Uses of Class
espresso3d.engine.lowlevel.E3DVector3F

Packages that use E3DVector3F

espresso3d.engine
espresso3d.engine.collision
espresso3d.engine.collision.base
espresso3d.engine.collision.bounding
espresso3d.engine.collision.detectors
espresso3d.engine.geometry
espresso3d.engine.lowlevel
espresso3d.engine.renderer
espresso3d.engine.renderer.base
espresso3d.engine.world
espresso3d.engine.world.sector
espresso3d.engine.world.sector.actor
espresso3d.engine.world.sector.light

Uses of E3DVector3F in espresso3d.engine

Methods in espresso3d.engine with parameters of type E3DVector3F

void	E3DEngine.renderAtPosition(E3DVector3F atPosition)

Uses of E3DVector3F in espresso3d.engine.collision

Methods in espresso3d.engine.collision that return E3DVector3F

static E3DVector3F	E3DCollisionDetect.getIntersectionPoint(E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle) Will probably be moved.
static E3DVector3F	E3DCollisionDetect.checkSegmentTriangleCollision(E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle) Will probably be moved.
static E3DVector3F	E3DCollisionDetect.checkTriangleTriangleCollision(E3DTriangle colliderTriangle, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle collideeTriangle) Will probably be moved.
E3DVector3F	E3DCollision.getIntersectionPt()
E3DVector3F	E3DCollision.getCollisionNormal()
E3DVector3F	E3DCollision.getCollidedActorCollisionNormal() This is only applicable for new collision detectors.

Methods in espresso3d.engine.collision with parameters of type E3DVector3F

E3DCollision	E3DCollisionDetect.checkCollision(java.lang.String sourceDetectorName, boolean useBoundingObjectsIfPossible, boolean notifyAllActorsCollided, E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world) Will perform a collision check to see if the sourceActor collides with anything else in the world between startPos and endPos.
static double	E3DCollisionDetect.getSegmentTriangleDistance(E3DVector3F pos, E3DTriangle triangle) Return the distance between a segment and triangle.
static boolean	E3DCollisionDetect.checkFastCollisionWithPlane(E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle) Will probably be moved.
static E3DVector3F	E3DCollisionDetect.getIntersectionPoint(E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle) Will probably be moved.
static E3DVector3F	E3DCollisionDetect.checkSegmentTriangleCollision(E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle) Will probably be moved.
static E3DVector3F	E3DCollisionDetect.checkTriangleTriangleCollision(E3DTriangle colliderTriangle, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle collideeTriangle) Will probably be moved.
void	E3DCollision.renderAtPosition(E3DVector3F position) MUST BE MANUALLY CALLED.
void	E3DCollision.setIntersectionPt(E3DVector3F intersectionPt)
void	E3DCollision.setCollisionNormal(E3DVector3F collisionNormal)
void	E3DCollision.setCollidedActorCollisionNormal(E3DVector3F collidedActorCollisionNormal) This is only applicable for new collision detectors.

Uses of E3DVector3F in espresso3d.engine.collision.base

Methods in espresso3d.engine.collision.base with parameters of type E3DVector3F

E3DCollision	E3DCollisionDetector.checkActorTriangleCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor) Interface to check the collision between sourceActor and triangle.
E3DCollision	E3DCollisionDetector.checkActorBoundingObjectCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingObject boundingObject, E3DActor possibleCollisionActor) Interface to check the collision between sourceActor and a boundingObject

Uses of E3DVector3F in espresso3d.engine.collision.bounding

Methods in espresso3d.engine.collision.bounding that return E3DVector3F

E3DVector3F	E3DBoundingBox.getMax()
E3DVector3F	E3DBoundingBox.getMin()

Methods in espresso3d.engine.collision.bounding with parameters of type E3DVector3F

void	E3DBoundingSphere.renderAtPosition(E3DVector3F position)
void	E3DBoundingBox.renderAtPosition(E3DVector3F position)
void	E3DBoundingBox.setMax(E3DVector3F max)
void	E3DBoundingBox.setMin(E3DVector3F min)

Constructors in espresso3d.engine.collision.bounding with parameters of type E3DVector3F

E3DBoundingBox(E3DEngine engine, E3DVector3F min, E3DVector3F max)

Uses of E3DVector3F in espresso3d.engine.collision.detectors

Methods in espresso3d.engine.collision.detectors with parameters of type E3DVector3F

E3DCollision	E3DCollisionDetectorSegment.checkActorTriangleCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorSegment.checkActorBoundingObjectCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingObject boundingObject, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorSegment.checkSegmentTriangleCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorSegment.checkSegmentBoundingSphereCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingSphere boundingSphere, E3DActor possibleCollisionActor) Checks if a line segment from startPos to endPos collides at any point along the line with the bounding sphere.
E3DCollision	E3DCollisionDetectorFastBoundingSphere.checkActorTriangleCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorFastBoundingSphere.checkActorBoundingObjectCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingObject boundingObject, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorFastBoundingSphere.checkFastSphereVsTriangle(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorFastBoundingSphere.checkSphereSphereCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingSphere possibleCollisionBoundingSphere, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorActorTriangles.checkActorTriangleCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorActorTriangles.checkActorBoundingObjectCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingObject boundingObject, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorActorTriangles.checkActorTrisVsTris(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorActorTriangles.checkActorTrisVsBoundingSphere(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingSphere boundingSphere, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorAccurateBoundingSphere.checkActorTriangleCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorAccurateBoundingSphere.checkActorBoundingObjectCollision(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DBoundingObject boundingObject, E3DActor possibleCollisionActor)
E3DCollision	E3DCollisionDetectorAccurateBoundingSphere.checkAccurateSphereVsTriangle(E3DActor sourceActor, E3DVector3F startPos, E3DVector3F endPos, E3DWorld world, E3DSector sector, E3DTriangle triangle, E3DActor possibleCollisionActor)

Uses of E3DVector3F in espresso3d.engine.geometry

Methods in espresso3d.engine.geometry that return E3DVector3F

E3DVector3F	E3DTriangle.getVertexA()
E3DVector3F	E3DTriangle.getVertexB()
E3DVector3F	E3DTriangle.getVertexC()
E3DVector3F	E3DTriangle.getVertexColorR()
E3DVector3F	E3DTriangle.getVertexColorG()
E3DVector3F	E3DTriangle.getVertexColorB()
E3DVector3F	E3DTriangle.getTextureCoordA()
E3DVector3F	E3DTriangle.getTextureCoordB()
E3DVector3F	E3DTriangle.getTextureCoordC()
E3DVector3F[]	E3DTriangle.getTextureCoord()
E3DVector3F[]	E3DTriangle.getVertex()
E3DVector3F[]	E3DTriangle.getVertexColor()
E3DVector3F	E3DTriangle.getCentroid()
E3DVector3F	E3DTriangle.getNormal()
E3DVector3F	E3DPoint.getPos()
E3DVector3F	E3DPoint.getColor()
E3DVector3F	E3DPlane.getNormal()
E3DVector3F[]	E3DPlane.getPoints()
E3DVector3F	E3DPlane.reflectVector(E3DVector3F vectorToReflect)
E3DVector3F	E3DLine.getEndColor()
E3DVector3F	E3DLine.getStartColor()
E3DVector3F	E3DLine.getEndPos()
E3DVector3F	E3DLine.getStartPos()
E3DVector3F	E3DLine.getClosestPointToPoint(E3DVector3F point) Returns the closest point in this line segment to the given point

Methods in espresso3d.engine.geometry with parameters of type E3DVector3F

void	E3DTriangle.setVertexA(E3DVector3F vertex)
void	E3DTriangle.setVertexB(E3DVector3F vertex)
void	E3DTriangle.setVertexC(E3DVector3F vertex)
void	E3DTriangle.setVertexColorR(E3DVector3F vertexColor)
void	E3DTriangle.setVertexColorG(E3DVector3F vertexColor)
void	E3DTriangle.setVertexColorB(E3DVector3F vertexColor)
void	E3DTriangle.setTextureCoordA(E3DVector3F textureCoord)
void	E3DTriangle.setTextureCoordB(E3DVector3F textureCoord)
void	E3DTriangle.setTextureCoordC(E3DVector3F textureCoord)
void	E3DTriangle.setTextureCoord(E3DVector3F[] textureCoord)
void	E3DTriangle.setTextureCoord(E3DVector3F textureCoordA, E3DVector3F textureCoordB, E3DVector3F textureCoordC) Set the texture coords
void	E3DTriangle.setVertex(E3DVector3F[] vertex)
void	E3DTriangle.setVertex(E3DVector3F vertexA, E3DVector3F vertexB, E3DVector3F vertexC) Set the vertices
void	E3DTriangle.setVertexColor(E3DVector3F[] vertexColor)
void	E3DTriangle.setVertexColor(E3DVector3F vertexColorR, E3DVector3F vertexColorG, E3DVector3F vertexColorB)
boolean	E3DTriangle.isPointInTriangle(E3DVector3F point) This pointInTriangle checks if the point is on the inside of all the line segments of the triangle It is slightly faster than isPointInTriangleByAngles
boolean	E3DTriangle.isPointInTriangleByAngles(E3DVector3F point) This checks if a point is in a triangle by seeing if the interior angles add up to 360Deg.
void	E3DTriangle.renderAtPosition(E3DVector3F position)
void	E3DTriangle.setNormal(E3DVector3F normal)
void	E3DTriangle.translate(E3DVector3F translationAmt) Translate the triangle vertices
void	E3DTriangle.rotate(double angle, E3DVector3F aroundVec, E3DVector3F translatedAmt) Rotate the triangle around aroundVec.
void	E3DPoint.renderAtPosition(E3DVector3F position)
void	E3DPoint.setPos(E3DVector3F pos)
void	E3DPoint.setColor(E3DVector3F color)
void	E3DPlane.setNormal(E3DVector3F normal)
void	E3DPlane.setPoints(E3DVector3F[] points)
E3DVector3F	E3DPlane.reflectVector(E3DVector3F vectorToReflect)
void	E3DLine.setEndColor(E3DVector3F endColor)
void	E3DLine.setStartColor(E3DVector3F startColor)
void	E3DLine.setEndPos(E3DVector3F endPos)
void	E3DLine.setStartPos(E3DVector3F startPos)
E3DVector3F	E3DLine.getClosestPointToPoint(E3DVector3F point) Returns the closest point in this line segment to the given point
double	E3DLine.getDistanceFromPoint(E3DVector3F point)
void	E3DLine.renderAtPosition(E3DVector3F position)

Constructors in espresso3d.engine.geometry with parameters of type E3DVector3F

E3DPoint(E3DEngine engine, E3DVector3F pos)

E3DPoint(E3DEngine engine, E3DVector3F pos, double size)

E3DPoint(E3DEngine engine, E3DVector3F pos, E3DVector3F color)

E3DPoint(E3DEngine engine, E3DVector3F pos, E3DVector3F color, double size)

E3DLine(E3DEngine engine, E3DVector3F startPos, E3DVector3F endPos)

E3DLine(E3DEngine engine, E3DVector3F startPos, E3DVector3F endPos, E3DVector3F color)

E3DLine(E3DEngine engine, E3DVector3F startPos, E3DVector3F endPos, E3DVector3F startColor, E3DVector3F endColor)

Uses of E3DVector3F in espresso3d.engine.lowlevel

Methods in espresso3d.engine.lowlevel that return E3DVector3F

E3DVector3F	E3DVector3F.add(E3DVector3F translationAmt)
E3DVector3F	E3DVector3F.subtract(E3DVector3F translationAmt)
E3DVector3F	E3DVector3F.scale(double scaleAmt)
E3DVector3F	E3DVector3F.multiply(E3DVector3F multiplyAmt)
E3DVector3F	E3DVector3F.rotate(double angle, E3DVector3F aroundVec) Get a new vector that is rotated angle radians around the around vec
E3DVector3F	E3DVector3F.normalise()
E3DVector3F	E3DVector3F.crossProduct(E3DVector3F otherVec)

Methods in espresso3d.engine.lowlevel with parameters of type E3DVector3F

boolean	E3DVector3F.equals(E3DVector3F vec)
void	E3DVector3F.set(E3DVector3F newVec)
E3DVector3F	E3DVector3F.add(E3DVector3F translationAmt)
void	E3DVector3F.addEqual(E3DVector3F translationAmt)
E3DVector3F	E3DVector3F.subtract(E3DVector3F translationAmt)
void	E3DVector3F.subtractEqual(E3DVector3F translationAmt)
E3DVector3F	E3DVector3F.multiply(E3DVector3F multiplyAmt)
void	E3DVector3F.multiplyEqual(E3DVector3F multiplyAmt)
E3DVector3F	E3DVector3F.rotate(double angle, E3DVector3F aroundVec) Get a new vector that is rotated angle radians around the around vec
void	E3DVector3F.rotateEqual(double angle, E3DVector3F aroundVec) Rotate the vector angle radians around the aroundVec
double	E3DVector3F.dotProduct(E3DVector3F otherVec)
double	E3DVector3F.angleBetweenDegrees(E3DVector3F otherVec)
double	E3DVector3F.angleBetweenRads(E3DVector3F otherVec)
E3DVector3F	E3DVector3F.crossProduct(E3DVector3F otherVec)

Constructors in espresso3d.engine.lowlevel with parameters of type E3DVector3F

E3DVector3F(E3DVector3F toCopy)

Uses of E3DVector3F in espresso3d.engine.renderer

Methods in espresso3d.engine.renderer with parameters of type E3DVector3F

static void	E3DGeometryRenderer.renderPoint(E3DPoint point, E3DVector3F atPosition)
static void	E3DGeometryRenderer.renderPointList(java.util.ArrayList pointList, E3DVector3F atPosition)
static void	E3DGeometryRenderer.renderLine(E3DLine line, E3DVector3F atPosition)
static void	E3DGeometryRenderer.renderLineList(java.util.ArrayList lineList, E3DVector3F atPosition)
static void	E3DGeometryRenderer.renderTriangle(E3DTriangle triangle, E3DVector3F atPosition)
static void	E3DGeometryRenderer.renderTriangleList(java.util.ArrayList triangleList, E3DVector3F atPosition) This will render a list of triangles using vertexarrays.

Uses of E3DVector3F in espresso3d.engine.renderer.base

Methods in espresso3d.engine.renderer.base with parameters of type E3DVector3F

abstract void

E3DRenderable.renderAtPosition(E3DVector3F position)

Uses of E3DVector3F in espresso3d.engine.world

Methods in espresso3d.engine.world with parameters of type E3DVector3F

void	E3DWorld.renderAtPosition(E3DVector3F atPosition) &nbs