Contains definitions for the ViewAnalysis namespace. More...

#include <vector>
#include <array>
#include <cmath>
#include <iostream>
#include <assert.h>
#include <limits>

Include dependency graph for view_analysis.h:

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Namespaces
namespace	HF
	Perform human scale analysis on 3D environments.

namespace	HF::SpatialStructures
	Contains standard fundamental data structures for representing space used throughout DHARTAPI.

namespace	HF::RayTracer
	Cast rays to determine if and where they intersect geometry.

namespace	HF::ViewAnalysis
	Analyze space from the perspective of observers within a 3D environment.

Enumerations
enum class	HF::ViewAnalysis::AGGREGATE_TYPE { HF::ViewAnalysis::COUNT = 0 , HF::ViewAnalysis::SUM = 1 , HF::ViewAnalysis::AVERAGE = 2 , HF::ViewAnalysis::MAX = 3 , HF::ViewAnalysis::MIN = 4 }
	The type of aggregation to use for ViewAnalysisAggregate More...

Functions
vector< std::array< float, 3 > >	HF::ViewAnalysis::FibbonacciDistributePoints (int num_points, float upwards_fov=50.0f, float downward_fov=70.0f)
	Evenly distribute a set of points around a sphere centered at the origin. More...

void	HF::ViewAnalysis::Aggregate (float &out_total, float new_value, const AGGREGATE_TYPE agg_type, int count=0)

template<typename RES , typename RT , typename N >
std::vector< RES >	HF::ViewAnalysis::SphericalViewAnalysis (RT &ray_tracer, const std::vector< N > &Nodes, int num_rays, float upward_limit=50.0f, float downward_limit=70.0f, float height=1.7f)
	Conduct view analysis with any Raytracer in parallel. More...

template<typename RT , typename N >
std::vector< float >	HF::ViewAnalysis::SphericalRayshootWithAnyRTForDistance (RT &ray_tracer, const std::vector< N > &Nodes, int num_rays, float upward_limit=50.0f, float downward_limit=70.0f, float height=1.7f, const AGGREGATE_TYPE aggregation=AGGREGATE_TYPE::SUM)
	Conduct view analysis and recieve a summarized set of results for each node. More...

Detailed Description

Contains definitions for the ViewAnalysis namespace.

Definition in file view_analysis.h.

Namespaces