static void wrap()
{
bp::class_< MultipleImageHelper > pyMultipleImageHelper(
"MultipleImageHelper", bp::init<const MultipleImageHelper &>()
);
wrapTemplates_Multi<float>(pyMultipleImageHelper);
wrapTemplates_Multi<double>(pyMultipleImageHelper);
wrapTemplates_Multi<int32_t>(pyMultipleImageHelper);
wrapTemplates_Multi<int16_t>(pyMultipleImageHelper);
bp::class_< SBInterpolatedImage, bp::bases<SBProfile> > pySBInterpolatedImage(
"SBInterpolatedImage", bp::init<const SBInterpolatedImage &>()
);
pySBInterpolatedImage
.def(bp::init<const MultipleImageHelper&, const std::vector<double>&,
boost::shared_ptr<InterpolantXY>,
boost::shared_ptr<InterpolantXY>,
boost::shared_ptr<GSParams> >(
(bp::args("multi","weights"),
bp::arg("xInterp"),
bp::arg("kInterp"),
bp::arg("gsparams")=bp::object())
)
)
.def("calculateStepK", &SBInterpolatedImage::calculateStepK,
bp::arg("max_stepk")=0.)
.def("calculateMaxK", &SBInterpolatedImage::calculateMaxK,
bp::arg("max_maxk")=0.)
;
wrapTemplates<float>(pySBInterpolatedImage);
wrapTemplates<double>(pySBInterpolatedImage);
wrapTemplates<int32_t>(pySBInterpolatedImage);
wrapTemplates<int16_t>(pySBInterpolatedImage);
}
void pyExportSBInterpolatedImage(PY_MODULE& _galsim)
{
py::class_<SBInterpolatedImage, BP_BASES(SBProfile)> pySBInterpolatedImage(
GALSIM_COMMA "SBInterpolatedImage" BP_NOINIT);
pySBInterpolatedImage
.def("calculateMaxK", &SBInterpolatedImage::calculateMaxK);
WrapTemplates<float>(_galsim, pySBInterpolatedImage);
WrapTemplates<double>(_galsim, pySBInterpolatedImage);
py::class_<SBInterpolatedKImage, BP_BASES(SBProfile)> pySBInterpolatedKImage(
GALSIM_COMMA "SBInterpolatedKImage" BP_NOINIT);
pySBInterpolatedKImage
.def(py::init<const BaseImage<std::complex<double> > &,
double, const Interpolant&, GSParams>());
}
