surface_renderer.h

#pragma once
 
#include "group_renderer.h"
#include <cgv_reflect_types/media/illum/textured_surface_material.h>
#include <cgv/media/illum/textured_surface_material.h>
 
#include "gl/lib_begin.h"
 
namespace cgv { // @<
        namespace render { // @<
 
                enum ColorMapping {
                        CM_NONE = 0,
                        CM_COLOR_FRONT = 1,
                        CM_COLOR_BACK = 2,
                        CM_COLOR = CM_COLOR_FRONT | CM_COLOR_BACK,
                        CM_OPACITY_FRONT = 4,
                        CM_OPACITY_BACK = 8,
                        CM_OPACITY = CM_OPACITY_FRONT | CM_OPACITY_BACK,
                        CM_COLOR_AND_OPACITY = CM_COLOR | CM_OPACITY
                };
 
                struct CGV_API surface_render_style : public group_render_style
                {
                        cgv::media::illum::surface_material::color_type surface_color;
                        CullingMode culling_mode;
                        IlluminationMode illumination_mode;
                        ColorMapping map_color_to_material;
                        cgv::media::illum::textured_surface_material material;
                        surface_render_style();
                };
 
                class CGV_API surface_renderer : public group_renderer
                {
                protected:
                        bool has_normals;
                        bool has_texcoords;
                        bool cull_per_primitive;
                public:
                        surface_renderer();
                        void enable_attribute_array_manager(const context& ctx, attribute_array_manager& aam);
                        void disable_attribute_array_manager(const context& ctx, attribute_array_manager& aam);
                        bool enable(context& ctx);
                        bool disable(context& ctx);
                        template <typename T>
                        void set_normal(const context& ctx, const cgv::math::fvec<T, 3>& normal) { has_normals = true;  ref_prog().set_attribute(ctx, ref_prog().get_attribute_location(ctx, "normal"), normal); }
                        template <typename T>
                        void set_normal_array(const context& ctx, const std::vector<T>& normals) { has_normals = true;  set_attribute_array(ctx, ref_prog().get_attribute_location(ctx, "normal"), normals); }
                        template <typename T>
                        void set_normal_array(const context& ctx, const T* normals, size_t nr_elements, unsigned stride_in_bytes = 0) { has_normals = true;  set_attribute_array(ctx, ref_prog().get_attribute_location(ctx, "normal"), normals, nr_elements, stride_in_bytes); }
                        void set_normal_array(const context& ctx, type_descriptor element_type, const vertex_buffer& vbo, size_t offset_in_bytes, size_t nr_elements, unsigned stride_in_bytes = 0);
                        template <typename T>
                        void set_normal_array(const context& ctx, const vertex_buffer& vbo, size_t offset_in_bytes, size_t nr_elements, unsigned stride_in_bytes = 0) { set_normal_array(ctx, type_descriptor(element_descriptor_traits<T>::get_type_descriptor(T()), true), vbo, offset_in_bytes, nr_elements, stride_in_bytes); }
                        template <typename T>
                        void set_texcoord(const context& ctx, const T& texcoord) { has_texcoords = true;  ref_prog().set_attribute(ctx, ref_prog().get_texcoord_index(), texcoord); }
                        template <typename T>
                        void set_texcoord_array(const context& ctx, const std::vector<T>& texcoords) { has_texcoords = true;  set_attribute_array(ctx, ref_prog().get_attribute_location(ctx, "texcoord"), texcoords); }
                        template <typename T>
                        void set_texcoord_array(const context& ctx, const T* texcoords, size_t nr_elements, unsigned stride_in_bytes = 0) { has_texcoords = true;  set_attribute_array(ctx, ref_prog().get_attribute_location(ctx, "texcoord"), texcoords, nr_elements, stride_in_bytes); }
                        void set_texcoord_array(const context& ctx, type_descriptor element_type, const vertex_buffer& vbo, size_t offset_in_bytes, size_t nr_elements, unsigned stride_in_bytes = 0);
                        template <typename T>
                        void set_texcoord_array(const context& ctx, const vertex_buffer& vbo, size_t offset_in_bytes, size_t nr_elements, unsigned stride_in_bytes = 0) { set_texcoord_array(ctx, type_descriptor(element_descriptor_traits<T>::get_type_descriptor(T()), true), vbo, offset_in_bytes, nr_elements, stride_in_bytes); }
                };
                struct CGV_API surface_render_style_reflect : public surface_render_style
                {
                        bool self_reflect(cgv::reflect::reflection_handler& rh);
                };
                extern CGV_API cgv::reflect::extern_reflection_traits<surface_render_style, surface_render_style_reflect> get_reflection_traits(const surface_render_style&);
        }
}
 
#include <cgv/config/lib_end.h>