C# Class ShaderToy.ShaderToyFor

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Méthodes publiques

Свойство	Type	Description
m_AverageFrameTime	float
m_CurrentGameTime	float
m_StartFPSTime	float
m_StartGameTime	float
m_StopWatch	System.Diagnostics.Stopwatch
m_SumFrames	int

Méthodes publiques

Méthode	Description
Application_Idle ( object sender, EventArgs e ) : void
BuildPreciseF ( ) : void
BuildSurfaceRadianceIntegrals ( ) : void	Following the mathematica notebook found in "D:\Docs\Computer Graphics\Volumetric, Clouds, Participating Medium, Light Scattering, Translucency\2005 Sun, Ramamoorthi.nb" this routine generates the tables representing the integral of function Gn depending on 2 parameters. Several of these tables are generated for different exponents n, the goal is then to find an approximation to generated these tables from an analytical expression.
Camera_CameraTransformChanged ( object sender, EventArgs e ) : void
GetGameTime ( ) : float	Gets the current game time in seconds
Image2Texture ( System _FileName ) : Texture2D
Image2Texture ( int _Width, int _Height, PixelsBuffer _Content ) : Texture2D
Image2Texture ( int _Width, int _Height, byte _Content ) : Texture2D
ShaderToyFor ( ) : System

Méthodes protégées

Méthode	Description
Dispose ( bool disposing ) : void	Clean up any resources being used.
OnFormClosed ( FormClosedEventArgs e ) : void
OnLoad ( EventArgs e ) : void

Private Methods

Méthode	Description
BuildQuad ( ) : void
Client2UV ( Point _ClientPos ) : float2
F_NIntegrate ( double _u, double _v ) : double	Numerical integration of F
F_Table ( double _u, double _v ) : double
F_analytical ( double _u, double _v ) : double	Here I'm using the analytical expression to find F(u,v) that I first derived from the first part of the document
InitializeComponent ( ) : void	Required method for Designer support - do not modify the contents of this method with the code editor.
buttonReload_Click ( object sender, EventArgs e ) : void
panelOutput_MouseDown ( object sender, MouseEventArgs e ) : void
panelOutput_MouseMove ( object sender, MouseEventArgs e ) : void
panelOutput_MouseUp ( object sender, MouseEventArgs e ) : void
panelOutput_PreviewKeyDown ( object sender, PreviewKeyDownEventArgs e ) : void

Method Details

Application_Idle() public méthode

public Application_Idle ( object sender, EventArgs e ) : void
sender	object
e	EventArgs
Résultat	void

BuildPreciseF() public méthode

public BuildPreciseF ( ) : void
Résultat	void

BuildSurfaceRadianceIntegrals() public méthode

Following the mathematica notebook found in "D:\Docs\Computer Graphics\Volumetric, Clouds, Participating Medium, Light Scattering, Translucency\2005 Sun, Ramamoorthi.nb" this routine generates the tables representing the integral of function Gn depending on 2 parameters. Several of these tables are generated for different exponents n, the goal is then to find an approximation to generated these tables from an analytical expression.

public BuildSurfaceRadianceIntegrals ( ) : void
Résultat	void

Camera_CameraTransformChanged() public méthode

public Camera_CameraTransformChanged ( object sender, EventArgs e ) : void
sender	object
e	EventArgs
Résultat	void

Dispose() protected méthode

Clean up any resources being used.

protected Dispose ( bool disposing ) : void
disposing	bool	true if managed resources should be disposed; otherwise, false.
Résultat	void

GetGameTime() public méthode

Gets the current game time in seconds

public GetGameTime ( ) : float
Résultat	float

Image2Texture() public méthode

public Image2Texture ( System _FileName ) : Texture2D
_FileName	System
Résultat	Texture2D

Image2Texture() public méthode

public Image2Texture ( int _Width, int _Height, PixelsBuffer _Content ) : Texture2D
_Width	int
_Height	int
_Content	PixelsBuffer
Résultat	Texture2D

Image2Texture() public méthode

public Image2Texture ( int _Width, int _Height, byte _Content ) : Texture2D
_Width	int
_Height	int
_Content	byte
Résultat	Texture2D

OnFormClosed() protected méthode

protected OnFormClosed ( FormClosedEventArgs e ) : void
e	FormClosedEventArgs
Résultat	void

OnLoad() protected méthode

protected OnLoad ( EventArgs e ) : void
e	EventArgs
Résultat	void

ShaderToyFor() public méthode

public ShaderToyFor ( ) : System
Résultat	System

Property Details

m_AverageFrameTime public_oe property

public float m_AverageFrameTime
Résultat	float

m_CurrentGameTime public_oe property

public float m_CurrentGameTime
Résultat	float

m_StartFPSTime public_oe property

public float m_StartFPSTime
Résultat	float

m_StartGameTime public_oe property

public float m_StartGameTime
Résultat	float

m_StopWatch public_oe property

public System.Diagnostics.Stopwatch m_StopWatch
Résultat	System.Diagnostics.Stopwatch

m_SumFrames public_oe property

public int m_SumFrames
Résultat	int