public static void jacobianPrint(
FunctionNtoM func,
FunctionNtoMxN jacobian,
double param[],
double tol,
double differenceScale) {
NumericalJacobianForward numerical = new NumericalJacobianForward(func, differenceScale);
DenseMatrix64F found = new DenseMatrix64F(func.getNumOfOutputsM(), func.getNumOfInputsN());
DenseMatrix64F expected = new DenseMatrix64F(func.getNumOfOutputsM(), func.getNumOfInputsN());
jacobian.process(param, found.data);
numerical.process(param, expected.data);
System.out.println("FOUND:");
found.print();
System.out.println("-----------------------------");
System.out.println("Numerical");
expected.print();
System.out.println("-----------------------------");
System.out.println("Large Differences");
for (int y = 0; y < found.numRows; y++) {
for (int x = 0; x < found.numCols; x++) {
double diff = Math.abs(found.get(y, x) - expected.get(y, x));
if (diff > tol) {
// double e = expected.get(y,x);
// double f = found.get(y,x);
System.out.print("1");
} else System.out.print("0");
}
System.out.println();
}
}
/**
* Multiplies the two sub-matrices together. Checks to see if the same result is found when
* multiplied using the normal algorithm versus the submatrix one.
*/
private static void checkMult_submatrix(
Method func,
int operationType,
boolean transA,
boolean transB,
D1Submatrix64F A,
D1Submatrix64F B) {
if (A.col0 % BLOCK_LENGTH != 0 || A.row0 % BLOCK_LENGTH != 0)
throw new IllegalArgumentException("Submatrix A is not block aligned");
if (B.col0 % BLOCK_LENGTH != 0 || B.row0 % BLOCK_LENGTH != 0)
throw new IllegalArgumentException("Submatrix B is not block aligned");
BlockMatrix64F origA = BlockMatrixOps.createRandom(numRows, numCols, -1, 1, rand, BLOCK_LENGTH);
BlockMatrix64F origB = BlockMatrixOps.createRandom(numCols, numRows, -1, 1, rand, BLOCK_LENGTH);
A.original = origA;
B.original = origB;
int w = B.col1 - B.col0;
int h = A.row1 - A.row0;
// offset it to make the test harder
// randomize to see if its set or adding
BlockMatrix64F subC =
BlockMatrixOps.createRandom(BLOCK_LENGTH + h, BLOCK_LENGTH + w, -1, 1, rand, BLOCK_LENGTH);
D1Submatrix64F C =
new D1Submatrix64F(subC, BLOCK_LENGTH, subC.numRows, BLOCK_LENGTH, subC.numCols);
DenseMatrix64F rmC = multByExtract(operationType, A, B, C);
if (transA) {
origA = BlockMatrixOps.transpose(origA, null);
transposeSub(A);
A.original = origA;
}
if (transB) {
origB = BlockMatrixOps.transpose(origB, null);
transposeSub(B);
B.original = origB;
}
try {
func.invoke(null, BLOCK_LENGTH, A, B, C);
} catch (IllegalAccessException e) {
throw new RuntimeException(e);
} catch (InvocationTargetException e) {
throw new RuntimeException(e);
}
for (int i = C.row0; i < C.row1; i++) {
for (int j = C.col0; j < C.col1; j++) {
// System.out.println(i+" "+j);
double diff = Math.abs(subC.get(i, j) - rmC.get(i - C.row0, j - C.col0));
// System.out.println(subC.get(i,j)+" "+rmC.get(i-C.row0,j-C.col0));
if (diff >= 1e-12) {
subC.print();
rmC.print();
System.out.println(func.getName());
System.out.println("transA " + transA);
System.out.println("transB " + transB);
System.out.println("type " + operationType);
fail("Error too large");
}
}
}
}