diff options
| author | Johannes Hofmann <Johannes.Hofmann@gmx.de> | 2026-10-27 08:05:42 +0100 |
|---|---|---|
| committer | Johannes Hofmann <Johannes.Hofmann@gmx.de> | 2026-10-27 08:05:42 +0100 |
| commit | fe929a7c4e3773f217a9eb9104c0f9842388e0e8 (patch) | |
| tree | b1a777efeb5789d39b53a76bddb9a19ad268df87 /tests/harness/build/cyl_funcs.cxx | |
| parent | 6e958e29b3df804ef44f995d7f39b8bac20f5edf (diff) | |
untrack tests/harness/build (compiled golden harness artifacts)
The .gitignore pattern 'harness/build' was anchored to the repo root and
did not match tests/harness/build, so the compiled C++ harness binaries
leaked into the tree and the source tarball. Fix the pattern and untrack
them (they are regenerated by tests/gen_golden.sh).
Diffstat (limited to 'tests/harness/build/cyl_funcs.cxx')
| -rw-r--r-- | tests/harness/build/cyl_funcs.cxx | 10 |
1 files changed, 0 insertions, 10 deletions
diff --git a/tests/harness/build/cyl_funcs.cxx b/tests/harness/build/cyl_funcs.cxx deleted file mode 100644 index 5143ba5..0000000 --- a/tests/harness/build/cyl_funcs.cxx +++ /dev/null @@ -1,10 +0,0 @@ -double cyl_mac_x ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 ; _1 = tan(c_nick) ; _2 = tan(m_nick) ; return (cos(c_tilt)*(m_view-c_view)-(sin(c_tilt)*(_2-_1))/(_1*_2+1))*scale ; } -double cyl_mac_y ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 ; _1 = tan(c_nick) ; _2 = tan(m_nick) ; return ((-sin(c_tilt)*(m_view-c_view))-(cos(c_tilt)*(_2-_1))/(_1*_2+1))*scale ; } -double cyl_mac_x_dc_view ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { return -cos(c_tilt)*scale ; } -double cyl_mac_x_dc_nick ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 , _3 , _4 , _5 ; _1 = pow(sec(c_nick),2) ; _2 = sin(c_tilt) ; _3 = tan(m_nick) ; _4 = tan(c_nick) ; _5 = _4*_3+1 ; return ((_1*_2*_3*(_3-_4))/pow(_5,2)+(_1*_2)/_5)*scale ; } -double cyl_mac_x_dc_tilt ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 ; _1 = tan(c_nick) ; _2 = tan(m_nick) ; return ((-sin(c_tilt)*(m_view-c_view))-(cos(c_tilt)*(_2-_1))/(_1*_2+1))*scale ; } -double cyl_mac_x_dscale ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 ; _1 = tan(c_nick) ; _2 = tan(m_nick) ; return cos(c_tilt)*(m_view-c_view)-(sin(c_tilt)*(_2-_1))/(_1*_2+1) ; } -double cyl_mac_y_dc_view ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { return sin(c_tilt)*scale ; } -double cyl_mac_y_dc_nick ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 , _3 , _4 , _5 ; _1 = pow(sec(c_nick),2) ; _2 = cos(c_tilt) ; _3 = tan(m_nick) ; _4 = tan(c_nick) ; _5 = _4*_3+1 ; return ((_1*_2*_3*(_3-_4))/pow(_5,2)+(_1*_2)/_5)*scale ; } -double cyl_mac_y_dc_tilt ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 ; _1 = tan(c_nick) ; _2 = tan(m_nick) ; return ((sin(c_tilt)*(_2-_1))/(_1*_2+1)-cos(c_tilt)*(m_view-c_view))*scale ; } -double cyl_mac_y_dscale ( double c_view, double c_nick, double c_tilt, double scale, double k0, double k1, double x0, double m_view, double m_nick ) { double _1 , _2 ; _1 = tan(c_nick) ; _2 = tan(m_nick) ; return (-sin(c_tilt)*(m_view-c_view))-(cos(c_tilt)*(_2-_1))/(_1*_2+1) ; } |