private void makeSpring(NodeInfo node1, NodeInfo node2, SpringType springType)
{
SpringInfo newSpringInfo = new SpringInfo();
newSpringInfo.Node1 = node1;
newSpringInfo.Node2 = node2;
newSpringInfo.SpringType = springType;
springs.Add(newSpringInfo);
if (initSpringRenderers == true)
{
GameObject nodeRender = (GameObject)Instantiate(debugRenderer, Vector3.zero, Quaternion.identity);
LineDraw nodeDraw = nodeRender.GetComponent <LineDraw>();
nodeDraw.vertices.Add(node1.WorldPosition);
nodeDraw.vertices.Add(node2.WorldPosition);
nodeDraw.colorStart = Color.white;
nodeDraw.colorEnd = Color.red;
nodeRender.transform.parent = transform;
springLineRenderers[newSpringInfo] = nodeDraw;
}
}
/// <summary>
/// Change the spring types to the specified type.
/// </summary>
/// <param name="type">The type to change the value to.</param>
private void ChangeSpringType(SpringType type)
{
// Don't switch types if the type is equal to the current type or if the enable state event is active. This will occur if a new button is pressed
// within the time that it takes to invoke the scheduled event.
if (m_SpringType == type || m_EnableStateEvent != null)
{
return;
}
// Reset the button color and deactivate the previous character. The same character may be activated again depending on the spring type.
if (m_SpringType != SpringType.None)
{
SetButtonColor((int)m_SpringType, m_NormalColor);
if (m_ActiveCharacter != null)
{
m_ActiveCharacter.GetCachedComponent <UltimateCharacterLocomotion>().SetActive(false);
StateManager.SetState(m_ActiveCharacter, System.Enum.GetName(typeof(SpringType), m_SpringType), false);
}
}
// Remember the old spring type and activate the new. The button should reflect the selected spring type.
var prevSpringType = m_SpringType;
m_SpringType = type;
SetButtonColor((int)m_SpringType, m_PressedColor);
// If the previous spring type isn't None then a button was pressed. Activate the new character.
if (prevSpringType != SpringType.None)
{
var prevCharacter = m_ActiveCharacter;
// The active character depends on the spring type.
if (m_SpringType == SpringType.Astronaut || m_SpringType == SpringType.DrunkPerson)
{
m_ActiveCharacter = m_DrunkAstronautCharacter;
}
else if (m_SpringType == SpringType.Giant)
{
m_ActiveCharacter = m_GiantCharacter;
}
else
{
m_ActiveCharacter = m_Character;
}
// Activate the correct character and set the camera to the character if that character changed. This shouldn't be done if the character didn't
// change so the camera doesn't snap into position.
var characterChange = m_ActiveCharacter != prevCharacter;
m_ActiveCharacter.GetCachedComponent <UltimateCharacterLocomotion>().SetActive(true);
if (characterChange)
{
m_CameraController.Character = m_ActiveCharacter;
}
// Wait a small amount of time if the springs are off so the item can get back into the correct position while the springs are enabled.
m_EnableStateEvent = Scheduler.Schedule(m_SpringType == SpringType.SpringsOff ? 0.4f : 0, EnableSpringState, characterChange);
}
EnableInput();
}
/// <summary>
/// Initializes a new instance of the <see cref="Spring" /> class.
/// </summary>
/// <param name="variableService">The variable service.</param>
/// <param name="resourceService">The resource service.</param>
public Spring(IVariableService variableService, IResourceService resourceService, IAudioService audioService)
: base(variableService, resourceService)
{
if (resourceService == null)
{
throw new ArgumentNullException(nameof(resourceService));
}
if (variableService == null)
{
throw new ArgumentNullException(nameof(variableService));
}
if (audioService == null)
{
throw new ArgumentNullException(nameof(audioService));
}
_variableService = variableService;
_resourceService = resourceService;
_audioService = audioService;
_resourceService.PreloadResource <Sprite>("spring");
_resourceService.PreloadResource <Sound>("spring");
_springType = SpringType.Red;
_isOpen = false;
}
public ClothConstraint(ClothPoint p1, ClothPoint p2, float restLength, SpringType type)
{
this.p1 = p1;
this.p2 = p2;
this.restLength = restLength;
this.type = type;
}
/// <summary>
/// Sets entity properties from a key/value dictionary.
/// </summary>
/// <param name="properties">Dictionary containing the properties.</param>
public override void SetProperties(IDictionary <string, string> properties)
{
if (properties == null)
{
throw new ArgumentNullException(nameof(properties));
}
string val;
if (properties.TryGetValue("direction", out val))
{
Direction dir;
if (!Enum.TryParse(val, out dir))
{
dir = Direction.Up;
}
_direction = dir;
}
if (properties.TryGetValue("spring_type", out val))
{
SpringType sType;
if (!Enum.TryParse(val, out sType))
{
sType = SpringType.Red;
}
_springType = sType;
}
base.SetProperties(properties);
}
public CatchableRopeService(int nrOfMasses,
Vector3 initialPos,
float springConstant,
float springLength,
float springFrictionConstant,
bool isCollide,
Vector3 rigidSize,
SpringType springType,
RigidType rigidType)
: base(springConstant, springLength, springFrictionConstant, null, springType)
{
this._nrOfMasses = nrOfMasses;
this._initialPos = initialPos;
this._isCollide = isCollide;
this._normalLength = springLength;
this._rigidSize = rigidSize;
this._rigidType = rigidType;
this.IsVisible = false;
this.Masses = DefaultAdder.GetMassesRope(2, _initialPos,
null, _rigidSize,
this._normalLength, this._rigidType, this._isCollide);
this.Masses[0].TextureType = TextureType.Pin;
this.Masses[0].IsDrawable = true;
this.Masses[0].IsFixedRigid = true;
BuildSprings(springConstant, springLength, springFrictionConstant);
//this.Radius = radius;
SetPinRingFirstTime();
}
public SpringEventConfig(string animationEvent, Vector3 force, int frames, SpringType type)
{
AnimationEvent = animationEvent;
Force = force;
Frames = frames;
Type = type;
}
void bAddRope_Click(object sender, EventArgs e)
{
try
{
StaticData.ManipulationGameMode = ManipulationGameMode.AddRopesMode;
int nrOfMasses = (int)UIControlsParser.GetFloat(tbNrOfMasses);
float springConstant = UIControlsParser.GetFloat(tbSpringConstant);
float normalLength = UIControlsParser.GetFloat(tbNormalLength);
float springInnerFriction = UIControlsParser.GetFloat(tbSpringInnerFriction);
Vector3 initialPosition = UIControlsParser.GetVector3(tbPositionRope);
RigidType rigidType = (RigidType)UIControlsParser.GetIndexOfSelection(ddTypeRigidRope);
Vector3 rigidSize = UIControlsParser.GetVector3(tbRigidSizeRope);
bool isCollidable = cbIsCollidableRope.Checked;
SpringType type = (SpringType)UIControlsParser.GetIndexOfSelection(cbSpringType);
if (rigidSize != Vector3.Zero)
{
StaticData.EngineManager.SpringsManagerEngine.AddNewService(
DefaultAdder.GetDefaultSpringRope(initialPosition,
StaticData.EngineManager.CookieRB.PositionXNA,
nrOfMasses,
springConstant,
normalLength,
springInnerFriction,
rigidType,
rigidSize,
isCollidable,
type));
}
}
catch (Exception)
{
}
}
public void SetDampingConstant(Widget widget, SpringType type, float dampingConstant)
{
this.SetValue(widget, type, dampingConstant, delegate(Widget w, SpringType t, float value)
{
value = FMath.Clamp(value, 0f, 1f);
this.widgetInfos[w].dampingConstants[(int)t] = -10f * value;
});
}
public float GetDisplacement(Widget widget, SpringType type)
{
if (this.widgetInfos.ContainsKey(widget) && type != SpringType.All)
{
return(this.widgetInfos[widget].displacements[(int)type]);
}
return(0f);
}
public void SetDisplacement(Widget widget, SpringType type, float displacement)
{
this.SetValue(widget, type, displacement, delegate(Widget w, SpringType t, float value)
{
this.widgetInfos[w].displacements[(int)t] = value;
this.widgetInfos[w].useSpecifiedValues[(int)t] = true;
});
}
public void SetSpringConstant(Widget widget, SpringType type, float springConstant)
{
this.SetValue(widget, type, springConstant, delegate(Widget w, SpringType t, float value)
{
value = FMath.Clamp(value, 0f, 1f);
this.widgetInfos[w].springConstants[(int)t] = 4f * value + 1f;
this.widgetInfos[w].springLimitations[(int)t] = 1f - FMath.Pow(value, 5f);
});
}
public void SetSpringValues(SpringType type, float bias, float softness)
{
for (int i = 0; i < springs.Count; i++)
{
if ((springs[i].SpringType & type) != 0)
{
springs[i].Softness = softness; springs[i].BiasFactor = bias;
}
}
}
Spring CreateSpring(Particle a, Particle b, float ks, float kd, SpringType type)
{
Spring spring = new Spring();
spring.particleA = a;
spring.particleB = b;
spring.stiffness = ks;
spring.damping = kd;
spring.restLength = (a.position - b.position).magnitude;
spring.type = type;
return(spring);
}
private void SetValue(Widget widget, SpringType type, float value, Action <Widget, SpringType, float> setAction)
{
foreach (Widget current in this.Children)
{
if (widget == null || widget == current)
{
foreach (SpringType springType in Enum.GetValues(typeof(SpringType)))
{
if ((type == SpringType.All || type == springType) && this.widgetInfos.ContainsKey(current))
{
setAction.Invoke(current, springType, value);
}
}
}
}
}
public static CatchableRopeService GetDefaultCatchableRope(Vector3 initialPosition,
Vector3?targetPos,
int nrOfMasses,
float springConstant,
float normalLength,
float springInnerFriction,
RigidType type,
Vector3 rigidSize,
bool isCollidable,
SpringType springType)
{
//List<RigidBody> masses = GetMassesRope(nrOfMasses, initialPosition, targetPos, rigidSize, normalLength, type, isCollidable);
CatchableRopeService springService = new CatchableRopeService(nrOfMasses, initialPosition, springConstant, // springConstant In The Rope
normalLength, // Normal Length Of Springs In The Rope
springInnerFriction, // Spring Inner Friction Constant
isCollidable,
rigidSize,
springType,
type);
return(springService);
}
public SpringService(float springConstant, float springLength, float springFrictionConstant,
List <RigidBody> masses, SpringType type // how stiff the springs are
// the length that a spring does not exert any force
// inner friction constant of spring
) //The super class creates masses with weights m of each
{
this.SpringType = type;
this.Masses = masses;
this.SpringConstant = springConstant;
this.SpringLength = springLength;
this.SpringFrictionConstant = springFrictionConstant;
//this.RopeConnectionPos = Masses[0].PositionXNA;
this.Id = StaticData.EngineManager.SpringsManagerEngine.GetNextRopeId();
if (!(this is CatchableRopeService))
{
this.Masses[0].TextureType = TextureType.Pin;
if (SpringType == SpringType.StrictRope)
{
this.Masses[0].IsFixedRigid = true;
}
BuildSprings(springConstant, springLength, springFrictionConstant);
}
}
public Spring(SpringType t, int id)
{
type = t;
unique_id = id;
}
//The Range x and Range y variables control how far away and in which direction this method should look for a particle
public static spring GetSpring(int x, int y, int rows, out int connectedParticleIndex, int rangeX, int rangeY, ClothSimulator.SpringVariables vars, SpringType type)
{
spring Spring = new spring();
Spring.connectionA = y + (x * rows);
Spring.connectionB = (y + ((x + rangeX) * rows) + rangeY);
Spring.stiffness = vars.stiffness;
Spring.damping = vars.damping;
Spring.springType = (int)type;
Spring.restLength = Vector3.Distance(GetParticlePos((x * rows), y, rows), GetParticlePos((x + rangeX) * rows, y + rangeY, rows));
connectedParticleIndex = (y + ((x + rangeX) * rows) + rangeY);
return(Spring);
}
public Spring(Node a, Node b, SpringType s)
{
nodeA = a;
nodeB = b;
springType = s;
}
public void SetSpringValues(SpringType type, float bias, float softness)
{
for (int i = 0; i < springs.Count; i++)
{
if ((springs[i].SpringType & type) != 0)
{
springs[i].Softness = softness; springs[i].BiasFactor = bias;
}
}
}
private float CalculateExternalAcceleration(LiveSpringPanel.WidgetInfo info, SpringType type)
{
float acceleration = 0f;
switch (type)
{
case SpringType.AngleAxisX:
case SpringType.PositionY:
acceleration = this.sensorAcceleration.Y + this.moveAcceleration.Y + this.userAcceleration.Y;
break;
case SpringType.AngleAxisY:
acceleration = -(this.sensorAcceleration.X + this.moveAcceleration.X + this.userAcceleration.X);
break;
case SpringType.AngleAxisZ:
{
bool flag = false;
bool[] useSpecifiedValues = info.useSpecifiedValues;
for (int i = 0; i < useSpecifiedValues.Length; i++)
{
bool flag2 = useSpecifiedValues[i];
flag |= flag2;
}
if (!flag)
{
float num = info.displacements[3];
float num2 = info.displacements[4];
float num3 = FMath.Abs(num);
float num4 = FMath.Abs(num2);
bool flag3;
if (num * num2 > 0f)
{
flag3 = (num3 > num4);
}
else
{
flag3 = (num3 < num4);
}
float num5 = FMath.Min(FMath.Abs(num3 - num4), FMath.Min(num3, num4)) / 200f;
float num6 = flag3 ? num5 : (-num5);
float num7 = info.displacements[0];
float num8 = info.displacements[1];
float num9 = FMath.Abs(num7);
float num10 = FMath.Abs(num8);
if (-num7 * num8 > 0f)
{
flag3 = (num9 < num10);
}
else
{
flag3 = (num9 > num10);
}
num5 = FMath.Min(FMath.Abs(num9 - num10), FMath.Min(num9, num10)) / 20f;
float num11 = flag3 ? num5 : (-num5);
acceleration = num6 + num11;
}
break;
}
case SpringType.PositionX:
acceleration = this.sensorAcceleration.X + this.moveAcceleration.X + this.userAcceleration.X;
break;
case SpringType.PositionZ:
acceleration = this.sensorAcceleration.Z + this.moveAcceleration.Z + this.userAcceleration.Z;
break;
}
if (type == SpringType.PositionX || type == SpringType.PositionY || type == SpringType.PositionZ)
{
return(this.ClipAcceleration(acceleration));
}
return(this.ClipAcceleration(acceleration) * 0.0125663709f);
}
