====== vec2f ======

**Category**: Data structure



===== Functions =====

----

==== add ====

''void **vec2f.add**(//object//, //x//, //y//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''x''// | ''[[:data-types#float|float]]'' |  |
| //''y''// | ''[[:data-types#float|float]]'' |  |

----

==== mod ====

''[[:api:vec2f | vec2f]] **vec2f.mod**(//object//, //scalar//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''scalar''// | ''[[:data-types#float|float]]'' |  |

----

==== dot ====

''[[:data-types#float|float]] **vec2f.dot**(//object//, //vector//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''vector''// | ''[[:api:vec2f | vec2f]]'' |  |

----

==== crossZ ====

''[[:data-types#float|float]] **vec2f.crossZ**(//object//, //vector//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''vector''// | ''[[:api:vec2f | vec2f]]'' |  |

----

==== cross ====

''[[:api:vec3f | vec3f]] **vec2f.cross**(//object//, //vector//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''vector''// | ''[[:api:vec2f | vec2f]]'' |  |

----

==== getLength2 ====

''[[:data-types#float|float]] **vec2f.getLength2**(//object//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |

----

==== set ====

''void **vec2f.set**(//object//, //x//, //y//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''x''// | ''[[:data-types#float|float]]'' |  |
| //''y''// | ''[[:data-types#float|float]]'' |  |

----

==== normalize ====

''void **vec2f.normalize**(//object//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |

----

==== normalized ====

''[[:api:vec2f | vec2f]] **vec2f.normalized**(//object//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |

----

==== normalizeSafe ====

''void **vec2f.normalizeSafe**(//object//, //epsilon//)''

Normalizes the vector safely, avoiding division by zero. Vector close to zero (length lower or equal to _epsilon) will return {0;0}.

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''epsilon''// | ''[[:data-types#float|float]]'' |  |

----

==== normalizedSafe ====

''[[:api:vec2f | vec2f]] **vec2f.normalizedSafe**(//object//, //epsilon//)''

Normalizes the vector safely, avoiding division by zero. Vector close to zero (length lower or equal to _epsilon) will return {0;0}.

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''epsilon''// | ''[[:data-types#float|float]]'' |  |

----

==== distance2 ====

''[[:data-types#float|float]] **vec2f.distance2**(//object//, //vector//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''vector''// | ''[[:api:vec2f | vec2f]]'' |  |

----

==== isZero ====

''[[:data-types#boolean|boolean]] **vec2f.isZero**(//object//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |

----

==== isNearZero ====

''[[:data-types#boolean|boolean]] **vec2f.isNearZero**(//object//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |

----

==== rotate ====

''void **vec2f.rotate**(//object//, //angle//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''angle''// | ''[[:data-types#float|float]]'' |  |

----

==== rotated ====

''[[:api:vec2f | vec2f]] **vec2f.rotated**(//object//, //angle//)''

^ Name ^ Type ^ Description ^
| //''object''// | ''vec2f'' |  |
| //''angle''// | ''[[:data-types#float|float]]'' |  |