt == -1 ? string.Empty : this.parachute.cutAlt.ToString();
this.templateGUI.preDepSpeed = this.parachute.preDeploymentSpeed.ToString();
this.templateGUI.depSpeed = this.parachute.deploymentSpeed.ToString();
}
this.position = this.parachute.parachute.position;
if (HighLogic.LoadedSceneIsFlight) { UpdateCanopy(); }
}
public override string GetInfo()
{
if (!CompatibilityChecker.IsAllCompatible() || ((IntPtr.Size == 8) && (Environment.OSVersion.Platform == PlatformID.Win32NT)))
{
return(string.Empty);
}
//Info in the editor part window
float chuteMass = parachutes.Sum(p => p.mat.areaDensity * p.deployedArea);
this.part.mass = caseMass + chuteMass;
StringBuilder builder = new StringBuilder();
builder.AppendFormat("Case mass: {0}\n", caseMass);
if (timer > 0)
{
builder.AppendFormat("Deployment timer: {0}s\n", timer);
}
if (mustGoDown)
{
builder.AppendLine("Must go downwards to deploy: true");
}
if (deployOnGround)
{
builder.AppendLine("Deploys on ground contact: true");
}
if (spareChutes >= 0)
{
builder.AppendFormat("Spare chutes: {0}\n", spareChutes);
}
builder.AppendFormat("Autocut speed: {0}m/s\n", cutSpeed);
if (!secondaryChute)
{
Parachute parachute = parachutes[0];
builder.AppendFormat("Parachute material: {0}\n", parachute.material);
builder.AppendFormat("Drag coefficient: {0:0.00}\n", parachute.mat.dragCoefficient);
builder.AppendFormat("Predeployed diameter: {0}m\n", parachute.preDeployedDiameter);
builder.AppendFormat("Deployed diameter: {0}m\n", parachute.deployedDiameter);
if (!parachute.minIsPressure)
{
builder.AppendFormat("Minimum deployment altitude: {0}m\n", parachute.minDeployment);
}
else
{
builder.AppendFormat("Minimum deployment pressure: {0}atm\n", parachute.minPressure);
}
builder.AppendFormat("Deployment altitude: {0}m\n", parachute.deploymentAlt);
builder.AppendFormat("Predeployment speed: {0}s\n", parachute.preDeploymentSpeed);
builder.AppendFormat("Deployment speed: {0}s\n", parachute.deploymentSpeed);
if (parachute.cutAlt >= 0)
{
builder.AppendFormat("Autocut altitude: {0}m", parachute.cutAlt);
}
}
//In case of more than one chute
else
{
builder.Append("Parachute materials: ").AppendJoin(parachutes.Select(p => p.material), ", ").AppendLine();
builder.Append("Drag coefficients: ").AppendJoin(parachutes.Select(p => p.mat.dragCoefficient.ToString("0.00")), ", ").AppendLine();
builder.Append("Predeployed diameters: ").AppendJoin(parachutes.Select(p => p.preDeployedDiameter.ToString()), "m, ").AppendLine("m");
builder.Append("Deployed diameters: ").AppendJoin(parachutes.Select(p => p.deployedDiameter.ToString()), "m, ").AppendLine("m");
builder.Append("Minimum deployment clauses: ").AppendJoin(parachutes.Select(p => p.minIsPressure ? p.minPressure + "atm" : p.minDeployment + "m"), ", ").AppendLine();
builder.Append("Deployment altitudes: ").AppendJoin(parachutes.Select(p => p.deploymentAlt.ToString()), "m, ").AppendLine("m");
builder.Append("Predeployment speeds: ").AppendJoin(parachutes.Select(p => p.preDeploymentSpeed.ToString()), "s, ").AppendLine("s");
builder.Append("Deployment speeds: ").AppendJoin(parachutes.Select(p => p.deploymentSpeed.ToString()), "s, ").Append("s");
if (parachutes.Any(p => p.cutAlt != -1))
{
builder.Append("\nAutocut altitudes: ").AppendJoin(parachutes.Select(p => p.cutAlt == -1 ? "-- " : p.cutAlt + "m"), ", ");
}
}
return(builder.ToString());
}
public override string GetInfo()
{
if (!CompatibilityChecker.IsAllCompatible)
{
return(string.Empty);
}
//Info in the editor part window
this.part.mass = this.caseMass + this.parachutes.Sum(p => p.ChuteMass);
StringBuilder builder = new StringBuilder();
builder.AppendFormat("Case mass: {0}\n", this.caseMass);
if (this.timer > 0)
{
builder.AppendFormat("Deployment timer: {0}s\n", this.timer);
}
if (this.mustGoDown)
{
builder.AppendLine("Must go downwards to deploy: true");
}
if (this.deployOnGround)
{
builder.AppendLine("Deploys on ground contact: true");
}
if (this.spareChutes >= 0)
{
builder.AppendFormat("Spare chutes: {0}\n", this.spareChutes);
}
builder.AppendFormat("Autocut speed: {0}m/s\n", this.cutSpeed);
if (!this.SecondaryChute)
{
Parachute parachute = this.parachutes[0];
builder.AppendFormat("Parachute material: {0}\n", parachute.material);
builder.AppendFormat("Drag coefficient: {0:0.00}\n", parachute.mat.DragCoefficient);
builder.AppendFormat("Material max temperature: {0:0.#}°C", parachute.mat.MaxTemp + RCUtils.AbsoluteZero);
builder.AppendFormat("Predeployed diameter: {0}m\n", parachute.preDeployedDiameter);
builder.AppendFormat("Deployed diameter: {0}m\n", parachute.deployedDiameter);
if (!parachute.minIsPressure)
{
builder.AppendFormat("Minimum deployment altitude: {0}m\n", parachute.minDeployment);
}
else
{
builder.AppendFormat("Minimum deployment pressure: {0}atm\n", parachute.minPressure);
}
builder.AppendFormat("Deployment altitude: {0}m\n", parachute.deploymentAlt);
builder.AppendFormat("Predeployment speed: {0}s\n", parachute.preDeploymentSpeed);
builder.AppendFormat("Deployment speed: {0}s\n", parachute.deploymentSpeed);
if (parachute.cutAlt >= 0)
{
builder.AppendFormat("Autocut altitude: {0}m", parachute.cutAlt);
}
}
//In case of more than one chute
else
{
builder.Append("Parachute materials: ").AppendJoin(this.parachutes.Select(p => p.material), ", ").AppendLine();
builder.Append("Drag coefficients: ").AppendJoin(this.parachutes.Select(p => p.mat.DragCoefficient.ToString("0.00")), ", ").AppendLine();
builder.Append("Chute max temperatures: ").AppendJoin(this.parachutes.Select(p => (p.mat.MaxTemp + RCUtils.AbsoluteZero).ToString("0.#")), "°C, ").AppendLine("°C");
builder.Append("Predeployed diameters: ").AppendJoin(this.parachutes.Select(p => p.preDeployedDiameter.ToString()), "m, ").AppendLine("m");
builder.Append("Deployed diameters: ").AppendJoin(this.parachutes.Select(p => p.deployedDiameter.ToString()), "m, ").AppendLine("m");
builder.Append("Minimum deployment clauses: ").AppendJoin(this.parachutes.Select(p => p.minIsPressure ? p.minPressure + "atm" : p.minDeployment + "m"), ", ").AppendLine();
builder.Append("Deployment altitudes: ").AppendJoin(this.parachutes.Select(p => p.deploymentAlt.ToString()), "m, ").AppendLine("m");
builder.Append("Predeployment speeds: ").AppendJoin(this.parachutes.Select(p => p.preDeploymentSpeed.ToString()), "s, ").AppendLine("s");
builder.Append("Deployment speeds: ").AppendJoin(this.parachutes.Select(p => p.deploymentSpeed.ToString()), "s, ").Append("s");
if (this.parachutes.Exists(p => p.cutAlt != -1))
{
builder.Append("\nAutocut altitudes: ").AppendJoin(this.parachutes.Select(p => p.cutAlt == -1 ? "-- " : p.cutAlt + "m"), ", ");
}
}
return(builder.ToString());
}
//Initializes the chute
public void Initialize()
{
parachute = pChute.rcModule.parachutes[id];
this.pChute.materials.TryGetMaterial(parachute.material, ref material);
materialsID = this.pChute.materials.GetMaterialIndex(parachute.material);
if (this.pChute.textureLibrary != "none" && !string.IsNullOrEmpty(this.pChute.textureLibrary))
{
this.textures.TryGetCanopy(chuteID, ref canopy);
this.textures.TryGetModel(modelID, ref model);
}
if (HighLogic.LoadedSceneIsEditor)
{
if (!this.pChute.initiated)
{
if (this.textures.TryGetCanopy(currentCanopy, ref canopy)) { chuteID = this.textures.GetCanopyIndex(canopy); }
if (this.textures.TryGetModel(parachute.parachuteName, ref model, true)) { modelID = this.textures.GetModelIndex(model); }
if (RCUtils.types.Contains(currentType)) { typeID = RCUtils.types.ToList().IndexOf(currentType); }
}
preDepDiam = parachute.preDeployedDiameter.ToString();
depDiam = parachute.deployedDiameter.ToString();
isPressure = parachute.minIsPressure;
if (isPressure) { predepClause = parachute.minPressure.ToString(); }
else { predepClause = parachute.minDeployment.ToString(); }
deploymentAlt = parachute.deploymentAlt.ToString();
cutAlt = parachute.cutAlt.ToString();
if (cutAlt == "-1") { cutAlt = string.Empty; }
preDepSpeed = parachute.preDeploymentSpeed.ToString();
depSpeed = parachute.deploymentSpeed.ToString();
}
position = this.parachute.parachute.position;
if (HighLogic.LoadedSceneIsFlight) { UpdateCanopy(); }
}
//Copies all fields to the symmetry counterpart
public void CopyFromOriginal(RealChuteModule module, ProceduralChute pChute)
{
Parachute sym = module.parachutes[id];
ChuteTemplate template = pChute.chutes[id];
parachute = pChute.rcModule.parachutes[id];
material = sym.mat;
parachute.deployedDiameter = sym.deployedDiameter;
parachute.preDeployedDiameter = sym.preDeployedDiameter;
isPressure = sym.minIsPressure;
if (isPressure) { parachute.minPressure = sym.minPressure; }
else { parachute.minDeployment = sym.minDeployment; }
parachute.deploymentAlt = sym.deploymentAlt;
parachute.cutAlt = sym.cutAlt;
parachute.preDeploymentSpeed = sym.preDeploymentSpeed;
parachute.deploymentSpeed = sym.deploymentSpeed;
this.chuteID = template.chuteID;
this.typeID = template.typeID;
this.modelID = template.modelID;
this.materialsID = template.materialsID;
this.isPressure = template.isPressure;
this.calcSelect = template.calcSelect;
this.getMass = template.getMass;
this.useDry = template.useDry;
this.preDepDiam = template.preDepDiam;
this.depDiam = template.depDiam;
this.predepClause = template.predepClause;
this.mass = template.mass;
this.landingSpeed = template.landingSpeed;
this.deceleration = template.deceleration;
this.refDepAlt = template.refDepAlt;
this.chuteCount = template.chuteCount;
this.deploymentAlt = template.deploymentAlt;
this.cutAlt = template.cutAlt;
this.preDepSpeed = template.preDepSpeed;
this.depSpeed = template.depSpeed;
}
//Applies changes to the parachute
internal void ApplyChanges(bool toSymmetryCounterparts)
{
this.parachute.material = this.material.Name;
this.parachute.mat = this.material;
if (this.templateGUI.calcSelect)
{
double m = this.templateGUI.getMass ? this.pChute.GetCraftMass(this.templateGUI.useDry) : double.Parse(this.templateGUI.mass);
double alt = 0, acc = 0;
switch (this.templateGUI.Type)
{
case ParachuteType.MAIN:
{
alt = double.Parse(this.pChute.landingAlt);
acc = this.Body.GeeASL * RCUtils.GeeToAcc;
break;
}
case ParachuteType.DROGUE:
{
alt = double.Parse(this.templateGUI.refDepAlt);
acc = this.Body.GeeASL * RCUtils.GeeToAcc;
break;
}
case ParachuteType.DRAG:
{
alt = double.Parse(this.pChute.landingAlt);
acc = double.Parse(this.templateGUI.deceleration);
break;
}
}
double density = this.Body.GetDensityAtAlt(alt, this.Body.GetMaxTemperatureAtAlt(alt));
double speed = double.Parse(this.templateGUI.landingSpeed);
speed *= speed;
Debug.Log($"[RealChute]: {this.Part.partInfo.title} {RCUtils.ParachuteNumber(this.id)} - m: {m}t, alt: {alt}m, ρ: {density}kg/m³, v²: {speed}m²/s², a: {acc}m/s²");
this.parachute.deployedDiameter = RCUtils.Round(Math.Sqrt((8000 * m * acc) / (Math.PI * speed * this.material.DragCoefficient * density * double.Parse(this.templateGUI.chuteCount))));
float maxDiam = (this.Textures != null) && (this.Textures.Models.Count > 0) ? this.model.MaxDiam : 70f;
if (this.parachute.deployedDiameter > this.model.MaxDiam)
{
this.parachute.deployedDiameter = maxDiam;
this.EditorGUI.warning = true;
}
else
{
this.EditorGUI.warning = false;
}
this.parachute.preDeployedDiameter = RCUtils.Round(this.templateGUI.Type == ParachuteType.MAIN ? this.parachute.deployedDiameter / 20 : this.parachute.deployedDiameter / 2);
Debug.Log($"[RealChute]: {this.Part.partInfo.title} {RCUtils.ParachuteNumber(this.id)} - depDiam: {this.parachute.deployedDiameter}m, preDepDiam: {this.parachute.preDeployedDiameter}m");
}
else
{
this.parachute.preDeployedDiameter = RCUtils.Round(float.Parse(this.templateGUI.preDepDiam));
this.parachute.deployedDiameter = RCUtils.Round(float.Parse(this.templateGUI.depDiam));
Debug.Log($"[RealChute]: {this.Part.partInfo.title} {RCUtils.ParachuteNumber(this.id)} - depDiam: {this.parachute.deployedDiameter}m, preDepDiam: {this.parachute.preDeployedDiameter}m");
}
this.parachute.minIsPressure = this.templateGUI.isPressure;
if (this.templateGUI.isPressure)
{
this.parachute.minPressure = float.Parse(this.templateGUI.predepClause);
}
else
{
this.parachute.minDeployment = float.Parse(this.templateGUI.predepClause);
}
this.parachute.deploymentAlt = float.Parse(this.templateGUI.deploymentAlt);
this.parachute.cutAlt = GuiUtils.ParseEmpty(this.templateGUI.cutAlt);
this.parachute.preDeploymentSpeed = float.Parse(this.templateGUI.preDepSpeed);
this.parachute.deploymentSpeed = float.Parse(this.templateGUI.depSpeed);
if (toSymmetryCounterparts)
{
foreach (Part part in this.Part.symmetryCounterparts)
{
Parachute sym = ((RealChuteModule)part.Modules["RealChuteModule"]).parachutes[this.id];
sym.material = this.material.Name;
sym.mat = this.material;
sym.deployedDiameter = this.parachute.deployedDiameter;
sym.preDeployedDiameter = this.parachute.preDeployedDiameter;
sym.minIsPressure = this.templateGUI.isPressure;
sym.minPressure = this.parachute.minPressure;
sym.minDeployment = this.parachute.minDeployment;
sym.deploymentAlt = this.parachute.deploymentAlt;
sym.cutAlt = this.parachute.cutAlt;
sym.preDeploymentSpeed = this.parachute.preDeploymentSpeed;
sym.deploymentSpeed = this.parachute.deploymentSpeed;
TemplateGUI template = ((ProceduralChute)part.Modules["ProceduralChute"]).chutes[this.id].templateGUI;
template.chuteId = this.templateGUI.chuteId;
template.TypeId = this.templateGUI.TypeId;
template.modelId = this.templateGUI.modelId;
template.materialsId = this.templateGUI.materialsId;
template.isPressure = this.templateGUI.isPressure;
template.calcSelect = this.templateGUI.calcSelect;
template.getMass = this.templateGUI.getMass;
template.useDry = this.templateGUI.useDry;
template.preDepDiam = this.templateGUI.preDepDiam;
template.depDiam = this.templateGUI.depDiam;
template.predepClause = this.templateGUI.predepClause;
template.mass = this.templateGUI.mass;
template.landingSpeed = this.templateGUI.landingSpeed;
template.deceleration = this.templateGUI.deceleration;
template.refDepAlt = this.templateGUI.refDepAlt;
template.chuteCount = this.templateGUI.chuteCount;
template.deploymentAlt = this.templateGUI.deploymentAlt;
template.cutAlt = this.templateGUI.cutAlt;
template.preDepSpeed = this.templateGUI.preDepSpeed;
template.depSpeed = this.templateGUI.depSpeed;
}
}
}
//Applies changes to the parachute
internal void ApplyChanges(bool toSymmetryCounterparts)
{
parachute.material = material.name;
parachute.mat = material;
if (calcSelect)
{
float m = 0;
if (getMass)
{
m = this.pChute.GetCraftMass(useDry);
}
else
{
m = float.Parse(mass);
}
double alt = typeID == 1 ? double.Parse(refDepAlt) : double.Parse(pChute.landingAlt);
float density = (float)body.GetDensityAtAlt(alt);
float speed = float.Parse(landingSpeed);
float speed2 = speed * speed;
float acc = typeID == 2 ? float.Parse(deceleration) : (float)(body.GeeASL * RCUtils.geeToAcc);
Debug.Log(String.Concat("[RealChute]: ", this.part.partInfo.title, " ", RCUtils.ParachuteNumber(this.id), " - m: ", m, "t, alt: ", alt, "m, rho: ", density, "kg/m³, v²: ", speed2, "m²/s², acceleration: ", acc, "m/s²"));
parachute.deployedDiameter = RCUtils.Round(Mathf.Sqrt((8000f * m * acc) / (Mathf.PI * speed2 * material.dragCoefficient * density * float.Parse(chuteCount))));
if ((this.pChute.textureLibrary != "none" || this.textures.modelNames.Length > 0) && parachute.deployedDiameter > model.maxDiam)
{
parachute.deployedDiameter = model.maxDiam;
this.editorGUI.warning = true;
}
else if ((this.pChute.textureLibrary == "none" || this.textures.modelNames.Length <= 0) && parachute.deployedDiameter > 70f)
{
parachute.deployedDiameter = 70f;
this.editorGUI.warning = true;
}
else
{
this.editorGUI.warning = false;
}
parachute.preDeployedDiameter = RCUtils.Round(typeID == 0 ? (parachute.deployedDiameter / 20) : (parachute.deployedDiameter / 2));
Debug.Log(String.Concat("[RealChute]: ", this.part.partInfo.title, " ", RCUtils.ParachuteNumber(this.id), " - depDiam: ", parachute.deployedDiameter, "m, preDepDiam: ", parachute.preDeployedDiameter, "m"));
}
else
{
parachute.preDeployedDiameter = RCUtils.Round(float.Parse(preDepDiam));
parachute.deployedDiameter = RCUtils.Round(float.Parse(depDiam));
}
parachute.minIsPressure = isPressure;
if (isPressure)
{
parachute.minPressure = float.Parse(predepClause);
}
else
{
parachute.minDeployment = float.Parse(predepClause);
}
parachute.deploymentAlt = float.Parse(deploymentAlt);
parachute.cutAlt = RCUtils.ParseWithEmpty(cutAlt);
parachute.preDeploymentSpeed = float.Parse(preDepSpeed);
parachute.deploymentSpeed = float.Parse(depSpeed);
if (toSymmetryCounterparts)
{
foreach (Part part in this.part.symmetryCounterparts)
{
Parachute sym = ((RealChuteModule)part.Modules["RealChuteModule"]).parachutes[id];
sym.material = material.name;
sym.mat = material;
sym.deployedDiameter = parachute.deployedDiameter;
sym.preDeployedDiameter = parachute.preDeployedDiameter;
sym.minIsPressure = isPressure;
if (isPressure)
{
sym.minPressure = parachute.minPressure;
}
else
{
sym.minDeployment = parachute.minDeployment;
}
sym.deploymentAlt = parachute.deploymentAlt;
sym.cutAlt = parachute.cutAlt;
sym.preDeploymentSpeed = parachute.preDeploymentSpeed;
sym.deploymentSpeed = parachute.deploymentSpeed;
ChuteTemplate template = ((ProceduralChute)part.Modules["ProceduralChute"]).chutes[id];
template.chuteID = this.chuteID;
template.typeID = this.typeID;
template.modelID = this.modelID;
template.materialsID = this.materialsID;
template.isPressure = this.isPressure;
template.calcSelect = this.calcSelect;
template.getMass = this.getMass;
template.useDry = this.useDry;
template.preDepDiam = this.preDepDiam;
template.depDiam = this.depDiam;
template.predepClause = this.predepClause;
template.mass = this.mass;
template.landingSpeed = this.landingSpeed;
template.deceleration = this.deceleration;
template.refDepAlt = this.refDepAlt;
template.chuteCount = this.chuteCount;
template.deploymentAlt = this.deploymentAlt;
template.cutAlt = this.cutAlt;
template.preDepSpeed = this.preDepSpeed;
template.depSpeed = this.depSpeed;
}
}
}
public override void OnStart(PartModule.StartState state)
{
if (!HighLogic.LoadedSceneIsEditor && !HighLogic.LoadedSceneIsFlight)
{
return;
}
if (!CompatibilityChecker.IsCompatible())
{
foreach (BaseAction action in Actions)
{
action.active = false;
}
foreach (BaseEvent evnt in Events)
{
evnt.active = false;
evnt.guiActive = false;
evnt.guiActiveEditor = false;
}
foreach (BaseField field in Fields)
{
field.guiActive = false;
field.guiActiveEditor = false;
}
return;
}
//Staging icon
this.part.stagingIcon = "PARACHUTES";
//Autoarming checkup
settings = RealChuteSettings.fetch;
//Part GUI
Events["GUIDeploy"].active = true;
Events["GUICut"].active = false;
Events["GUISecCut"].active = false;
Events["GUIArm"].active = true;
Events["GUICutBoth"].active = false;
Events["GUIRepack"].guiActiveUnfocused = false;
if (spareChutes < 0)
{
Fields["chuteCount"].guiActive = false;
}
if (!secondaryChute)
{
Actions["ActionSecCut"].active = false;
Actions["ActionCutBoth"].active = false;
Actions["ActionCut"].guiName = "Cut chute";
Events["GUICut"].guiName = "Cut chute";
}
if (settings.autoArm)
{
Events["GUIArm"].active = false;
Actions["ActionArm"].active = false;
}
else
{
Events["GUIArm"].active = true;
Actions["ActionArm"].active = true;
}
//Tweakables tooltip
if (this.part.Modules.Contains("ProceduralChute") || !isTweakable)
{
foreach (BaseField field in Fields)
{
field.guiActiveEditor = false;
}
}
else if (!secondaryChute)
{
Fields["secPreDeployedDiameter"].guiActiveEditor = false;
Fields["secDeployedDiameter"].guiActiveEditor = false;
Fields["secMinIsPressure"].guiActiveEditor = false;
Fields["secMinDeployment"].guiActiveEditor = false;
Fields["secMinPressure"].guiActiveEditor = false;
Fields["secDeploymentAlt"].guiActiveEditor = false;
Fields["secCutAlt"].guiActiveEditor = false;
Fields["secPreDeploymentSpeed"].guiActiveEditor = false;
Fields["secDeploymentSpeed"].guiActiveEditor = false;
}
//Initiates animations
anim = this.part.FindModelAnimators(capName).FirstOrDefault();
//Initiates the Parachutes
main = new Parachute(this, false);
if (secondaryChute)
{
secondary = new Parachute(this, true);
}
//First initiation of the part
if (!initiated)
{
initiated = true;
capOff = false;
armed = false;
this.baseDrag = this.part.maximum_drag;
if (spareChutes >= 0)
{
chuteCount = (int)spareChutes;
}
}
//Flight loading
if (HighLogic.LoadedSceneIsFlight)
{
//If the part has been staged in the past
if (capOff)
{
this.part.stackIcon.SetIconColor(XKCDColors.Red);
}
System.Random random = new System.Random();
main.randomTime = (float)random.NextDouble();
if (secondaryChute)
{
secondary.randomTime = (float)random.NextDouble();
}
}
//GUI
window = new Rect(200, 100, 350, 400);
}
public override void OnStart(PartModule.StartState state)
{
if (!HighLogic.LoadedSceneIsEditor && !HighLogic.LoadedSceneIsFlight) { return; }
if (!CompatibilityChecker.IsCompatible())
{
foreach (BaseAction action in Actions)
{
action.active = false;
}
foreach (BaseEvent evnt in Events)
{
evnt.active = false;
evnt.guiActive = false;
evnt.guiActiveEditor = false;
}
foreach (BaseField field in Fields)
{
field.guiActive = false;
field.guiActiveEditor = false;
}
return;
}
//Staging icon
this.part.stagingIcon = "PARACHUTES";
//Autoarming checkup
settings = RealChuteSettings.fetch;
//Part GUI
Events["GUIDeploy"].active = true;
Events["GUICut"].active = false;
Events["GUISecCut"].active = false;
Events["GUIArm"].active = true;
Events["GUICutBoth"].active = false;
Events["GUIRepack"].guiActiveUnfocused = false;
if (spareChutes < 0) { Fields["chuteCount"].guiActive = false; }
if (!secondaryChute)
{
Actions["ActionSecCut"].active = false;
Actions["ActionCutBoth"].active = false;
Actions["ActionCut"].guiName = "Cut chute";
Events["GUICut"].guiName = "Cut chute";
}
if (settings.autoArm)
{
Events["GUIArm"].active = false;
Actions["ActionArm"].active = false;
}
else
{
Events["GUIArm"].active = true;
Actions["ActionArm"].active = true;
}
//Tweakables tooltip
if (this.part.Modules.Contains("ProceduralChute") || !isTweakable)
{
foreach (BaseField field in Fields)
{
field.guiActiveEditor = false;
}
}
else if (!secondaryChute)
{
Fields["secPreDeployedDiameter"].guiActiveEditor = false;
Fields["secDeployedDiameter"].guiActiveEditor = false;
Fields["secMinIsPressure"].guiActiveEditor = false;
Fields["secMinDeployment"].guiActiveEditor = false;
Fields["secMinPressure"].guiActiveEditor = false;
Fields["secDeploymentAlt"].guiActiveEditor = false;
Fields["secCutAlt"].guiActiveEditor = false;
Fields["secPreDeploymentSpeed"].guiActiveEditor = false;
Fields["secDeploymentSpeed"].guiActiveEditor = false;
}
//Initiates animations
anim = this.part.FindModelAnimators(capName).FirstOrDefault();
//Initiates the Parachutes
main = new Parachute(this, false);
if (secondaryChute) { secondary = new Parachute(this, true); }
//First initiation of the part
if (!initiated)
{
initiated = true;
capOff = false;
armed = false;
this.baseDrag = this.part.maximum_drag;
if (spareChutes >= 0) { chuteCount = (int)spareChutes; }
}
//Flight loading
if (HighLogic.LoadedSceneIsFlight)
{
//If the part has been staged in the past
if (capOff)
{
this.part.stackIcon.SetIconColor(XKCDColors.Red);
}
System.Random random = new System.Random();
main.randomTime = (float)random.NextDouble();
if (secondaryChute) { secondary.randomTime = (float)random.NextDouble(); }
}
//GUI
window = new Rect(200, 100, 350, 400);
}
