private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
private int[] findDiagonalIndexes(int m, int[] colind, int[] rowptr) { int[] diagind = new int[m]; for (int k = 0; k < m; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal entry on row " + (k + 1)); } return diagind; }
public void setMatrix(FloatMatrix2D A) { F.assign(A); int n = F.rows(); int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }
public void setMatrix(DoubleMatrix2D A) { F.assign(A); int n = F.rows(); int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }
public void setMatrix(DoubleMatrix2D A) { F.assign(A); int n = F.rows(); int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }
public void setMatrix(FloatMatrix2D A) { F.assign(A); int n = F.rows(); int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }
/** * Finds the diagonal indexes of the matrix */ private int[] findDiagonalindexes(SparseRCDoubleMatrix2D A) { int[] rowptr = A.getRowPointers(); int[] colind = A.getColumnIndexes(); int[] diagind = new int[A.rows()]; for (int i = 0; i < A.rows(); ++i) { diagind[i] = cern.colt.Sorting.binarySearchFromTo(colind, i, rowptr[i], rowptr[i + 1]); if (diagind[i] < 0) throw new RuntimeException("Matrix is missing a diagonal entry on row " + (i + 1)); } return diagind; }
/** * Finds the diagonal indexes of the matrix */ private int[] findDiagonalindexes(SparseRCFloatMatrix2D A) { int[] rowptr = A.getRowPointers(); int[] colind = A.getColumnIndexes(); int[] diagind = new int[A.rows()]; for (int i = 0; i < A.rows(); ++i) { diagind[i] = cern.colt.Sorting.binarySearchFromTo(colind, i, rowptr[i], rowptr[i + 1]); if (diagind[i] < 0) throw new RuntimeException("Matrix is missing a diagonal entry on row " + (i + 1)); } return diagind; }
/** * Finds the diagonal indexes of the matrix */ private int[] findDiagonalindexes(SparseRCDoubleMatrix2D A) { int[] rowptr = A.getRowPointers(); int[] colind = A.getColumnIndexes(); int[] diagind = new int[A.rows()]; for (int i = 0; i < A.rows(); ++i) { diagind[i] = cern.colt.Sorting.binarySearchFromTo(colind, i, rowptr[i], rowptr[i + 1]); if (diagind[i] < 0) throw new RuntimeException("Matrix is missing a diagonal entry on row " + (i + 1)); } return diagind; }
/** * Finds the diagonal indexes of the matrix */ private int[] findDiagonalindexes(SparseRCFloatMatrix2D A) { int[] rowptr = A.getRowPointers(); int[] colind = A.getColumnIndexes(); int[] diagind = new int[A.rows()]; for (int i = 0; i < A.rows(); ++i) { diagind[i] = cern.colt.Sorting.binarySearchFromTo(colind, i, rowptr[i], rowptr[i + 1]); if (diagind[i] < 0) throw new RuntimeException("Matrix is missing a diagonal entry on row " + (i + 1)); } return diagind; }
public void setMatrix(FloatMatrix2D A) { if (A.rows() != n) { throw new IllegalArgumentException("A.rows() != n"); } F = new SparseRCFloatMatrix2D(n, n); F.assign(A); if (!F.hasColumnIndexesSorted()) { F.sortColumnIndexes(); } int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }
public void setMatrix(DoubleMatrix2D A) { if (A.rows() != n) { throw new IllegalArgumentException("A.rows() != n"); } F = new SparseRCDoubleMatrix2D(n, n); F.assign(A); if (!F.hasColumnIndexesSorted()) { F.sortColumnIndexes(); } int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }
public void setMatrix(FloatMatrix2D A) { if (A.rows() != n) { throw new IllegalArgumentException("A.rows() != n"); } F = new SparseRCFloatMatrix2D(n, n); F.assign(A); if (!F.hasColumnIndexesSorted()) { F.sortColumnIndexes(); } int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }
public void setMatrix(DoubleMatrix2D A) { if (A.rows() != n) { throw new IllegalArgumentException("A.rows() != n"); } F = new SparseRCDoubleMatrix2D(n, n); F.assign(A); if (!F.hasColumnIndexesSorted()) { F.sortColumnIndexes(); } int[] rowptr = F.getRowPointers(); int[] colind = F.getColumnIndexes(); // Find the indexes to the diagonal entries for (int k = 0; k < n; ++k) { diagind[k] = cern.colt.Sorting.binarySearchFromTo(colind, k, rowptr[k], rowptr[k + 1] - 1); if (diagind[k] < 0) throw new RuntimeException("Missing diagonal on row " + (k + 1)); } }