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| def | bin.closest_hc.read_pts (modname, n=3, vtx=False) |
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| def | bin.closest_hc.read_data (fname, n=1, order=None) |
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| def | bin.closest_hc.output_list (listing, filename, ext, out_num=False) |
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| def | bin.closest_hc.branch_limits (branch, tol) |
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| def | bin.closest_hc.split_mesh (bivent, branch, scale, RL, nsearch=4) |
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| def | bin.closest_hc.search_cartesian (haystack, targets, n) |
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| def | bin.closest_hc.search_hcoords (lv, rv, targets, n, coord, limit, nsearch=4) |
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| def | bin.closest_hc.scale_pts (pts, scale) |
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| def | bin.closest_hc.average_angles (heart, idx, weight, p, branch) |
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| def | bin.closest_hc.correct_ang (p, branch) |
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| def | bin.closest_hc.gauss (x, var) |
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| def | bin.closest_hc.weights (dist, var) |
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| def | bin.closest_hc.average (A, idx, w) |
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| def | bin.closest_hc.dual_base (F, pull) |
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| def | bin.closest_hc.orthonormal_basis (F) |
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| def | bin.closest_hc.project (F, data, pull) |
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| def | bin.closest_hc.output_orthonormalbases (F, out) |
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| def | bin.closest_hc.interpolate_vector (data, Fs, indx, dist, n, pull, var=None) |
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| def | bin.closest_hc.interpolate_point (vec, indx, dist, n, branch, var=None) |
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| def | bin.closest_hc.push_pull (d, F, pull=False) |
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| def | bin.closest_hc.interpolate_gradient (data, Fs, indx, dist, n, pull, var=None) |
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| def | bin.closest_hc.interpolate_scalar (data, indx, dist, n, angle, var=None) |
| |
| def | bin.closest_hc.make_one_sided (hpts, idx, d, sindx, sval) |
| |
| def | bin.closest_hc.check_inputs (opts) |
| |
