Searched refs:dr_dt (Results 1 – 3 of 3) sorted by relevance
| /dports/math/adept/adept-2.0.8/test/ |
| H A D | test_radiances.cpp | 31 std::vector<Real> dr_dt(2*n); in simulate_radiances_wrapper() local
34 simulate_radiances(n, st, &t[0], &r[0], dr_dst, &dr_dt[0]); in simulate_radiances_wrapper()
54 radiance[i].append_derivative_dependence(temperature, &dr_dt[i], n, 2); in simulate_radiances_wrapper()
62 std::cout << " " << dr_dt[i+j*2]; in simulate_radiances_wrapper()
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| H A D | test_radiances_array.cpp | 37 Vector dr_dt(2*n); in simulate_radiances_wrapper() local
40 simulate_radiances(n, st, &t[0], &r[0], dr_dst, &dr_dt[0]); in simulate_radiances_wrapper()
61 radiance[i].append_derivative_dependence(temperature(j), dr_dt(i+j*2)); in simulate_radiances_wrapper()
70 std::cout << " " << dr_dt[i+j*2]; in simulate_radiances_wrapper()
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| /dports/math/adept/adept-2.0.8/doc/ |
| H A D | adept_documentation.tex | 1339 std::vector<double> dr_dt(2*n);
1342 simulate_radiances(n, st, &t[0], &r[0], dr_dst, &dr_dt[0]);
1355 // argument "2" says to take only every second element of the Jacobian dr_dt, since the
1359 radiance[i].append_derivative_dependence(temperature, &dr_dt[i], n, 2);
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