// Divide this matrix by a PhasorMatrix [equivalence of /=]
public void overEquals(PhasorMatrix bmat) {
if ((this.nrow != bmat.nrow) || (this.ncol != bmat.ncol)) {
throw new IllegalArgumentException("Array dimensions do not agree");
}
PhasorMatrix cmat = new PhasorMatrix(bmat);
this.timesEquals(cmat.inverse());
}
// Divide this matrix by a Phasor 2-D array.
public PhasorMatrix over(Phasor[][] bmat) {
int nr = bmat.length;
int nc = bmat[0].length;
if ((this.nrow != nr) || (this.ncol != nc)) {
throw new IllegalArgumentException("Array dimensions do not agree");
}
PhasorMatrix cmat = new PhasorMatrix(bmat);
return this.times(cmat.inverse());
}
// DIVISION
// Divide this PhasorMatrix by a PhasorMatrix.
public PhasorMatrix over(PhasorMatrix bmat) {
if ((this.nrow != bmat.nrow) || (this.ncol != bmat.ncol)) {
throw new IllegalArgumentException("Array dimensions do not agree");
}
return this.times(bmat.inverse());
}