Samarium Docs¶
Samarium is a 2d physics and rendering engine, written in modern C++20
Contents¶
Links
Usage
Physics
API Reference
- Math
- Core Math Functions
mathmath::almost_equal()math::min()math::max()math::power()math::to_degrees()math::to_radians()math::abs()math::sign()math::sign()math::sign()math::mod()math::wrap_max()math::wrap_min_max()math::round_to_nearest()math::ceil_to_nearest()math::floor_to_nearest()math::sample()math::integral()math::sum()math::mean()math::distance()math::distance_sq()math::within_distance()math::lerp_along()math::clamped_lerp_along()math::project()math::project_clamped()math::distance()math::clamped_distance()math::lies_in_segment()math::intersection()math::clamped_intersection()math::intersection()math::area()math::area()math::abs_area()math::abs_area()math::regular_polygon_points()math::regular_polygon_points()math::regular_polygon_points()math::regular_polygon_points()math::two_pi_imath::epsilonmath::pimath::two_thirds_pimath::two_pimath::emath::sqrt2
- Vector2
- Interp
interpinterp::smooth_step()interp::smoother_step()interp::ease()interp::ease2()interp::ease_in_sine()interp::ease_out_sine()interp::ease_sine()interp::ease_in_quad()interp::ease_out_quad()interp::ease_quad()interp::ease_in_cubic()interp::ease_out_cubic()interp::ease_cubic()interp::ease_in_quart()interp::ease_out_quart()interp::ease_quart()interp::ease_in_quint()interp::ease_out_quint()interp::ease_quint()interp::ease_in_expo()interp::ease_out_expo()interp::ease_expo()interp::ease_in_circ()interp::ease_out_circ()interp::ease_circ()interp::ease_in_back()interp::ease_out_back()interp::ease_back()interp::ease_in_elastic()interp::ease_out_elastic()interp::ease_elastic()interp::in_range()interp::clamp()interp::lerp()interp::clamped_lerp()interp::lerp_rgb()interp::lerp_rotate()interp::clamped_lerp_rotate()interp::lerp_inverse()interp::map_range()interp::map_range_clamp()interp::make_mapper()interp::make_clamped_mapper()interp::lerp_points()
- Bounding Box
smsm::BoundingBoxsm::BoundingBox::VecTypesm::BoundingBox::as()sm::BoundingBox::validate()sm::BoundingBox::validated()sm::BoundingBox::contains()sm::BoundingBox::diagonal()sm::BoundingBox::clamp()sm::BoundingBox::clamped_to()sm::BoundingBox::width()sm::BoundingBox::height()sm::BoundingBox::x_range()sm::BoundingBox::y_range()sm::BoundingBox::operator==()sm::BoundingBox::centre()sm::BoundingBox::set_centre()sm::BoundingBox::set_width()sm::BoundingBox::set_height()sm::BoundingBox::minsm::BoundingBox::maxsm::BoundingBox::fit()sm::BoundingBox::square()sm::BoundingBox::from_centre_width_height()
- Sample
- SecondOrderDynamics
smsm::SecondOrderDynamicssm::SecondOrderDynamics::SecondOrderDynamics()sm::SecondOrderDynamics::update_parameters()sm::SecondOrderDynamics::update()sm::SecondOrderDynamics::update()sm::SecondOrderDynamics::valuesm::SecondOrderDynamics::previous_inputsm::SecondOrderDynamics::velsm::SecondOrderDynamics::k1sm::SecondOrderDynamics::k2sm::SecondOrderDynamics::k3
- Core Math Functions
- gl
- Physics
- util
- run
- Grid
smsm::Imagesm::ScalarFieldsm::VectorFieldsm::convert_1d_to_2d()sm::convert_2d_to_1d()sm::iota_view_2d()sm::dims4Ksm::dimsFHDsm::dims720sm::dims480sm::dimsP2sm::Gridsm::Grid::value_typesm::Grid::referencesm::Grid::const_referencesm::Grid::iteratorsm::Grid::const_iteratorsm::Grid::difference_typesm::Grid::size_typesm::Grid::Grid()sm::Grid::Grid()sm::Grid::Grid()sm::Grid::operator[]()sm::Grid::operator[]()sm::Grid::operator[]()sm::Grid::operator[]()sm::Grid::at()sm::Grid::at()sm::Grid::at()sm::Grid::at()sm::Grid::at_or()sm::Grid::at_or()sm::Grid::begin()sm::Grid::end()sm::Grid::begin()sm::Grid::end()sm::Grid::cbegin()sm::Grid::cend()sm::Grid::front()sm::Grid::front()sm::Grid::back()sm::Grid::back()sm::Grid::size()sm::Grid::empty()sm::Grid::bounding_box()sm::Grid::fill()sm::Grid::formatted_data()sm::Grid::span()sm::Grid::data()sm::Grid::data()sm::Grid::upscale()sm::Grid::enumerate_1d()sm::Grid::enumerate_2d()sm::Grid::byte_size()sm::Grid::elementssm::Grid::dimssm::Grid::generate()
- file
- Include Graph