mxlib
c++ tools for analyzing astronomical data and other tasks by Jared R. Males. [git repo]
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blackbody_test.cpp
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1/** \file blackbody_test.cpp
2 * \brief Placeholder tests for blackbody spectra.
3 */
4#include "../../catch2/catch.hpp"
5
6#include "../../../include/astro/blackbody.hpp"
7
8/** \cond
9 * Explicit instantiation compile-checks the representative double-precision SI blackbody and emits its
10 * header-defined methods for coverage accounting in this test translation unit.
11 */
13/** \endcond */
14
15/** \defgroup blackbody_unit_tests blackbody Unit Tests
16 * \ingroup astro_unit_tests
17 */
18
19namespace unitTest::placeholder::astro_blackbody_test
20{
21
22/** \brief Verifies that the mx::astro::blackbody API is represented in the unit-test target.
23 *
24 * \ingroup blackbody_unit_tests
25 * \todo Add behavioral assertions for mx::astro::blackbody.
26 */
27TEST_CASE( "blackbody API has a test placeholder", "[astro::blackbody][placeholder]" )
28{
29 SUCCEED( "blackbody behavioral assertions are pending." );
30}
31
32} // namespace unitTest::placeholder::astro_blackbody_test
TEST_CASE("blackbody API has a test placeholder", "[astro::blackbody][placeholder]")
Verifies that the mx::astro::blackbody API is represented in the unit-test target.
The blackbody spectral energy distribution in the mx::astro::astroSpectrum form.
Definition blackbody.hpp:38