view_analysis_C.h

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#ifndef VIEW_ANALYSIS_C_H
#define VIEW_ANALYSIS_C_H
 
#include <cinterface_utils.h>
#include <vector>
#include <raytracer_C.h>
 
#define C_INTERFACE extern "C" __declspec(dllexport) int
 
namespace HF {
    namespace SpatialStructures {
        struct Node;
        class Graph;
    }
}
 
enum class AGGREGATE_TYPE {
    COUNT = 0,      
    SUM = 1,        
    AVERAGE = 2,    
    MAX = 3,        
    MIN = 4         
};
 
C_INTERFACE SphereicalViewAnalysisAggregate(
    HF::RayTracer::EmbreeRayTracer* ERT,
    HF::SpatialStructures::Node* node_ptr,
    int node_size,
    int max_rays,
    float upward_fov,
    float downward_fov,
    float height,
    AGGREGATE_TYPE AT,
    std::vector<float>** out_scores,
    float** out_scores_ptr,
    int* out_scores_size
);
 
C_INTERFACE SphereicalViewAnalysisAggregateFlat(
    HF::RayTracer::EmbreeRayTracer* ERT,
    const float* node_ptr,
    int node_size,
    int max_rays,
    float upward_fov,
    float downward_fov,
    float height,
    AGGREGATE_TYPE AT,
    std::vector<float>** out_scores,
    float** out_scores_ptr,
    int* out_scores_size
);
 
C_INTERFACE SphericalViewAnalysisNoAggregate(
    HF::RayTracer::EmbreeRayTracer* ERT,
    const HF::SpatialStructures::Node* node_ptr,
    int node_size,
    int* max_rays,
    float upward_fov,
    float downward_fov,
    float height,
    std::vector<RayResult>** out_results,
    RayResult** out_results_ptr
);
 
C_INTERFACE SphericalViewAnalysisNoAggregateFlat(
    HF::RayTracer::EmbreeRayTracer* ERT,
    const float* node_ptr,
    int node_size,
    int* max_rays,
    float upward_fov,
    float downward_fov,
    float height,
    std::vector<RayResult>** out_results,
    RayResult** out_results_ptr
);
 
C_INTERFACE SphericalDistribute(
    int* num_rays,
    std::vector<float>** out_direction_vector,
    float** out_direction_data,
    float upward_fov,
    float downward_fov
);
 
#endif /* VIEW_ANALYSIS_C_H */