@Override public void visit(Multiplication node) { handleBinary(node.getLeft(), node.getRight()); }
@Override public void visit(Multiplication node) { node.getLeft().accept(this); node.getRight().accept(this); }
@Override public void visit(Multiplication node) { node.getLeft().accept(this); double leftValue = resultValue; node.getRight().accept(this); resultValue = leftValue*resultValue; }
@Override public void visit(Multiplication node) { node.getLeft().accept(this); node.getRight().accept(this); }
@Override public void visit(Multiplication node) { // just do nothing, because only MulitvectorComponent is important node.getLeft().accept(this); node.getRight().accept(this); }
/** * Converts this multiplication to a human readable string representation. * * @return The string "<code>left * right</code>" where left and right have both been converted to * strings using their toString methods. */ public String toString() { return bracketComposite(getLeft()) + " * " + bracketComposite(getRight()); }
@Override public void visit(Multiplication node) { node.getLeft().accept(this); Double left = result; node.getRight().accept(this); result = left * result; }
@Override public void visit(Multiplication multiplication) { if (multiplication.getLeft().equals(HALF)) { ONE_HALF.accept(this); multiplication.getRight().accept(this); } else if (multiplication.getRight().equals(HALF)) { ONE_HALF.accept(this); multiplication.getLeft().accept(this); } else if (multiplication.getLeft().equals(MINUS_HALF)) { MINUS_ONE_HALF.accept(this); multiplication.getRight().accept(this); } else if (multiplication.getRight().equals(MINUS_HALF)) { MINUS_ONE_HALF.accept(this); multiplication.getLeft().accept(this); } else { addBinaryInfix(multiplication, "*"); } }
@Override public void visit(Multiplication node) { node.getLeft().accept(this); RealInterval left = result; node.getRight().accept(this); result = IAMath.mul(left,result); }
@Override//dfg public void visit(Multiplication node) { node.getLeft().accept(this); Expression lhs =nx; node.getRight().accept(this); Expression rhs =nx; nx = new Multiplication(lhs, rhs); }
@Override public void visit(Multiplication node) { result = null; node.getLeft().accept(this); Expression leftResult = result; node.getRight().accept(this); Expression rightResult = result; if (leftResult != null || rightResult != null) result = new Multiplication(leftResult, rightResult); }
@Override public Expression copy() { return new Multiplication(getLeft().copy(), getRight().copy()); }
@Override public void visit(Multiplication node) { System.out.println("MyMultVisit"); if (isPowerOf2(node.getLeft())) { int toshift = Integer.numberOfTrailingZeros((int) ((FloatConstant) node.getLeft()).getValue()); node.getRight().accept(this); Operation rhs = toappend; node.getLeft().accept(this); Operation lhs = toappend; ConstantShift cs = new ConstantShift(toshift, ShiftMode.Left);
@Override public void visit(Multiplication node) { if (opstor.OperationShouldBeReplaced(node)) { nx = new Variable(opstor.getReplacementID(node)); System.out.println("Replacer: Node in Set: ( " + node.toString() + " ) ---> Replacing with " + opstor.getReplacementID(node)); } else { node.getLeft().accept(this); Expression lhs = nx; node.getRight().accept(this); Expression rhs = nx; nx = new Multiplication(lhs, rhs); } } @Override
@Override public void visit(Multiplication node) { node.getLeft().accept(this); Expression dLeft = result; node.getRight().accept(this); Expression dRight = result; if (dLeft == zero) { if (dRight == zero) { result = zero; } else { result = new Multiplication(node.getLeft().copy(), dRight); } } else { //dLeft != zero !! if (dRight == zero) { result = new Multiplication(dLeft, node.getRight().copy()); } else { result = new Addition( new Multiplication(dLeft, node.getRight().copy()), new Multiplication(node.getLeft().copy(), dRight) ); } } }
@Override public void visit(Multiplication node) { node.getLeft().accept(this); Expression left = resultExpr; node.getRight().accept(this);
@Override public void visit(Multiplication node) { node.getLeft().accept(this); Expression left = resultExpr; node.getRight().accept(this);