pluginbase.Helpers.Computative.ValuePoint3D Class Reference

Base class to build a system of complex, deferred, equations Mostly to help with construction of worlds More...

Inheritance diagram for pluginbase.Helpers.Computative.ValuePoint3D:

Public Member Functions
ValuePoint3D	Mix (ValuePoint3D with, float sourceOpacity)
	Mix this value with another one at a certain ratio More...
ValuePoint3D	Lighten (ValuePoint3D with)
	Lighten this value by another one More...
ValuePoint3D	Darken (ValuePoint3D with)
	Darken this value by another one More...
ValuePoint3D	CustomCombine (ValuePoint3D with, Combiner3D.CombinerOperator func)
	Combine two values using a custom combiner More...
ValuePoint3D	CustomManipulator (Manip3D.ManipOperator func)
	Manipulate this value with a custom manipulator More...
ValuePoint3D	Abs ()
	Absolute value More...
ValuePoint3D	Invert ()
	Invert the value from a 0-1 range More...
ValuePoint3D	Brightness (float amount)
	Adjust brightness. Takes in -1 to 1f More...
ValuePoint3D	Contrast (float amount)
	Adjusts contract from -1 to 1 More...
ValuePoint3D	Scale (float factor)
	Scale the specified factor and clamp More...
ValuePoint3D	LinearBounds (float min, float max)
	Linearly interpolates to squish between the bounds More...
ValuePoint3D	Threshold (float threshold)
	Threshold the specified threshold. Returns 0 if below, otherwise 1f More...
ValuePoint3D	Gamma (float gamma)
	Gamma the specified gamma. Range 0f - 2f More...
ValuePoint3D	Clamp ()
	Clamp this value between 0 and 1 More...
ValuePoint3D	Clamp (float min, float max)
	Clamp this value between a min and max More...
abstract float	GetValue (int x, int y, int z)
	Get number from 0-1 More...
abstract float	GetValue (int x, int y)
	Get a value at a given x,y coordinate More...

Static Public Member Functions
static ValuePoint3D	operator+ (ValuePoint3D a, ValuePoint3D b)
	Add two value points together More...
static ValuePoint3D	operator- (ValuePoint3D a, ValuePoint3D b)
	Subtract two value points More...
static ValuePoint3D	operator* (ValuePoint3D a, ValuePoint3D b)
	Multiply two value points More...
static ValuePoint3D	operator/ (ValuePoint3D a, ValuePoint3D b)
	Divide one value by another More...

Detailed Description

Base class to build a system of complex, deferred, equations Mostly to help with construction of worlds

Member Function Documentation

Abs()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Abs

(

)

Absolute value

Returns

A ValuePoint3D

        {
            return new Manip3D(this, delegate(float x){return Math.Abs(x);});
        }

Brightness()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Brightness

(

float

amount

)

Adjust brightness. Takes in -1 to 1f

Parameters

amount

Amount.

        {
            return new Manip3D(this, delegate(float x)
                {
                    return MExt.Clamp(x + amount, 0f, 1f);
                });
        }

Clamp() [1/2]

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Clamp

(

)

Clamp this value between 0 and 1

        {
            return new Manip3D(this, delegate(float v) {
                return MExt.Clamp(v, 0f, 1f);
            });
        }

Clamp() [2/2]

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Clamp	(	float	min,
		float	max
	)

Clamp this value between a min and max

Parameters

min	Minimum.
max	Max.

        {
            return new Manip3D(this, delegate(float v) {
                return MExt.Clamp(v, min, max);
            });
        }

Contrast()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Contrast

(

float

amount

)

Adjusts contract from -1 to 1

Parameters

amount

Amount.

        {
            float factor = amount + 1f;
            factor *= factor;
            return new Manip3D(this, delegate(float x)
                               {
                return MExt.Clamp((x - 0.5f) * factor + 0.5f, 0f, 1f);
            });
        }

CustomCombine()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.CustomCombine	(	ValuePoint3D	with,
		Combiner3D.CombinerOperator	func
	)

Combine two values using a custom combiner

Returns

The combine.

Parameters

with	With.
func	Func.

        {
            return new Combiner3D(this, with, func);
        }

CustomManipulator()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.CustomManipulator

(

Manip3D.ManipOperator

func

)

Manipulate this value with a custom manipulator

Returns

The manipulator.

Parameters

func

Func.

        {
            return new Manip3D(this, func);
        }

Darken()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Darken

(

ValuePoint3D

with

)

Darken this value by another one

Parameters

with

With.

        {
            return new Combiner3D(this, with, delegate(float a, float b) {
                return a < b ? a : b;
            });
        }

Gamma()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Gamma

(

float

gamma

)

Gamma the specified gamma. Range 0f - 2f

Parameters

gamma

Gamma.

        {
            return new Manip3D(this, delegate(float v) {
                return MExt.Clamp((float)Math.Pow(v, 1f / gamma), 0f, 1f);
            });
        }

GetValue() [1/2]

abstract float pluginbase.Helpers.Computative.ValuePoint3D.GetValue ( int  x, int  y, int  z  )

pure virtual

Get number from 0-1

Parameters

x	A System.Int32
y	A System.Int32
z	A System.Int32

Returns

A System.Single

Implemented in pluginbase.Helpers.Computative.Algorithms.Simplex, pluginbase.Helpers.Computative.Random.Random3D, pluginbase.Helpers.Computative.Algorithms.CellNoise, pluginbase.Helpers.Computative.Algorithms.Perlin, pluginbase.Helpers.Computative.Algorithms.SmoothPerlin, pluginbase.Helpers.Computative.Algorithms.Noise, pluginbase.Helpers.Computative.Combiners.Combiner3D, pluginbase.Helpers.Computative.Combiners.ScalarValue, and pluginbase.Helpers.Computative.Combiners.Manip3D.

GetValue() [2/2]

abstract float pluginbase.Helpers.Computative.ValuePoint3D.GetValue ( int  x, int  y  )

pure virtual

Get a value at a given x,y coordinate

Returns

The value.

Parameters

x	The x coordinate.
y	The y coordinate.

Implemented in pluginbase.Helpers.Computative.Algorithms.Simplex, pluginbase.Helpers.Computative.Random.Random3D, pluginbase.Helpers.Computative.Algorithms.Perlin, pluginbase.Helpers.Computative.Algorithms.SmoothPerlin, pluginbase.Helpers.Computative.Algorithms.Noise, pluginbase.Helpers.Computative.Algorithms.CellNoise, pluginbase.Helpers.Computative.Combiners.Combiner3D, pluginbase.Helpers.Computative.Combiners.ScalarValue, and pluginbase.Helpers.Computative.Combiners.Manip3D.

Invert()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Invert

(

)

Invert the value from a 0-1 range

        {
            return new Manip3D(this, delegate(float x){return 1f - x;});
        }

Lighten()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Lighten

(

ValuePoint3D

with

)

Lighten this value by another one

Parameters

with

With.

        {
            return new Combiner3D(this, with, delegate(float a, float b) {
                return a > b ? a : b;
            });
        }

LinearBounds()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.LinearBounds	(	float	min,
		float	max
	)

Linearly interpolates to squish between the bounds

Returns

The bounds.

Parameters

min	Minimum.
max	Max.

        {
            float mf = 1f / (max - min);
            return new Manip3D(this, delegate(float v)
                               {
                return MExt.Clamp((v - min) * mf, 0f, 1f);
            });
        }

Mix()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Mix	(	ValuePoint3D	with,
		float	sourceOpacity
	)

Mix this value with another one at a certain ratio

Parameters

with	With.
sourceOpacity	Source opacity.

        {
            return new Combiner3D(this, with, delegate(float a, float b) {
                return a * sourceOpacity + b * (1f - sourceOpacity);
            });
        }

operator*()

static ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.operator* ( ValuePoint3D  a, ValuePoint3D  b  )

static

Multiply two value points

        {
            return new Combiner3D(a, b, delegate(float v1, float v2){return v1*v2;});
        }

operator+()

static ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.operator+ ( ValuePoint3D  a, ValuePoint3D  b  )

static

Add two value points together

        {
            return new Combiner3D(a, b, delegate(float v1, float v2){return v1+v2;});
        }

operator-()

static ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.operator- ( ValuePoint3D  a, ValuePoint3D  b  )

static

Subtract two value points

        {
            return new Combiner3D(a, b, delegate(float v1, float v2){return v1-v2;});
        }

operator/()

static ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.operator/ ( ValuePoint3D  a, ValuePoint3D  b  )

static

Divide one value by another

        {
            return new Combiner3D(a, b, delegate(float v1, float v2){return v1/v2;});
        }

Scale()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Scale

(

float

factor

)

Scale the specified factor and clamp

Parameters

factor

Factor.

        {
            return new Manip3D(this, delegate(float v)
                               {
                return MExt.Clamp(v * factor, 0f, 1f);
            });
        }

Threshold()

ValuePoint3D pluginbase.Helpers.Computative.ValuePoint3D.Threshold

(

float

threshold

)

Threshold the specified threshold. Returns 0 if below, otherwise 1f

Parameters

threshold

Threshold.

        {
            return new Manip3D(this, delegate(float v) {
                return v < threshold ? 0f : 1f;
            });
        }

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The documentation for this class was generated from the following file:

• pluginbase/Helpers/Computative/ValuePoint3D.cs