Uses of Class
espresso3d.engine.lowlevel.vector.E3DVector3F

Packages that use E3DVector3F

espresso3d.engine.collision
espresso3d.engine.collision.base
espresso3d.engine.collision.bounding
espresso3d.engine.collision.detectors
espresso3d.engine.logo.particlesystems
espresso3d.engine.logo.particlesystems.particles
espresso3d.engine.lowlevel.geometry
espresso3d.engine.lowlevel.matrix
espresso3d.engine.lowlevel.vector
espresso3d.engine.sound
espresso3d.engine.viewport
espresso3d.engine.viewport.frustum
espresso3d.engine.viewport.image
espresso3d.engine.viewport.text
espresso3d.engine.world.sector.actor
espresso3d.engine.world.sector.actor.skeleton
espresso3d.engine.world.sector.actor.skeleton.animation
espresso3d.engine.world.sector.base
espresso3d.engine.world.sector.light
espresso3d.engine.world.sector.particle
espresso3d.engine.world.sector.portal
espresso3d.engine.world.sky

Uses of E3DVector3F in espresso3d.engine.collision

Methods in espresso3d.engine.collision that return E3DVector3F

E3DVector3F	E3DCollision.getIntersectionPt()
E3DVector3F	E3DCollision.getColliderCollisionNormal() Get the normal at the point of collision if available
E3DVector3F	E3DCollision.getCollideeCollisionNormal() This is only applicable for new collision detectors.

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

E3DCollision	E3DCollisionHandler.checkCollision(int collisionTypeSource, int collisionTypeDest, boolean notifyAllObjectsCollided, E3DCollisionDetectableObject sourceObject, E3DVector3F sourceStartPos, E3DVector3F sourceEndPos)
E3DSector	E3DCollisionHandler.checkForPortalCollisionsAndGetSectorChange(E3DVector3F startPos, E3DVector3F endPos, E3DSector sector) This method is used mainly by the engine to see when it translates objects, if they collide with a portal.
static E3DCollision	E3DCollisionHandler.getClosestCollisionToPoint(E3DVector3F point, java.util.ArrayList collisions) Takes a list of E3DCollision object's and returns which collision was closest to the point
static E3DCollision	E3DCollisionHandler.getFurthestCollisionFromPoint(E3DVector3F point, java.util.ArrayList collisions)
void	E3DCollision.setIntersectionPt(E3DVector3F intersectionPt)
void	E3DCollision.setColliderCollisionNormal(E3DVector3F colliderCollisionNormal) Set the normal at the point of the collision
void	E3DCollision.setCollideeCollisionNormal(E3DVector3F collideeCollisionNormal) 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.checkForCollisionWithBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F sourceStartPosInDestCoords, E3DVector3F sourceEndPosInDestCoords, E3DBoundingObject boundingObject) Interface to check the collision between sourceObject and triangle.
E3DCollision	E3DCollisionDetector.checkForCollisionWithTriangle(E3DCollisionDetectableObject sourceObject, E3DVector3F sourceStartPosInDestCoords, E3DVector3F sourceEndPosInDestCoords, E3DTriangle worldTriangle)

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

E3DCollision	E3DBoundingSphere.checkLineIntersectionCollision(E3DVector3F startPos, E3DVector3F endPos)
E3DCollision	E3DBoundingObject.checkLineIntersectionCollision(E3DVector3F startPos, E3DVector3F endPos)
E3DCollision	E3DBoundingBox.checkLineIntersectionCollision(E3DVector3F startPos, E3DVector3F endPos)
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	E3DCollisionDetectorTriangles.checkForCollisionWithTriangle(E3DCollisionDetectableObject sourceObject, E3DVector3F sourceStartPos, E3DVector3F sourceEndPos, E3DTriangle triangle)
E3DCollision	E3DCollisionDetectorTriangles.checkForCollisionWithBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F sourceStartPos, E3DVector3F sourceEndPos, E3DBoundingObject boundingObject)
E3DCollision	E3DCollisionDetectorTriangles.checkCollisionDetectableObjectTrisVsTri(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle)
E3DCollision	E3DCollisionDetectorTriangles.checkTrisVsBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DBoundingObject destBoundingObject)
E3DCollision	E3DCollisionDetectorSegment.checkForCollisionWithBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DBoundingObject boundingObject)
E3DCollision	E3DCollisionDetectorSegment.checkForCollisionWithTriangle(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle)
E3DCollision	E3DCollisionDetectorBoundingSphere.checkForCollisionWithTriangle(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle)
E3DCollision	E3DCollisionDetectorBoundingSphere.checkForCollisionWithBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DBoundingObject boundingObject)
E3DCollision	E3DCollisionDetectorBoundingSphere.checkFastSphereVsTriangle(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle)
E3DCollision	E3DCollisionDetectorBoundingSphere.checkSphereVsBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DBoundingObject boundingObject)
E3DCollision	E3DCollisionDetectorBoundingBox.checkForCollisionWithTriangle(E3DCollisionDetectableObject sourceObject, E3DVector3F sourceStartPos, E3DVector3F sourceEndPos, E3DTriangle triangle)
E3DCollision	E3DCollisionDetectorBoundingBox.checkForCollisionWithBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F sourceStartPos, E3DVector3F sourceEndPos, E3DBoundingObject boundingObject)
E3DCollision	E3DCollisionDetectorBoundingBox.checkBoxVsTriangle(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle triangle)
E3DCollision	E3DCollisionDetectorBoundingBox.checkBoxVsBoundingObject(E3DCollisionDetectableObject sourceObject, E3DVector3F startPos, E3DVector3F endPos, E3DBoundingObject boundingObject)

Uses of E3DVector3F in espresso3d.engine.logo.particlesystems

Constructors in espresso3d.engine.logo.particlesystems with parameters of type E3DVector3F

RedPlasmaParticleFountain(E3DEngine engine, E3DSector sector, E3DVector3F gravityDirection, double gravityStrength)

BluePlasmaParticleFountain(E3DEngine engine, E3DSector sector, E3DVector3F gravityDirection, double gravityStrength)

Uses of E3DVector3F in espresso3d.engine.logo.particlesystems.particles

Constructors in espresso3d.engine.logo.particlesystems.particles with parameters of type E3DVector3F

RedPlasmaParticle(E3DEngine engine, E3DVector3F startPosition, E3DVector3F startMovementDirection, double velocity, double life, double startDelay, double size, boolean createLight)

BluePlasmaParticle(E3DEngine engine, E3DVector3F startPosition, E3DVector3F startMovementDirection, double velocity, double life, double startDelay, double size, boolean createLight)

Uses of E3DVector3F in espresso3d.engine.lowlevel.geometry

Methods in espresso3d.engine.lowlevel.geometry that return E3DVector3F

E3DVector3F	E3DVertex.getVertexPos()
E3DVector3F	E3DVertex.getVertexColor()
E3DVector3F	E3DTriangle.getVertexPos(int index)
E3DVector3F	E3DTriangle.getVertexPosA() Get the position of the 1st vertex of the triangle
E3DVector3F	E3DTriangle.getVertexPosB() Get the position of the 2nd vertex of the triangle
E3DVector3F	E3DTriangle.getVertexPosC() Get the position of the 3rd vertex of the triangle
E3DVector3F	E3DTriangle.getVertexColorA() Get the color of the first vertex
E3DVector3F	E3DTriangle.getVertexColorB() Get the color of the second vertex
E3DVector3F	E3DTriangle.getVertexColorC() Get the color of the third vertex
E3DVector3F[]	E3DTriangle.getVertexColor() Get an array of colors for each of the triangles vertices
E3DVector3F	E3DTriangle.getCentroid()
E3DVector3F	E3DTriangle.getNormal()
E3DVector3F	E3DTriangle.getPlaneIntersectionPoint(E3DVector3F startPos, E3DVector3F endPos) Gets the intersection point of the line segment formed between startPos and endPos and the triangle if it intersects
E3DVector3F	E3DTriangle.checkSegmentCollision(E3DVector3F startPos, E3DVector3F endPos) Checks for full fledged collision between the line segment formed between startPos and endPos and the triangle and returns the intersection point (or null if no collision occurs)
static E3DVector3F	E3DTriangle.checkTriangleCollision(E3DTriangle colliderTriangle, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle collideeTriangle) Checks for a collision between this and another triangle by checking to see if any of vertices when moved along a line segment of length endPos - startPos collide with the collideeTriangle.
E3DVector3F	E3DQuad.getVertexPos(int index)
E3DVector3F	E3DQuad.getVertexPosA() Get the position of the first vertex of the quad
E3DVector3F	E3DQuad.getVertexPosB() Get the position of the second vertex of the quad
E3DVector3F	E3DQuad.getVertexPosC() Get the position of the third vertex of the quad
E3DVector3F	E3DQuad.getVertexPosD() Get the position of the fourth vertex of the quad
E3DVector3F[]	E3DQuad.getVertexColor() Get the color of the vertices.
E3DVector3F	E3DQuad.getVertexColorA() Get the color of the first vertex of the quad
E3DVector3F	E3DQuad.getVertexColorB() Get the color of the second vertex of the quad
E3DVector3F	E3DQuad.getVertexColorC() Get the color of the third vertex of the quad
E3DVector3F	E3DQuad.getVertexColorD() Get the color of the fourth vertex of the quad
E3DVector3F	E3DQuad.getNormal()
E3DVector3F	E3DQuad.getPlaneIntersectionPoint(E3DVector3F startPos, E3DVector3F endPos) Gets the intersection point of the line segment formed between startPos and endPos and the triangle if it intersects
E3DVector3F	E3DQuad.checkSegmentCollision(E3DVector3F startPos, E3DVector3F endPos) Checks for full fledged collision between the line segment formed between startPos and endPos and the triangle and returns the intersection point (or null if no collision occurs)
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.lowlevel.geometry with parameters of type E3DVector3F

void	E3DVertex.setVertexPos(E3DVector3F vertexPos)
void	E3DVertex.setVertexColor(E3DVector3F vertexColor)
void	E3DTriangle.setVertexPosA(E3DVector3F vertexPos) Set the position of the 1st vertex of the triangle
void	E3DTriangle.setVertexPosB(E3DVector3F vertexPos) Set the position of the 2nd vertex of the triangle
void	E3DTriangle.setVertexPosC(E3DVector3F vertexPos) Set the position of the 2nd vertex of the triangle
void	E3DTriangle.setVertexColorA(E3DVector3F vertexColor) Set the color of the first vertex
void	E3DTriangle.setVertexColorB(E3DVector3F vertexColor) Set the color of the second vertex
void	E3DTriangle.setVertexColorC(E3DVector3F vertexColor) Set the color of the third vertex
void	E3DTriangle.setVertexPos(E3DVector3F vertexPosA, E3DVector3F vertexPosB, E3DVector3F vertexPosC) Set the vertices
void	E3DTriangle.setVertexColor(E3DVector3F[] vertexColor) Set the colors of each vertex of a triangle
void	E3DTriangle.setVertexColor(E3DVector3F vertexColorA, E3DVector3F vertexColorB, E3DVector3F vertexColorC) Set the colors of each vertex of the triangle
boolean	E3DTriangle.isPointInTriangle(E3DVector3F point) This checks if a point is in a triangle by seeing if the interior angles add up to 360Deg.
void	E3DTriangle.setNormal(E3DVector3F normal)
void	E3DTriangle.translate(E3DVector3F translationAmt) Translate the triangle vertices
void	E3DTriangle.rotate(double angle, E3DVector3F upVec, E3DVector3F translatedAmt) Rotate the triangle around aroundVec.
double	E3DTriangle.getDistanceToPoint(E3DVector3F point)
boolean	E3DTriangle.doesSegmentCrossPlane(E3DVector3F startPos, E3DVector3F endPos)
E3DVector3F	E3DTriangle.getPlaneIntersectionPoint(E3DVector3F startPos, E3DVector3F endPos) Gets the intersection point of the line segment formed between startPos and endPos and the triangle if it intersects
E3DVector3F	E3DTriangle.checkSegmentCollision(E3DVector3F startPos, E3DVector3F endPos) Checks for full fledged collision between the line segment formed between startPos and endPos and the triangle and returns the intersection point (or null if no collision occurs)
static E3DVector3F	E3DTriangle.checkTriangleCollision(E3DTriangle colliderTriangle, E3DVector3F startPos, E3DVector3F endPos, E3DTriangle collideeTriangle) Checks for a collision between this and another triangle by checking to see if any of vertices when moved along a line segment of length endPos - startPos collide with the collideeTriangle.
void	E3DQuad.setVertexPosA(E3DVector3F vertexPos) Set the position of the first vertex of the quad
void	E3DQuad.setVertexPosB(E3DVector3F vertexPos) Set the position of the second vertex of the quad
void	E3DQuad.setVertexPosC(E3DVector3F vertexPos) Set the position of the third vertex of the quad
void	E3DQuad.setVertexPosD(E3DVector3F vertexPos) Set the position of the fourth vertex of the quad
void	E3DQuad.setVertexPos(E3DVector3F vertexPosA, E3DVector3F vertexPosB, E3DVector3F vertexPosC, E3DVector3F vertexPosD) Set the positions of all the vertices
void	E3DQuad.setVertexPos(E3DVector3F[] vertexPos) Set the positiosn of all the vertices
void	E3DQuad.setVertexColor(E3DVector3F[] vertexColor) Set the color of the vertices of the quad
void	E3DQuad.setVertexColor(E3DVector3F vertexColorA, E3DVector3F vertexColorB, E3DVector3F vertexColorC, E3DVector3F vertexColorD) Set the color of the vertices of the quad
void	E3DQuad.translate(E3DVector3F translationAmt) Translate the quad vertices
void	E3DQuad.rotate(double angle, E3DVector3F upVec, E3DVector3F translatedAmt) Rotate the quad around aroundVec.
boolean	E3DQuad.isPointInQuad(E3DVector3F point) This checks if a point is in a triangle by seeing if the interior angles add up to 360Deg.
double	E3DQuad.getDistanceToPoint(E3DVector3F point)
boolean	E3DQuad.doesSegmentCrossPlane(E3DVector3F startPos, E3DVector3F endPos)
E3DVector3F	E3DQuad.getPlaneIntersectionPoint(E3DVector3F startPos, E3DVector3F endPos) Gets the intersection point of the line segment formed between startPos and endPos and the triangle if it intersects
E3DVector3F	E3DQuad.checkSegmentCollision(E3DVector3F startPos, E3DVector3F endPos) Checks for full fledged collision between the line segment formed between startPos and endPos and the triangle and returns the intersection point (or null if no collision occurs)
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) Return the distance the line is from a point

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

E3DVertex(E3DEngine engine, E3DVector3F vertexPos, E3DVector3F vertexColor)

E3DTriangle(E3DEngine engine, E3DVector3F vertexPosA, E3DVector3F vertexPosB, E3DVector3F vertexPosC)
A triangle that doesn't care about texture coords/textures.

E3DTriangle(E3DEngine engine, E3DVector3F vertexPosA, E3DVector3F vertexPosB, E3DVector3F vertexPosC, E3DVector2F texCoordA, E3DVector2F texCoordB, E3DVector2F texCoordC, java.lang.String textureName)

E3DTriangle(E3DEngine engine, E3DVector3F vertexPosA, E3DVector3F vertexPosB, E3DVector3F vertexPosC, E3DVector2F texCoordA, E3DVector2F texCoordB, E3DVector2F texCoordC, java.lang.String textureName, E3DVector2F detail0TexCoordA, E3DVector2F detail0TexCoordB, E3DVector2F detail0TexCoordC, java.lang.String detail0TextureName)

E3DTriangle(E3DEngine engine, E3DVector3F vertexPosA, E3DVector3F vertexPosB, E3DVector3F vertexPosC, E3DVector2F texCoordA, E3DVector2F texCoordB, E3DVector2F texCoordC, java.lang.String textureName, E3DVector2F detail0TexCoordA, E3DVector2F detail0TexCoordB, E3DVector2F detail0TexCoordC, java.lang.String detail0TextureName, E3DVector2F detail1TexCoordA, E3DVector2F detail1TexCoordB, E3DVector2F detail1TexCoordC, java.lang.String detail1TextureName)

E3DTexturedVertex(E3DEngine engine, E3DVector3F vertexPos, E3DVector3F vertexColor, E3DVector2F textureCoord)

E3DTexturedVertex(E3DEngine engine, E3DVector3F vertexPos, E3DVector3F vertexColor, E3DVector2F textureCoord, E3DVector2F textureCoordDetail0)

E3DText