Class: Vector2

 var pos = new DE.Vector2( 150, 100 );

Members

<private, static> _cosAngle :Float

store cosinus

Type:

• Float

Source:

• core/Vector2.js, line 55

<private, static> _sinAngle :Float

store sinus

Type:

• Float

Source:

• core/Vector2.js, line 62

<static> this.rotation :Float

current rotation, between 0 and 2PI

Type:

• Float

Source:

• core/Vector2.js, line 47

<static> this.x :Float

Type:

• Float

Source:

• core/Vector2.js, line 28

<static> this.y :Float

Type:

• Float

Source:

• core/Vector2.js, line 34

<static> this.z :Float

Type:

• Float

Source:

• core/Vector2.js, line 40

Methods

<static> this.dotProduct(a, b) → {Float}

return the dotProduct between two Vector
See wikipedia dot product for more informations

Parameters:

Name	Type	Description
a	Vector2	first vector2
b	Vector2	second vector2

Source:

• core/Vector2.js, line 222

Returns:

dotProduct result

Type

Float

<static> this.getAngle(a, b) → {Float}

return the angle (radians) between two vector2

Parameters:

Name	Type	Description
a	Vector2	first vector2
b	Vector2	second vector2

Source:

• core/Vector2.js, line 239

Returns:

angle result

Type

Float

<static> this.getHarmonics(rotation) → {Harmonics}

return the harmonics value
can pass a rotation to get harmonics with this rotation

Parameters:

Name	Type	Argument	Description
rotation	Float	<optional>	used by gameObjects in getPos and other

Source:

• core/Vector2.js, line 298

Returns:

harmonics (cosinus and sinus)

Type

Harmonics

<static> this.getVector(a, b) → {Vector2}

return the Vector between two Vector2

Parameters:

Name	Type	Description
a	Vector2	first vector2
b	Vector2	second vector2

Source:

• core/Vector2.js, line 202

Returns:

this current instance

Type

Vector2

<static> this.isInRangeFrom(other, range) → {Boolean}

trigger a circle collision with an other Vector and a range

Parameters:

Name	Type	Description
other	Vector2
range	Float

Source:

• core/Vector2.js, line 277

Returns:

isInRange result

Type

Boolean

<static> this.multiply(coef) → {Vector2}

multiply this vector with coef

Parameters:

Name	Type	Description
coef	Float

Source:

• core/Vector2.js, line 130

Returns:

this current instance

Type

Vector2

<static> this.normalize() → {Vector2}

change the vector length to 1 (check wikipedia normalize if you want know more about)

Source:

• core/Vector2.js, line 186

Returns:

this current instance

Type

Vector2

<static> this.rotate(angle, ignoreDelta) → {Float}

apply the given angle to rotation

Parameters:

Name	Type	Argument	Description
angle	Float		rotation value
ignoreDelta	Boolean	<optional>	if you want to prevent deltaTime adjustment

Source:

• core/Vector2.js, line 116

Returns:

this.rotation current rotation

Type

Float

<static> this.setPosition(Vector2) → {Vector2}

set precise position

Parameters:

Name	Type	Description
Vector2	Vector2 | Float	or x

Source:

• core/Vector2.js, line 95

Returns:

this current instance

Type

Vector2

<static> this.setRotation(newAngle) → {Float}

set precise rotation

Parameters:

Name	Type	Description
newAngle	Float

Source:

• core/Vector2.js, line 71

Returns:

this.rotation current rotation

Type

Float

<static> this.translate(vector2, absolute, ignoreDelta) → {Vector2}

move position along the given Vector2

Parameters:

Name	Type	Argument	Description
vector2	Vector2		vector to translate along
absolute	Boolean		if absolute, translation will ignore current rotation
ignoreDelta	Boolean	<optional>	if you want to prevent deltaTime adjustment

Source:

• core/Vector2.js, line 146

Returns:

this current instance

Type

Vector2