A constructor defined in BBMOD_Vec3.gml
new BBMOD_Vec3([_x[, _y, _z]])A 3D vector.
| Name | Type | Description |
|---|---|---|
| _x | Real |
The first component of the vector. Defaults to 0. |
| _y | Real |
The second component of the vector. Defaults to _x. |
| _z | Real |
The third component of the vector. Defaults to _x. |
| Name | Description |
|---|---|
| X | The first component of the vector. |
| Y | The second component of the vector. |
| Z | The third component of the vector. |
| Name | Description |
|---|---|
| Abs | Creates a new vector where each component is equal to the absolute value of the original component. |
| AbsSelf | Sets each component to its absolute value. |
| Add | Adds vectors and returns the result as a new vector. |
| AddSelf | Adds vectors and stores the result into self. |
| Ceil | Applies function ceil to each component of the vector and returns the result as a new vector. |
| CeilSelf | Applies function ceil to each component of the vector and stores the result into self. |
| Clamp | Clamps each component of the vector between corresponding components of _min and _max and returns the result as a new vector. |
| ClampLength | Clamps the length of the vector between _min and _max and returns the result as a new vector. |
| ClampLengthSelf | Clamps the length of the vector between _min and _max and stores the result into self. |
| ClampSelf | Clamps each component of the vector between corresponding components of _min and _max and stores the result into self. |
| Clone | Creates a clone of the vector. |
| Copy | Copies components of the vector to the _dest vector. |
| Cross | Computes a cross product of this vector and vector _v and returns the result as a new vector. |
| CrossSelf | Computes a cross product of this vector and vector _v and stores the result into self. |
| Dot | Computes the dot product of this vector and vector _v. |
| Equals | Checks whether this vectors equals to vector _v. |
| Floor | Applies function floor to each component of the vector and returns the result as a new vector. |
| FloorSelf | Applies function floor to each component of the vector and stores the result into self. |
| Frac | Applies function frac to each component of the vector and returns the result as a new vector. |
| FracSelf | Applies function frac to each component of the vector and stores the result into self. |
| FromArray | Loads vector components from an array. |
| FromBarycentric | Computes the vector components using a formula _v1 + _f * (_v2 - _v1) + _g * (_v3 - _v1). |
| FromBuffer | Loads vector components from a buffer. |
| Get | Retrieves vector component at given index (0 is X, 1 is Y, etc.). |
| Length | Computes the length of the vector. |
| LengthSqr | Computes a squared length of the vector. |
| Lerp | Linearly interpolates between vector _v by the given amount and returns the result as a new vector. |
| LerpSelf | Linearly interpolates between vector _v by the given amount and stores the result into self. |
| MaxComponent | Computes the greatest component of the vector. |
| Maximize | Creates a new vector where each component is the maximum component from this vector and vector _v. |
| MaximizeSelf | Takes the maximum of each component of this vector and vector _v and stores it into self. |
| MinComponent | Computes the smallest component of the vector. |
| Minimize | Creates a new vector where each component is the minimum component from this vector and vector _v. |
| MinimizeSelf | Takes the minimum from each component of this vector and vector _v and stores it into self. |
| Mul | Multiplies the vector with vector _v and returns the result as a new vector. |
| MulSelf | Multiplies the vector with vector _v and stores the result into self. |
| Negate | Negates the vector and returns the result as a new vector. |
| NegateSelf | Negates the vector and stores the result into self. |
| Normalize | Normalizes the vector and returns the result as a new vector. |
| NormalizeSelf | Normalizes the vector and stores the result into self. |
| Orthonormalize | Orthonormalizes the vectors in-place using the Gram–Schmidt process. |
| Reflect | Reflects the vector from vector _v and returns the result as a new vector. |
| ReflectSelf | Reflects the vector from vector _v and stores the result into self. |
| Round | Applies function round to each component of the vector and returns the result as a new vector. |
| RoundSelf | Applies function round to each component of the vector and stores the result into self. |
| Scale | Scales each component of the vector by _s and returns the result as a new vector. |
| ScaleSelf | Scales each component of the vector by _s and stores the result into self. |
| Set | Sets vector components in-place. |
| SetIndex | Sets vector component in-place. |
| Sub | Subtracts vector _v from this vector and returns the result as a new vector. |
| SubSelf | Subtracts vector _v from this vector and stores the result into self. |
| ToArray | Writes the components of the vector into the target array. |
| ToBuffer | Writes the components of the vector into the buffer. |
| Transform | Transforms vector (X, Y, Z, 1.0) by a matrix and returns the result as a new vector. |
| TransformSelf | Transforms vector (X, Y, Z, 1.0) by a matrix and stores the result into self. |
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