frocessing.math.FMath

	Property	Defined By
		NE : Number = 1e-6 [static]	FMath

	Method	Defined By
		constrain(value:Number, min:Number, max:Number):Number [static] 値を決められた範囲に入れます.	FMath
		cosh(x:Number):Number [static] cosh	FMath
		cross(x0:Number, y0:Number, x1:Number, y1:Number):Number [static] 外積を取得します.	FMath
		cross3d(x0:Number, y0:Number, z0:Number, x1:Number, y1:Number, z1:Number):FNumber3D [static] 外積ベクトルを取得します(3d).	FMath
		degrees(rad:Number):Number [static] ラジアンを度に変換します.	FMath
		dist(x0:Number, y0:Number, x1:Number, y1:Number):Number [static] 距離を計算します.	FMath
		dist3d(x0:Number, y0:Number, z0:Number, x1:Number, y1:Number, z1:Number):Number [static] 距離を計算します(3D).	FMath
		dot(x0:Number, y0:Number, x1:Number, y1:Number):Number [static] 内積を取得します.	FMath
		dot3d(x0:Number, y0:Number, z0:Number, x1:Number, y1:Number, z1:Number):Number [static] 内積を取得します(3d).	FMath
		lerp(a:Number, b:Number, amt:Number):Number [static] 任意の範囲から割合に応じた値を返します.	FMath
		log10(value:Number):Number [static] 10を底とする対数を返します.	FMath
		log2(value:Number):Number [static] 2を底とする対数を返します.	FMath
		mag(x:Number, y:Number):Number [static] ベクトル長を計算します.	FMath
		mag3d(x:Number, y:Number, z:Number):Number [static] ベクトル長を計算します(3D).	FMath
		map(value:Number, low1:Number, high1:Number, low2:Number, high2:Number):Number [static] 値を、low1～high1 から low2～high2 へマッピングします.	FMath
		nEqual(a:Number, b:Number):Boolean [static] 2つの値の差が NE 以下かどうか判定します.	FMath
		norm(value:Number, low:Number, high:Number):Number [static] 任意の範囲で値を正規化します.	FMath
		quant(value:Number, tick:Number):Number [static]	FMath
		radians(deg:Number):Number [static] 度をラジアンに変換します.	FMath
		random(high:Number, low:Number = 0):Number [static] random	FMath
		randomSeed(seed:uint):void [static] set random seed	FMath
		sinh(x:Number):Number [static] sinh	FMath
		sq(value:Number):Number [static] 2乗の値を返します.	FMath

	Constant	Defined By
		HALF_PI : Number = 1.5707963267948966 [static]	FMath
		PI : Number = 3.141592653589793 [static]	FMath
		QUART_PI : Number = 0.7853981633974483 [static]	FMath
		TWO_PI : Number = 6.283185307179586 [static]	FMath

Property Detail

property

public static var NE:Number = 1e-6

Method Detail

constrain

()

method

public static function constrain(value:Number, min:Number, max:Number):Number

値を決められた範囲に入れます.

Parameters

	`value:Number`

	`min:Number`

	`max:Number`

Returns

Number

cosh

()

method

public static function cosh(x:Number):Number

cosh

Parameters

x:Number

Returns

Number

cross

()

method

public static function cross(x0:Number, y0:Number, x1:Number, y1:Number):Number

外積を取得します.

Parameters

	`x0:Number`

	`y0:Number`

	`x1:Number`

	`y1:Number`

Returns

Number

cross3d

()

method

public static function cross3d(x0:Number, y0:Number, z0:Number, x1:Number, y1:Number, z1:Number):FNumber3D

外積ベクトルを取得します(3d).

Parameters

	`x0:Number`

	`y0:Number`

	`z0:Number`

	`x1:Number`

	`y1:Number`

	`z1:Number`

Returns

FNumber3D

degrees

()

method

public static function degrees(rad:Number):Number

ラジアンを度に変換します.

Parameters

rad:Number

Returns

Number

dist

()

method

public static function dist(x0:Number, y0:Number, x1:Number, y1:Number):Number

距離を計算します.

Parameters

	`x0:Number`

	`y0:Number`

	`x1:Number`

	`y1:Number`

Returns

Number

dist3d

()

method

public static function dist3d(x0:Number, y0:Number, z0:Number, x1:Number, y1:Number, z1:Number):Number

距離を計算します(3D).

Parameters

	`x0:Number`

	`y0:Number`

	`z0:Number`

	`x1:Number`

	`y1:Number`

	`z1:Number`

Returns

Number

dot

()

method

public static function dot(x0:Number, y0:Number, x1:Number, y1:Number):Number

内積を取得します.

Parameters

	`x0:Number`

	`y0:Number`

	`x1:Number`

	`y1:Number`

Returns

Number

dot3d

()

method

public static function dot3d(x0:Number, y0:Number, z0:Number, x1:Number, y1:Number, z1:Number):Number

内積を取得します(3d).

Parameters

	`x0:Number`

	`y0:Number`

	`z0:Number`

	`x1:Number`

	`y1:Number`

	`z1:Number`

Returns

Number

lerp

()

method

public static function lerp(a:Number, b:Number, amt:Number):Number

任意の範囲から割合に応じた値を返します.

Parameters

	`a:Number`

	`b:Number`

	`amt:Number` — 0.0:a, 1.0:b, 0.5:middle value

Returns

Number

log10

()

method

public static function log10(value:Number):Number

10を底とする対数を返します.

Parameters

value:Number

Returns

Number

log2

()

method

public static function log2(value:Number):Number

2を底とする対数を返します.

Parameters

value:Number

Returns

Number

mag

()

method

public static function mag(x:Number, y:Number):Number

ベクトル長を計算します.

Parameters

	`x:Number`

	`y:Number`

Returns

Number

mag3d

()

method

public static function mag3d(x:Number, y:Number, z:Number):Number

ベクトル長を計算します(3D).

Parameters

	`x:Number`

	`y:Number`

	`z:Number`

Returns

Number

map

()

method

public static function map(value:Number, low1:Number, high1:Number, low2:Number, high2:Number):Number

値を、low1～high1 から low2～high2 へマッピングします.

Parameters

	`value:Number`

	`low1:Number`

	`high1:Number`

	`low2:Number`

	`high2:Number`

Returns

Number

nEqual

()

method

public static function nEqual(a:Number, b:Number):Boolean

2つの値の差が NE 以下かどうか判定します.

Parameters

	`a:Number`

	`b:Number`

Returns

Boolean

norm

()

method

public static function norm(value:Number, low:Number, high:Number):Number

任意の範囲で値を正規化します.

Parameters

	`value:Number`

	`low:Number`

	`high:Number`

Returns

Number

quant

()

method

public static function quant(value:Number, tick:Number):Number

Parameters

	`value:Number`

	`tick:Number`

Returns

Number

radians

()

method

public static function radians(deg:Number):Number

度をラジアンに変換します.

Parameters

deg:Number

Returns

Number

random

()

method

public static function random(high:Number, low:Number = 0):Number

random

Parameters

	`high:Number`

	`low:Number` (default = `0`)

Returns

Number

randomSeed

()

method

public static function randomSeed(seed:uint):void

set random seed

Parameters

seed:uint

sinh

()

method

public static function sinh(x:Number):Number

sinh

Parameters

x:Number

Returns

Number

()

method

public static function sq(value:Number):Number

2乗の値を返します.

Parameters

value:Number

Returns

Number

Constant Detail

HALF_PI

Constant

public static const HALF_PI:Number = 1.5707963267948966

Constant

public static const PI:Number = 3.141592653589793

QUART_PI

Constant

public static const QUART_PI:Number = 0.7853981633974483

TWO_PI

Constant

public static const TWO_PI:Number = 6.283185307179586

Sun Jun 6 2010, 06:15 PM +09:00

Frocessing version 0.6	All Packages \| All Classes \| Index \| Frames No Frames
FMath	Properties \| Methods \| Constants

Package	frocessing.math
Class	public class FMath
Inheritance	FMath Object