private static void checkInput( int blockLength , D1Submatrix64F A , D1Submatrix64F B , D1Submatrix64F C ) { int Arow = A.getRows();int Acol = A.getCols(); int Brow = B.getRows();int Bcol = B.getCols(); int Crow = C.getRows();int Ccol = C.getCols(); if( Arow != Crow ) throw new RuntimeException("Mismatch A and C rows"); if( Bcol != Ccol ) throw new RuntimeException("Mismatch B and C columns"); if( Acol != Brow ) throw new RuntimeException("Mismatch A columns and B rows"); if( !BlockMatrixOps.blockAligned(blockLength,A)) throw new RuntimeException("Sub-Matrix A is not block aligned"); if( !BlockMatrixOps.blockAligned(blockLength,B)) throw new RuntimeException("Sub-Matrix B is not block aligned"); if( !BlockMatrixOps.blockAligned(blockLength,C)) throw new RuntimeException("Sub-Matrix C is not block aligned"); }
private static void checkInput( int blockLength , D1Submatrix64F A , D1Submatrix64F B , D1Submatrix64F C ) { int Arow = A.getRows();int Acol = A.getCols(); int Brow = B.getRows();int Bcol = B.getCols(); int Crow = C.getRows();int Ccol = C.getCols(); if( Arow != Crow ) throw new RuntimeException("Mismatch A and C rows"); if( Bcol != Ccol ) throw new RuntimeException("Mismatch B and C columns"); if( Acol != Brow ) throw new RuntimeException("Mismatch A columns and B rows"); if( !BlockMatrixOps.blockAligned(blockLength,A)) throw new RuntimeException("Sub-Matrix A is not block aligned"); if( !BlockMatrixOps.blockAligned(blockLength,B)) throw new RuntimeException("Sub-Matrix B is not block aligned"); if( !BlockMatrixOps.blockAligned(blockLength,C)) throw new RuntimeException("Sub-Matrix C is not block aligned"); }
private static void checkInput( int blockLength , D1Submatrix64F A , D1Submatrix64F B , D1Submatrix64F C ) { int Arow = A.getRows();int Acol = A.getCols(); int Brow = B.getRows();int Bcol = B.getCols(); int Crow = C.getRows();int Ccol = C.getCols(); if( Arow != Crow ) throw new RuntimeException("Mismatch A and C rows"); if( Bcol != Ccol ) throw new RuntimeException("Mismatch B and C columns"); if( Acol != Brow ) throw new RuntimeException("Mismatch A columns and B rows"); if( !BlockMatrixOps.blockAligned(blockLength,A)) throw new RuntimeException("Sub-Matrix A is not block aligned"); if( !BlockMatrixOps.blockAligned(blockLength,B)) throw new RuntimeException("Sub-Matrix B is not block aligned"); if( !BlockMatrixOps.blockAligned(blockLength,C)) throw new RuntimeException("Sub-Matrix C is not block aligned"); }
if( R.getCols() != lengthR ) { throw new IllegalArgumentException("Number of columns in R must be equal to the number of rows in B"); } else if( R.getRows() != lengthR ) { throw new IllegalArgumentException("Number of rows in R must be equal to the number of rows in B");
if( R.getCols() != lengthR ) { throw new IllegalArgumentException("Number of columns in R must be equal to the number of rows in B"); } else if( R.getRows() != lengthR ) { throw new IllegalArgumentException("Number of rows in R must be equal to the number of rows in B");
if( R.getCols() != lengthR ) { throw new IllegalArgumentException("Number of columns in R must be equal to the number of rows in B"); } else if( R.getRows() != lengthR ) { throw new IllegalArgumentException("Number of rows in R must be equal to the number of rows in B");