Colord

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org.openmali.vecmath2
Class Colord

java.lang.Object
  org.openmali.vecmath2.Colord

All Implemented Interfaces:: java.io.Externalizable, java.io.Serializable

public class Colord
extends java.lang.Object
implements java.io.Externalizable
extends java.lang.Object
implements java.io.Externalizable

A simple double-based color implementation with or without alpha channel. Inspired by Kenji Hiranabe's Color3f/Color4f implementation

See Also:: Serialized Form

Field Summary
`static Colord`	`BLACK` The color black.
`static Colord`	`BLUE` The color blue.
`static Colord`	`BROWN` The color brown.
`static Colord`	`CYAN` The color cyan.
`static Colord`	`DARK_BROWN` The color brown.
`static Colord`	`DARK_GRAY` The color dark gray.
`static Colord`	`GRAY` The color gray.
`static Colord`	`GRAY10` A 10% gray.
`static Colord`	`GRAY20` A 20% gray.
`static Colord`	`GRAY25` A 25% gray.
`static Colord`	`GRAY30` A 30% gray.
`static Colord`	`GRAY40` A 40% gray.
`static Colord`	`GRAY50` A 50% gray.
`static Colord`	`GRAY60` A 60% gray.
`static Colord`	`GRAY70` A 70% gray.
`static Colord`	`GRAY75` A 75% gray.
`static Colord`	`GRAY80` A 80% gray.
`static Colord`	`GRAY90` A 90% gray.
`static Colord`	`GREEN` The color green.
`protected boolean`	`hasAlpha`
`protected boolean[]`	`isDirty`
`static Colord`	`LIGHT_BROWN` The color brown.
`static Colord`	`LIGHT_GRAY` The color light gray.
`static Colord`	`MAGENTA` The color magenta.
`protected static int`	`N`
`static Colord`	`ORANGE` The color orange.
`static Colord`	`PINK` The color pink.
`static Colord`	`RED` The color red.
`protected int`	`roTrick`
`protected double[]`	`values`
`static Colord`	`WHITE` The color white.
`static Colord`	`YELLOW` The color yellow.

Constructor Summary
	`Colord()` Creates a new Colorf instance.
`protected`	`Colord(boolean readOnly)` Creates a new Colorf instance.
`protected`	`Colord(boolean readOnly, java.awt.Color color)` Creates a new Colorf instance.
`protected`	`Colord(boolean readOnly, Colord color)` Creates a new Colorf instance.
`protected`	`Colord(boolean readOnly, double intensity)` Creates a new Colorf instance.
`protected`	`Colord(boolean readOnly, double[] values, boolean[] isDirty, boolean copy)` Creates a new Colorf instance.
`protected`	`Colord(boolean readOnly, double r, double g, double b)` Creates a new Colorf instance.
`protected`	`Colord(boolean readOnly, double r, double g, double b, double a)` Creates a new Colorf instance.
	`Colord(java.awt.Color color)`
	`Colord(Colord color)` Creates a new Colorf instance.
	`Colord(double intensity)` Creates a new Colorf instance.
	`Colord(double[] values)` Creates a new Colorf instance.
	`Colord(double r, double g, double b)` Creates a new Colorf instance.
	`Colord(double r, double g, double b, double a)` Creates a new Colorf instance.

Method Summary
`double`	`a()`
`void`	`a(double alpha)` Sets the value of the alpha-element of this color.
`Colord`	`add(Colord color2)` Sets the value of this tuple to the vector sum of itself and tuple t1.
`Colord`	`add(Colord color1, Colord color2)` Sets the value of this color to the vector sum of colors color1 and color2.
`Colord`	`add(double r, double g, double b)` Adds the given parameters to this tuple's values.
`Colord`	`add(double r, double g, double b, double a)` Adds the given parameters to this tuple's values.
`Colord`	`addAlpha(double v)` Adds v to this color's alpha value.
`Colord`	`addBlue(double v)` Adds v to this color's blue value.
`Colord`	`addGreen(double v)` Adds v to this color's green value.
`Colord`	`addRed(double v)` Adds v to this color's red value.
`Colord`	`asReadOnly()`
`double`	`b()`
`void`	`b(double blue)` Sets the Blue color component.
`Colord`	`clamp(double min, double max)` Clamps this tuple to the range [min, max].
`Colord`	`clamp(double min, double max, Colord vec)` Clamps the tuple parameter to the range [min, max] and places the values into this tuple.
`Colord`	`clampMax(double max)` Clamps the maximum value of this tuple to the max parameter.
`Colord`	`clampMax(double max, Colord vec)` Clamps the maximum value of the tuple parameter to the max parameter and places the values into this tuple.
`Colord`	`clampMin(double min)` Clamps the minimum value of this tuple to the min parameter.
`Colord`	`clampMin(double min, Colord vec)` Clamps the minimum value of the tuple parameter to the min parameter and places the values into this tuple.
`Colord`	`clone()` Creates and returns a copy of this object.
`static Colord`	`createGray(double intensity)` Creates a gray of the given intensity.
`int`	`deserialize(int pos, byte[] buffer)` Deserializes this instanc'es data from the byte array.
`Colord`	`div(double vr, double vg, double vb)` Divides this color's values by vr, vg, vb.
`Colord`	`div(double vr, double vg, double vb, double va)` Divides this color's values by vr, vg, vb, va.
`Colord`	`divAlpha(double v)` Divides this color's alpha value by v.
`Colord`	`divBlue(double v)` Divides this color's blue value by v.
`Colord`	`divGreen(double v)` Divides this color's green value by v.
`Colord`	`divRed(double v)` Divides this color's red value by v.
`boolean`	`epsilonEquals(Colord color2, double epsilon)` Returns true if the L-infinite distance between this tuple and tuple t1 is less than or equal to the epsilon parameter, otherwise returns false.
`boolean`	`equals(Colord color2)` Returns true if all of the data members of Tuple3f t1 are equal to the corresponding data members in this
`boolean`	`equals(java.lang.Object o)` Returns true if the Object t1 is of type Tuple3f and all of the data members of t1 are equal to the corresponding data members in this Tuple3f.
`static Colord`	`fromPool()` Allocates an Colorf instance from the pool.
`static Colord`	`fromPool(Colord color)` Allocates an Colorf instance from the pool.
`static Colord`	`fromPool(double r, double g, double b)` Allocates an Colorf instance from the pool.
`static Colord`	`fromPool(double r, double g, double b, double a)` Allocates an Colorf instance from the pool.
`double`	`g()`
`void`	`g(double green)` Sets the Green color component.
`void`	`get(Colord buffer)` Writes all values of this vector to the specified buffer vector.
`void`	`get(double[] buffer)` Writes all values of this Tuple to the specified buffer.
`double`	`getAlpha()`
`byte`	`getAlphaByte()`
`int`	`getAlphaInt()`
`java.awt.Color`	`getAWTColor()` Gets java.awt.Color.
`double`	`getBlue()`
`byte`	`getBlueByte()`
`int`	`getBlueInt()`
`void`	`getBytes(byte[] buffer)` Writes all values of this Tuple to the specified buffer.
`double`	`getGreen()`
`byte`	`getGreenByte()`
`int`	`getGreenInt()`
`void`	`getInts(int[] buffer)` Writes all values of this Tuple to the specified buffer.
`Colord`	`getReadOnly()`
`double`	`getRed()`
`byte`	`getRedByte()`
`int`	`getRedInt()`
`int`	`getSize()`
`boolean`	`hasAlpha()`
`int`	`hashCode()` Returns a hash number based on the data values in this object.
`Colord`	`interpolate(Colord color1, Colord color2, double val)` Linearly interpolates between tuples t1 and t2 and places the result into this tuple: this = (1 - alpha) * t1 + alpha * t2.
`Colord`	`interpolate(Colord color2, double val)` Linearly interpolates between this tuple and tuple t2 and places the result into this tuple: this = (1 - alpha) * this + alpha * t1.
`boolean`	`isDirty()`
`boolean`	`isReadOnly()`
`Colord`	`mul(double factor)` Sets the value of this tuple to the scalar multiplication of itself.
`Colord`	`mul(double vr, double vg, double vb)` Multiplies this color's values with vr, vg, vb.
`Colord`	`mul(double vr, double vg, double vb, double va)` Multiplies this color's values with vr, vg, vb, va.
`Colord`	`mulAlpha(double v)` Multiplies this color's alpha value with v.
`Colord`	`mulBlue(double v)` Multiplies this color's blue value with v.
`Colord`	`mulGreen(double v)` Multiplies this color's green value with v.
`Colord`	`mulRed(double v)` Multiplies this color's red value with v.
`static Colord`	`parseColor(java.lang.String hexString)` Parses a color-hex-String into a new Colord instance.
`static Colord`	`parseColor(java.lang.String hexString, Colord buffer)` Parses a color-hex-String into a Colord instance.
`static Colord`	`parseReadOnlyColor(java.lang.String hexString)` Parses a color-hex-String into a new Colord instance.
`double`	`r()`
`void`	`r(double red)` Sets the Red color component.
`void`	`readExternal(java.io.ObjectInput in)`
`int`	`serialize(int pos, byte[] buffer)` Serializes this instanc'es data into the byte array.
`void`	`set(java.awt.Color color)` Sets color from awt.Color.
`void`	`set(Colord color)` Sets all three values of this Tuple to the specified ones.
`void`	`set(double[] values)` Sets all values of this Tuple to the specified ones.
`void`	`set(double r, double g, double b)` Sets all values of this color to the specified ones.
`void`	`set(double r, double g, double b, double a)` Sets all values of this color to the specified ones.
`void`	`setAlpha(double alpha)` Sets the value of the alpha-element of this color.
`void`	`setAlphaByte(byte alpha)` Sets the Alpha value component.
`void`	`setAlphaInt(int alpha)` Sets the Alpha value component.
`void`	`setBlue(double blue)` Sets the Blue color component.
`void`	`setBlueByte(byte blue)` Sets the Blue color component.
`void`	`setBlueInt(int blue)` Sets the Blue color component.
`void`	`setBytes(byte[] values)` Sets all values of this Tuple to the specified ones.
`boolean`	`setClean()` Marks this tuple non-dirty.
`void`	`setGreen(double green)` Sets the Green color component.
`void`	`setGreenByte(byte green)` Sets the Green color component.
`void`	`setGreenInt(int green)` Sets the Green color component.
`void`	`setInts(int[] values)` Sets all values of this Tuple to the specified ones.
`void`	`setRed(double red)` Sets the Red color component.
`void`	`setRedByte(byte red)` Sets the Red color component.
`void`	`setRedInt(int red)` Sets the Red color component.
`Colord`	`setZero()` Sets all components to zero.
`Colord`	`sub(Colord color2)` Sets the value of this color to the vector difference of itself and color2 (this = this - color2).
`Colord`	`sub(Colord color1, Colord color2)` Sets the value of this color to the vector difference of color color1 and color2 (this = color1 - color2).
`Colord`	`sub(double r, double g, double b)` Subtracts the given parameters from this tuple's values.
`Colord`	`sub(double r, double g, double b, double a)` Subtracts the given parameters from this tuple's values.
`Colord`	`subAlpha(double v)` Subtracts v from this color's alpha value.
`Colord`	`subBlue(double v)` Subtracts v from this color's blue value.
`Colord`	`subGreen(double v)` Subtracts v from this color's green value.
`Colord`	`subRed(double v)` Subtracts v from this color's red value.
`java.lang.String`	`toHexString()`
`static void`	`toPool(Colord o)` Stores the given Colorf instance in the pool.
`java.lang.String`	`toString()` Returns a string that contains the values of this Colorf.
`void`	`writeExternal(java.io.ObjectOutput out)`
`static java.nio.DoubleBuffer`	`writeToBuffer(Colord[] colors, java.nio.DoubleBuffer buffer)` Writes the contents of the colors to a doubleBuffer.
`static java.nio.DoubleBuffer`	`writeToBuffer(Colord[] colors, java.nio.DoubleBuffer buffer, boolean forceAlpha)` Writes the contents of this tuple to a doubleBuffer.
`java.nio.DoubleBuffer`	`writeToBuffer(java.nio.DoubleBuffer buffer)` Writes the contents of this tuple to a doubleBuffer.
`java.nio.DoubleBuffer`	`writeToBuffer(java.nio.DoubleBuffer buffer, boolean forceAlpha)` Writes the contents of this tuple to a doubleBuffer.

Methods inherited from class java.lang.Object
`finalize, getClass, notify, notifyAll, wait, wait, wait`

Field Detail

N

protected static final int N

See Also:: Constant Field Values

values

protected final double[] values

hasAlpha

protected boolean hasAlpha

roTrick

protected final int roTrick

isDirty

protected final boolean[] isDirty

WHITE

public static final Colord WHITE

The color white. In the default sRGB space.

LIGHT_GRAY

public static final Colord LIGHT_GRAY

The color light gray. In the default sRGB space.

GRAY10

public static final Colord GRAY10

A 10% gray. In the default sRGB space.

GRAY20

public static final Colord GRAY20

A 20% gray. In the default sRGB space.

GRAY25

public static final Colord GRAY25

A 25% gray. In the default sRGB space.

GRAY30

public static final Colord GRAY30

A 30% gray. In the default sRGB space.

GRAY40

public static final Colord GRAY40

A 40% gray. In the default sRGB space.

GRAY50

public static final Colord GRAY50

A 50% gray. In the default sRGB space.

GRAY60

public static final Colord GRAY60

A 60% gray. In the default sRGB space.

GRAY70

public static final Colord GRAY70

A 70% gray. In the default sRGB space.

GRAY75

public static final Colord GRAY75

A 75% gray. In the default sRGB space.

GRAY80

public static final Colord GRAY80

A 80% gray. In the default sRGB space.

GRAY90

public static final Colord GRAY90

A 90% gray. In the default sRGB space.

GRAY

public static final Colord GRAY

The color gray. In the default sRGB space.

DARK_GRAY

public static final Colord DARK_GRAY

The color dark gray. In the default sRGB space.

BLACK

public static final Colord BLACK

The color black. In the default sRGB space.

BROWN

public static final Colord BROWN

The color brown. In the default sRGB space.

LIGHT_BROWN

public static final Colord LIGHT_BROWN

The color brown. In the default sRGB space.

DARK_BROWN

public static final Colord DARK_BROWN

The color brown. In the default sRGB space.

RED

public static final Colord RED

The color red. In the default sRGB space.

PINK

public static final Colord PINK

The color pink. In the default sRGB space.

ORANGE

public static final Colord ORANGE

The color orange. In the default sRGB space.

YELLOW

public static final Colord YELLOW

The color yellow. In the default sRGB space.

GREEN

public static final Colord GREEN

The color green. In the default sRGB space.

MAGENTA

public static final Colord MAGENTA

The color magenta. In the default sRGB space.

CYAN

public static final Colord CYAN

The color cyan. In the default sRGB space.

BLUE

public static final Colord BLUE

The color blue. In the default sRGB space.

Constructor Detail