///<summary>
/// Constructs a new morphable entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
///<param name="mass">Mass of the entity.</param>
/// <param name="inertiaTensor">Inertia tensor of the entity.</param>
public MorphableEntity(EntityShape shape, float mass, Matrix3f inertiaTensor)
: base(shape, mass, inertiaTensor)
{
}
///<summary>
/// Constructs a new kinematic entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
public Entity(EntityShape shape)
: this()
{
Initialize(shape.GetCollidableInstance());
}
///<summary>
/// Constructs a new morphable entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
public MorphableEntity(EntityShape shape)
: base(shape)
{
}
///<summary>
/// Constructs a new morphable entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
///<param name="mass">Mass of the entity.</param>
public MorphableEntity(EntityShape shape, float mass)
: base(shape, mass)
{
}
public static void DrawCardinalitiesLine(Graphics g, CardinalityShape cardi, int EntityEdgeCardiPlace, int pos, int numCardi, Color backgroundColor)
{
EntityShape entity = cardi.Entity;
RelationshipShape rel = cardi.Relationship;
//debug
//g.DrawLine(new Pen(Color.Red, 1), entity.CenterPoint, rel.CenterPoint);
Point centerRelationship = rel.CenterPoint;
Point centerEntity = entity.CenterPoint;
Point TopLeft = entity.Location;
Point BottomRight = new Point(entity.Location.X + entity.Width, entity.Location.Y + entity.Height);
int stepX = pos * entity.Width / (numCardi + 1);
int stepY = pos * entity.Height / (numCardi + 1);
Bitmap myCardi = GetCardinalitiesShape(cardi, EntityEdgeCardiPlace, backgroundColor);
Point EntityStartPos = getStartPos(EntityEdgeCardiPlace, (ShapeBase)entity, TopLeft, BottomRight, stepX, stepY, myCardi);
Point EntityCardiPos = getCardiPos(EntityEdgeCardiPlace, (ShapeBase)entity, TopLeft, BottomRight, stepX, stepY, myCardi);
if (rel.type != RelationshipType.AssociativeEntity)
{
g.DrawImage(myCardi, EntityCardiPos);
g.DrawLine(ThongSo.ConectiveLinePen, EntityStartPos, centerRelationship);
}
else //nếu relationship là Associative Entity
{
Point TopLeftRel = rel.Location;
Point BottomRightRel = new Point(rel.Location.X + rel.Width, rel.Location.Y + rel.Height);
int AssEdgeCardiPlace = 0, index = 0;
rel.getCardiPosition(cardi, ref AssEdgeCardiPlace, ref index);
int stepXRel = (index + 1) * rel.Width / (rel.cardiplaces[AssEdgeCardiPlace - 1].Count + 1);
int stepYRel = (index + 1) * rel.Height / (rel.cardiplaces[AssEdgeCardiPlace - 1].Count + 1);
//cardi 1, 1
CardinalityShape cardi1 = new CardinalityShape();
cardi1.setValue(1, 1);
//lấy cardi của đầu bên kia Relationship
CardinalityShape cardi2 = new CardinalityShape();
foreach (CardinalityShape card in cardi.Relationship.cardinalities)
{
if (card != cardi)
{
cardi2 = card;
}
}
Bitmap CardiAtEn = GetCardinalitiesShape(cardi1, EntityEdgeCardiPlace, backgroundColor);
Bitmap CardiAtRel = GetCardinalitiesShape(cardi2, AssEdgeCardiPlace, backgroundColor);
Point AssStartPos = getStartPos(AssEdgeCardiPlace, (ShapeBase)rel, TopLeftRel, BottomRightRel, stepXRel, stepYRel, CardiAtRel);
Point AssCardiPos = getCardiPos(AssEdgeCardiPlace, (ShapeBase)rel, TopLeftRel, BottomRightRel, stepXRel, stepYRel, CardiAtRel);
g.DrawImage(CardiAtEn, EntityCardiPos);
g.DrawImage(CardiAtRel, AssCardiPos);
g.DrawLine(ThongSo.ConectiveLinePen, EntityStartPos, AssStartPos);
}
}
protected EntityCollidable(EntityShape shape)
{
base.Shape = shape;
}
public bool ConvexCast(ConvexShape castShape, ref RigidTransform startingTransform, ref Vector3 sweepnorm, double slen, MaterialSolidity solidness, out RayHit hit)
{
RigidTransform rot = new RigidTransform(Vector3.Zero, startingTransform.Orientation);
castShape.GetBoundingBox(ref rot, out BoundingBox bb);
double adv = 0.1f;
double max = slen + adv;
bool gotOne = false;
RayHit BestRH = default(RayHit);
Vector3 sweep = sweepnorm * slen;
for (double f = 0; f < max; f += adv)
{
Vector3 c = startingTransform.Position + sweepnorm * f;
int mx = (int)Math.Ceiling(c.X + bb.Max.X);
for (int x = (int)Math.Floor(c.X + bb.Min.X); x <= mx; x++)
{
if (x < 0 || x >= ChunkSize.X)
{
continue;
}
int my = (int)Math.Ceiling(c.Y + bb.Max.Y);
for (int y = (int)Math.Floor(c.Y + bb.Min.Y); y <= my; y++)
{
if (y < 0 || y >= ChunkSize.Y)
{
continue;
}
int mz = (int)Math.Ceiling(c.Z + bb.Max.Z);
for (int z = (int)Math.Floor(c.Z + bb.Min.Z); z <= mz; z++)
{
if (z < 0 || z >= ChunkSize.Z)
{
continue;
}
BlockInternal bi = Blocks[BlockIndex(x, y, z)];
if (solidness.HasFlag(((Material)bi.BlockMaterial).GetSolidity()))
{
EntityShape es = BlockShapeRegistry.BSD[bi.BlockData].GetShape(bi.Damage, out Location offs, false);
if (es == null)
{
continue;
}
Vector3 adj = new Vector3(x + (double)offs.X, y + (double)offs.Y, z + (double)offs.Z);
EntityCollidable coll = es.GetCollidableInstance();
//coll.LocalPosition = adj;
RigidTransform rt = new RigidTransform(Vector3.Zero, Quaternion.Identity);
coll.LocalPosition = Vector3.Zero;
coll.WorldTransform = rt;
coll.UpdateBoundingBoxForTransform(ref rt);
RigidTransform adjusted = new RigidTransform(startingTransform.Position - adj, startingTransform.Orientation);
bool b = coll.ConvexCast(castShape, ref adjusted, ref sweep, out RayHit rhit);
if (b && (!gotOne || rhit.T * slen < BestRH.T) && rhit.T >= 0)
{
gotOne = true;
BestRH = rhit;
BestRH.Location += adj;
BestRH.T *= slen; // TODO: ???
BestRH.Normal = -BestRH.Normal; // TODO: WHY?!
}
}
}
}
}
if (gotOne)
{
hit = BestRH;
return(true);
}
}
hit = new RayHit()
{
Location = startingTransform.Position + sweep, Normal = new Vector3(0, 0, 0), T = slen
};
return(false);
}
///<summary>
/// Constructs a new morphable entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
///<param name="mass">Mass of the entity.</param>
/// <param name="inertiaTensor">Inertia tensor of the entity.</param>
public MorphableEntity(EntityShape shape, Fix64 mass, Matrix3x3 inertiaTensor)
: base(shape, mass, inertiaTensor)
{
}
public BodyComponent(float width, float height, EntityType entityType, EntityShape entityShape, float density = 1f)
: this(new Vector2(width, height), entityType, entityShape, density)
{
}
public BodyComponent(IEnumerable <Vector2> vertices, EntityType entityType, EntityShape entityShape, float density = 1f)
: this(Vector2.Zero, entityType, entityShape, density)
{
Vertices = vertices;
}
public AddCardinality(RelationshipShape relationship)
{
InitializeComponent();
Relationship = new RelationshipShape(relationship.sName, new Point(panelDoubleBuffered1.Width / 2, panelDoubleBuffered1.Height / 2), relationship.type);
SelectedEntity1 = new EntityShape(relationship.cardinalities[0].Entity.sName, new Point(panelDoubleBuffered1.Width / 2 - ThongSo.ShapeW * 3 / 2, panelDoubleBuffered1.Height / 2), relationship.cardinalities[0].Entity.type);
SelectedEntity2 = new EntityShape(relationship.cardinalities[1].Entity.sName, new Point(panelDoubleBuffered1.Width / 2 + ThongSo.ShapeW * 3 / 2, panelDoubleBuffered1.Height / 2), relationship.cardinalities[1].Entity.type);
cardi1 = Relationship.CreateCardinality(SelectedEntity1, relationship.cardinalities[0].MinCardinality, relationship.cardinalities[0].MaxCardinality);
cardi2 = Relationship.CreateCardinality(SelectedEntity2, relationship.cardinalities[1].MinCardinality, relationship.cardinalities[1].MaxCardinality);
panelDoubleBuffered1.Controls.Add(Relationship);
panelDoubleBuffered1.Controls.Add(SelectedEntity1);
panelDoubleBuffered1.Controls.Add(SelectedEntity2);
panelDoubleBuffered1.Refresh();
int min1, max1, min2, max2;
min1 = Relationship.cardinalities[0].MinCardinality;
max1 = Relationship.cardinalities[0].MaxCardinality;
min2 = Relationship.cardinalities[1].MinCardinality;
max2 = Relationship.cardinalities[1].MaxCardinality;
if (min1 == 0 && max1 == 1)
{
imageComboBoxEdit1.SelectedIndex = 0;
}
if (min1 == 1 && max1 == 1)
{
imageComboBoxEdit1.SelectedIndex = 1;
}
if (min1 == 0 && max1 == -1)
{
imageComboBoxEdit1.SelectedIndex = 2;
}
if (min1 == 1 && max1 == -1)
{
imageComboBoxEdit1.SelectedIndex = 3;
}
if (min2 == 0 && max2 == 1)
{
imageComboBoxEdit2.SelectedIndex = 0;
}
if (min2 == 1 && max2 == 1)
{
imageComboBoxEdit2.SelectedIndex = 1;
}
if (min2 == 0 && max2 == -1)
{
imageComboBoxEdit2.SelectedIndex = 2;
}
if (min2 == 1 && max2 == -1)
{
imageComboBoxEdit2.SelectedIndex = 3;
}
showText();
}
///<summary>
/// Constructs a new morphable entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
///<param name="mass">Mass of the entity.</param>
/// <param name="inertiaTensor">Inertia tensor of the entity.</param>
/// <param name="volume">Volume of the entity.</param>
public MorphableEntity(EntityShape shape, float mass, Matrix3x3 inertiaTensor, float volume)
: base(shape, mass, inertiaTensor, volume)
{
}
public override void Start()
{
if (HasComponent <Collider>())
{
Collider c = _geCollider;
_collisionShape = c.Shape;
Transform t = gameElement.WorldTransform;
_motionState = new MotionState
{
Position = t.Translation,
Orientation = Quaternion.FromEulerAngles(t.Rotation.Z, t.Rotation.Y, t.Rotation.X)
};
_innerRigidBody = new Entity(_collisionShape, _mass)
{
MotionState = _motionState
};
_innerRigidBody.PositionUpdateMode = PositionUpdateMode.Discrete;
_innerRigidBody.PositionUpdated += _positionUpdated;
_innerRigidBody.Tag = gameElement.Tag;
_innerRigidBody.CollisionInformation.Tag = gameElement.Tag;
gameElement.LocalTransform.OnPositionChange += ((_old, _new) =>
{
if (!_shouldUpdate)
{
Transform _t = gameElement.WorldTransform;
_innerRigidBody.Position += (_t.Translation - _lastTranslate);
_lastTranslate = _t.Translation;
}
// Keep the rigidbody active while moving
//if (!_innerRigidBody.IsActive)
//{
// _innerRigidBody.ClearForces();
// _innerRigidBody.ProceedToTransform((Matrix)gameElement.WorldTransform.GetTransformation());
//}
});
gameElement.LocalTransform.OnRotationChange += ((_old, _new) =>
{
if (!_shouldUpdate)
{
Transform _t = gameElement.WorldTransform;
Quaternion _q = Quaternion.FromEulerAngles(t.Rotation.X, t.Rotation.Y, t.Rotation.Z);
_innerRigidBody.Orientation = _q;
_innerRigidBody.AngularVelocity += (_t.Rotation - _lastRotate);
_lastRotate = _t.Rotation;
}
});
gameElement.ParentScene.RegisterRigidBody(gameElement);
_lastTranslate = t.Translation;
_lastRotate = t.Rotation;
}
}
///<summary>
/// Constructs a new dynamic entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
///<param name="mass">Mass of the entity.</param>
public Entity(EntityShape shape, float mass)
: this()
{
Initialize(shape.GetCollidableInstance(), mass);
}
public bool Build(ShapeCollection staticGeometries, ref int numGeometryVertices, ref int numGeometryTriangles)
{
if (!HasEngineInstance())
{
return(false);
}
EngineNavMesh.ClearNavMesh();
EngineNavMesh.ClearGeometry();
EngineNavMesh.ClearCarvers();
EngineNavMesh.ClearSeedPoints();
EngineNavMesh.ClearLocalSettings();
EngineNavMesh.ClearDecorationCapsules();
SetEngineInstanceBaseProperties();
HavokNavMeshGlobalSettings globalSettings = GetGlobalSettings();
if (globalSettings == null)
{
return(false);
}
BoundingBox parentZoneBbox = new BoundingBox();
if (globalSettings.RestrictToInputGeometryFromSameZone && ParentZone != null)
{
parentZoneBbox = ParentZone.CalculateBoundingBox();
}
// check if there's a parent zone
foreach (ShapeBase shape in staticGeometries)
{
// treat as cutter if flag is set and if in different zone
bool potentiallyTreatAsCutter = globalSettings.RestrictToInputGeometryFromSameZone && (shape.ParentZone != ParentZone);
if (shape is EntityShape)
{
EntityShape entity = shape as EntityShape;
eNavMeshUsage usage = entity.GetNavMeshUsage();
// exclude entities that have a vHavokRigidBody component with "Motion Type" != "Fixed"
ShapeComponentType compType = (ShapeComponentType)EditorManager.EngineManager.ComponentClassManager.GetCollectionType("vHavokRigidBody");
if (compType != null && entity.Components != null)
{
ShapeComponent comp = entity.Components.GetComponentByType(compType);
if (comp != null)
{
string propValue = comp.GetPropertyValue("Motion Type") as string;
if (string.Compare(propValue, "Fixed") != 0)
{
usage = eNavMeshUsage.ExcludeFromNavMesh;
}
}
}
// potentially override usage
if (potentiallyTreatAsCutter && (usage == eNavMeshUsage.IncludeInNavMesh))
{
usage = eNavMeshUsage.CutterOnly;
}
if (usage != eNavMeshUsage.ExcludeFromNavMesh)
{
EngineNavMesh.AddEntityGeometry(entity.EngineEntity.GetNativeObject(), (int)usage, parentZoneBbox);
}
}
else if (shape is StaticMeshShape)
{
StaticMeshShape staticMesh = shape as StaticMeshShape;
eNavMeshUsage usage = staticMesh.GetNavMeshUsage();
// potentially override usage
if (potentiallyTreatAsCutter && (usage == eNavMeshUsage.IncludeInNavMesh))
{
usage = eNavMeshUsage.CutterOnly;
}
if (usage != eNavMeshUsage.ExcludeFromNavMesh)
{
EngineNavMesh.AddStaticMeshGeometry(staticMesh.EngineMesh.GetNativeObject(), (int)usage, parentZoneBbox);
}
}
else if (shape is TerrainShape)
{
TerrainShape terrain = shape as TerrainShape;
eNavMeshUsage usage = terrain.GetNavMeshUsage();
// potentially override usage
if (potentiallyTreatAsCutter && (usage == eNavMeshUsage.IncludeInNavMesh))
{
usage = eNavMeshUsage.CutterOnly;
}
if (usage != eNavMeshUsage.ExcludeFromNavMesh)
{
EngineNavMesh.AddTerrainGeometry(terrain.EngineTerrain.GetNativeObject(), (int)usage, parentZoneBbox);
}
}
#if !HK_ANARCHY
else if (shape is DecorationGroupShape)
{
DecorationGroupShape decorationGroup = shape as DecorationGroupShape;
// Please note that currently the native HavokAiEnginePlugin only supports decoration capsules as cutters.
if (decorationGroup.GetNavMeshLimitedUsage() == DecorationGroupShape.eNavMeshLimitedUsage.CutterOnly)
{
EngineNavMesh.AddDecorationGroupCapsules(decorationGroup.EngineGroup.GetGroupsObject());
}
}
#endif
#if USE_SPEEDTREE
else if (shape is Speedtree6GroupShape)
{
Speedtree6GroupShape trees = shape as Speedtree6GroupShape;
if (trees.EnableCollisions)
{
EngineNavMesh.AddSpeedTree6Capsules(trees.EngineGroup.GetGroupsObject());
}
}
#endif
}
numGeometryVertices = EngineNavMesh.GetNumGeometryVertices();
numGeometryTriangles = EngineNavMesh.GetNumGeometryTriangles();
// Add carvers
ShapeCollection carvers = EditorManager.Scene.AllShapesOfType(typeof(HavokNavMeshCarverShape));
foreach (ShapeBase shape in carvers)
{
HavokNavMeshCarverShape carver = shape as HavokNavMeshCarverShape;
BoundingBox localBbox = null;
carver.GetLocalBoundingBox(ref localBbox);
localBbox.vMin.X *= carver.ScaleX;
localBbox.vMin.Y *= carver.ScaleY;
localBbox.vMin.Z *= carver.ScaleZ;
localBbox.vMax.X *= carver.ScaleX;
localBbox.vMax.Y *= carver.ScaleY;
localBbox.vMax.Z *= carver.ScaleZ;
EngineNavMesh.AddBoxCarver(localBbox.vMin, localBbox.vMax, carver.Position, carver.RotationMatrix, carver.IsInverted());
}
// Add seed points
ShapeCollection seedPoints = EditorManager.Scene.AllShapesOfType(typeof(HavokNavMeshSeedPointShape));
foreach (ShapeBase shape in seedPoints)
{
HavokNavMeshSeedPointShape seedPoint = shape as HavokNavMeshSeedPointShape;
EngineNavMesh.AddSeedPoint(seedPoint.Position);
}
// Add local settings
ShapeCollection localSettings = EditorManager.Scene.AllShapesOfType(typeof(HavokNavMeshLocalSettingsShape));
foreach (ShapeBase shape in localSettings)
{
HavokNavMeshLocalSettingsShape ls = shape as HavokNavMeshLocalSettingsShape;
BoundingBox bbox = null;
ls.GetLocalBoundingBox(ref bbox);
bbox.vMin.X *= ls.ScaleX;
bbox.vMin.Y *= ls.ScaleY;
bbox.vMin.Z *= ls.ScaleZ;
bbox.vMax.X *= ls.ScaleX;
bbox.vMax.Y *= ls.ScaleY;
bbox.vMax.Z *= ls.ScaleZ;
// Nav Mesh Generation Settings
EngineNavMesh.m_maxWalkableSlope = ls.MaxWalkableSlope / 180.0f * 3.14159f;
// Nav Mesh Edge Matching Settings
EngineNavMesh.m_maxStepHeight = ls.MaxStepHeight;
EngineNavMesh.m_maxSeparation = ls.MaxSeparation;
EngineNavMesh.m_maxOverhang = ls.MaxOverhang;
EngineNavMesh.m_cosPlanarAlignmentAngle = (float)Math.Cos(ls.PlanarAlignmentAngle / 180.0f * 3.14159f);
EngineNavMesh.m_cosVerticalAlignmentAngle = (float)Math.Cos(ls.VerticalAlignmentAngle / 180.0f * 3.14159f);
EngineNavMesh.m_minEdgeOverlap = ls.MinEdgeOverlap;
// Nav Mesh Simplification Settings
EngineNavMesh.m_maxBorderSimplifyArea = ls.MaxBorderSimplifyArea;
EngineNavMesh.m_maxConcaveBorderSimplifyArea = ls.MaxConcaveBorderSimplifyArea;
EngineNavMesh.m_useHeightPartitioning = ls.UseHeightPartitioning;
EngineNavMesh.m_maxPartitionHeightError = ls.MaxPartitionHeightError;
// Nav Mesh Simplification Settings (Advanced)
EngineNavMesh.m_minCorridorWidth = ls.MinCorridorWidth;
EngineNavMesh.m_maxCorridorWidth = ls.MaxCorridorWidth;
EngineNavMesh.m_holeReplacementArea = ls.HoleReplacementArea;
EngineNavMesh.m_maxLoopShrinkFraction = ls.MaxLoopShrinkFraction;
EngineNavMesh.m_maxBorderHeightError = ls.MaxBorderHeightError;
EngineNavMesh.m_maxBorderDistanceError = ls.MaxBorderDistanceError;
EngineNavMesh.m_maxPartitionSize = ls.MaxPartitionSize;
EngineNavMesh.m_useConservativeHeightPartitioning = ls.UseConservativeHeightPartitioning;
EngineNavMesh.m_hertelMehlhornHeightError = ls.HertelMehlhornHeightError;
EngineNavMesh.m_cosPlanarityThreshold = (float)Math.Cos(ls.PlanarityThreshold / 180 * 3.14159f);
EngineNavMesh.m_nonconvexityThreshold = ls.NonconvexityThreshold;
EngineNavMesh.m_boundaryEdgeFilterThreshold = ls.BoundaryEdgeFilterThreshold;
EngineNavMesh.m_maxSharedVertexHorizontalError = ls.MaxSharedVertexHorizontalError;
EngineNavMesh.m_maxSharedVertexVerticalError = ls.MaxSharedVertexVerticalError;
EngineNavMesh.m_maxBoundaryVertexHorizontalError = ls.MaxBoundaryVertexHorizontalError;
EngineNavMesh.m_maxBoundaryVertexVerticalError = ls.MaxBoundaryVertexVerticalError;
EngineNavMesh.m_mergeLongestEdgesFirst = ls.MergeLongestEdgesFirst;
EngineNavMesh.AddLocalSettings(bbox.vMin, bbox.vMax, ls.Position, ls.RotationMatrix);
}
// todo: figure out how to pass class instances between here and EngineNavMesh.
// basically the settings members of EngineNavMesh are reused for transferring the local settings to
// EngineNavMesh. this should be harmless due to the following call which will revert any changes.
SetEngineInstanceBaseProperties();
string fullSnapshotPath = Path.Combine(CSharpFramework.EditorManager.Scene.Project.ProjectDir, m_snapshotFilename);
bool ret = EngineNavMesh.BuildNavMeshFromGeometry(m_saveInputSnapshot, fullSnapshotPath);
EngineNavMesh.ClearGeometry();
EngineNavMesh.ClearCarvers();
EngineNavMesh.ClearSeedPoints();
EngineNavMesh.ClearLocalSettings();
EngineNavMesh.ClearDecorationCapsules();
return(ret);
}
///<summary>
/// Constructs a new dynamic entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
///<param name="mass">Mass of the entity.</param>
/// <param name="inertiaTensor">Inertia tensor of the entity.</param>
public Entity(EntityShape shape, float mass, Matrix3X3 inertiaTensor)
: this()
{
Initialize(shape.GetCollidableInstance(), mass, inertiaTensor);
}
///<summary>
/// Constructs a new morphable entity.
///</summary>
///<param name="shape">Shape to use with the entity.</param>
///<param name="mass">Mass of the entity.</param>
public MorphableEntity(EntityShape shape, Fix64 mass)
: base(shape, mass)
{
}
