List of mult() Examples

Examples of mult()

cern.colt.matrix.linalg.Algebra.mult()
Inner product of two vectors; Sum(x[i] * y[i]). Also known as dot product.
Equivalent to x.zDotProduct(y). @param x the first source vector. @param y the second source matrix. @return the inner product. @throws IllegalArgumentException if x.size() != y.size().
cern.jet.math.Functions.mult()
Constructs a function that returns a * b. a is a variable, b is fixed.
ch.akuhn.matrix.Matrix.mult()
Returns y = Ax.
civquest.map.resource.ResourceSet.mult()
Multiplies all amounts in this ResourceSet with the given factor, and returns the result in a separate ResourceSet. This set will not be altered. @param factor any factor @return a clone of this ResourceSet, with all amounts multiplied by factor
com.barchart.feed.base.values.api.PriceValue.mult()
com.barchart.util.values.api.PriceValue.mult()
com.jme.math.Matrix4f.mult()
com.jme.math.Quaternion.mult()
com.jme.math.Vector3f.mult()
com.jme.renderer.ColorRGBA.mult()
com.jme3.math.Matrix3f.mult()
mult multiplies this matrix by a given matrix. The result matrix is returned as a new object. If the given matrix is null, a null matrix is returned. @param mat the matrix to multiply this matrix by. @return the result matrix.
com.jme3.math.Matrix4f.mult()
com.jme3.math.Quaternion.mult()
mult multiplies this quaternion by a parameter quaternion. The result is returned as a new quaternion. It should be noted that quaternion multiplication is not commutative so q * p != p * q. @param q the quaternion to multiply this quaternion by. @return the new quaternion.
com.jme3.math.Vector2f.mult()
mult multiplies this vector by a scalar. The resultant vector is returned. @param scalar the value to multiply this vector by. @return the new vector.
com.jme3.math.Vector3f.mult()
mult multiplies this vector by a scalar. The resultant vector is returned. @param scalar the value to multiply this vector by. @return the new vector.
com.numb3r3.common.math.Matrix.mult()
Element-wise multiplication. @param other @return
eas.math.geometry.Vector2D.mult()
Multipliziert den Vektor mit einer Konstanten. @param constant Die Konstante.
edu.mit.csail.sdg.alloy4compiler.ast.Expr.mult()
If this is loneOf/oneOf/someOf/exactlyOf expression, return loneOf/oneOf/someOf/exactlyOf, otherwise returns setOf.
fmg.fmg8.umgebung2D.Vektor2D.mult()
Multipliziert den Vektor mit einer Konstanten. @param constant Die Konstante.
no.uib.cipr.matrix.TridiagMatrix.mult()
org.bouncycastle.pqc.math.ntru.polynomial.BigIntPolynomial.mult()
Multiplies the polynomial by another, taking the indices mod N. Does not change this polynomial but returns the result as a new polynomial.
Both polynomials must have the same number of coefficients. @param poly2 the polynomial to multiply by @return a new polynomial
org.bouncycastle.pqc.math.ntru.polynomial.DenseTernaryPolynomial.mult()
org.bouncycastle.pqc.math.ntru.polynomial.IntegerPolynomial.mult()
Multiplies the polynomial with another, taking the values mod modulus and the indices mod N
org.bouncycastle.pqc.math.ntru.polynomial.Polynomial.mult()
Multiplies the polynomial by an IntegerPolynomial, taking the indices mod N. @param poly2 a polynomial @return the product of the two polynomials
org.ejml.simple.SimpleMatrix.mult()
org.gephi.preview.util.Vector.mult()
org.jamesii.core.math.Matrix.mult()
Multiplies this matrix with another one and returns the result. @param m matrix this matrix shall be multiplied with @return product of this matrix times the given matrix m @exception MatrixException This method will throw a MatrixException if the two matrices are not compatible! I. e. matrix mult only works if the matrices are m x n and n x r.
org.jboss.ejb3.core.test.ejbthree1828.FirstStateless.mult()
org.osm2world.core.math.VectorXYZ.mult()
org.osm2world.core.math.VectorXZ.mult()
org.terasology.math.Vector3i.mult()
mult multiplies this vector by a scalar. The resultant vector is returned. @param scalar the value to multiply this vector by.
processing.core.PMatrix3D.mult()
processing.core.PVector.mult()

Examples of com.jme.math.Matrix4f.mult()

  Vector3f pressEye = new Vector3f();
  Vector3f eyeEye = new Vector3f();
  Vector3f thisEye = new Vector3f();
  camInverse.mult(dragWorld, dragEye);
  camInverse.mult(dragStartWorld, dragStartEye);
  camInverse.mult(pressWorld, pressEye);
  // TODO: perf: only really need to recalc eyeEye on camera change
  camInverse.mult(eyeWorld, eyeEye);
  camInverse.mult(thisWorld, thisEye);


  // The displacement vector of this event from the center of the drag plane

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Examples of com.jme.math.Matrix4f.mult()

  Vector3f thisEye = new Vector3f();
  camInverse.mult(dragWorld, dragEye);
  camInverse.mult(dragStartWorld, dragStartEye);
  camInverse.mult(pressWorld, pressEye);
  // TODO: perf: only really need to recalc eyeEye on camera change
  camInverse.mult(eyeWorld, eyeEye);
  camInverse.mult(thisWorld, thisEye);


  // The displacement vector of this event from the center of the drag plane
  Vector3f dragVectorEye = new Vector3f(
            (dragEye.x - pressEye.x) * (dragStartEye.z - eyeEye.z) / (thisEye.z - eyeEye.z),

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Examples of com.jme.math.Matrix4f.mult()

  camInverse.mult(dragWorld, dragEye);
  camInverse.mult(dragStartWorld, dragStartEye);
  camInverse.mult(pressWorld, pressEye);
  // TODO: perf: only really need to recalc eyeEye on camera change
  camInverse.mult(eyeWorld, eyeEye);
  camInverse.mult(thisWorld, thisEye);


  // The displacement vector of this event from the center of the drag plane
  Vector3f dragVectorEye = new Vector3f(
            (dragEye.x - pressEye.x) * (dragStartEye.z - eyeEye.z) / (thisEye.z - eyeEye.z),
      (pressEye.y - dragEye.y) * (dragStartEye.z - eyeEye.z) / (thisEye.z - eyeEye.z),

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Examples of com.jme.math.Quaternion.mult()

            // to the Cell. This will make sure that the direction of rotation
            // comes out properly.
            Quaternion rotation = rootNode.getLocalRotation();
            float angles[] = new float[3];
            rotation.toAngles(angles);
            normal = rotation.mult(normal);
            
            // Compute the signed angle between v1 and v2. We do this with the
            // following formula: angle = atan2(normal dot (v1 cross v2), v1 dot v2)
            float dotProduct = v1.dot(v2);
            Vector3f crossProduct = v1.cross(v2);

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Examples of com.jme.math.Quaternion.mult()

        // any look in the y-axis.
        Quaternion viewRotation = viewTransform.getRotation(null);


        Vector3f v1 = new Vector3f(0, 0, 1);
        Vector3f normal = new Vector3f(0, 1, 0);
        Vector3f v2 = viewRotation.mult(v1);
        v2.normalizeLocal();


        // Compute the signed angle between v1 and v2. We do this with the
        // following formula: angle = atan2(normal dot (v1 cross v2), v1 dot v2)
        float dotProduct = v1.dot(v2);

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Examples of com.jme.math.Vector3f.mult()


            // compute slice vertices with duplication at end point
            for (int iR = 0; iR < radialSamples; iR++) {
                //final float fRadialFraction = iR * fInvRS; // in [0,1)
                final Vector3f kRadial = tempVc.set(afCos[iR], afSin[iR], 0);
                kRadial.mult(fSliceRadius, tempVa);


                kNormal.set(kSliceCenter.x + tempVa.x, kSliceCenter.y + tempVa.y, kSliceCenter.z + tempVa.z);
                kNormal.subtractLocal(center);
                kNormal.normalizeLocal();

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Examples of com.jme.renderer.ColorRGBA.mult()


        MaterialState materialp = display.getRenderer().createMaterialState();
        materialp.setShininess( 128 );
        ColorRGBA color = new ColorRGBA( 0.5f, 0.5f, 0.5f, 0.1f );
        materialp.setDiffuse( color );
        materialp.setAmbient( color.mult( new ColorRGBA( 0.5f, 0.5f, 0.5f, 0.1f ) ) );
        planeXY=new Box("planeXY",new Vector3f(0.05f,0,0.05f),0.1f,0.0001f,0.1f);
        planeXY.setRenderState(materialp);


        MaterialState materialx = display.getRenderer().createMaterialState();
        materialx.setShininess( 128 );

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Examples of com.jme3.math.Matrix3f.mult()


        Vector3f up = cam.getUp();
        Vector3f left = cam.getLeft();
        Vector3f dir = cam.getDirection();


        mat.mult(up, up);
        mat.mult(left, left);
        mat.mult(dir, dir);


        if (firstPersonConstraint && up.getY() < 0) {
            return;

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Examples of com.jme3.math.Matrix4f.mult()

        Vector3f o = vars.vect1.set(r.getOrigin());
        Vector3f d =  vars.vect2.set(r.getDirection());


        Matrix4f inv =vars.tempMat4.set(worldMatrix).invertLocal();


        inv.mult(r.getOrigin(), r.getOrigin());


        // Fixes rotation collision bug
        inv.multNormal(r.getDirection(), r.getDirection());
//        inv.multNormalAcross(r.getDirection(), r.getDirection());

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Examples of com.jme3.math.Quaternion.mult()


      // Velocity
      Vector3f currentVelocity = new Vector3f(vehicleControl.getLinearVelocity());
      Quaternion currentRotation = new Quaternion(vehicleControl.getPhysicsRotation());


      Vector3f targetVelocity = currentRotation.mult(new Vector3f(0f, 0f, targetSpeed));


      float xDiff = currentVelocity.x - targetVelocity.x;
      float zDiff = currentVelocity.z - targetVelocity.z;
      Vector3f diffVector = new Vector3f(xDiff, 0f, zDiff);

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