Difference between revisions of "HPL3/SOMA/Scripting/cVector3f"
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| − | + | ==Remarks== | |
A normalized vector is a vector whose length is equal to one, otherwise known as a unit vector. To convert a vector into a unit vector, get the normalization factor by calling the ''Normalize'' function, then divide each of the vector's x, y, and z coordinates by that factor. | A normalized vector is a vector whose length is equal to one, otherwise known as a unit vector. To convert a vector into a unit vector, get the normalization factor by calling the ''Normalize'' function, then divide each of the vector's x, y, and z coordinates by that factor. | ||
Revision as of 01:51, 4 August 2020
A three dimensional vector unit whose elements are stored as floats.
Contents
Constructors
| Constructor | Description |
|---|---|
cVector3f(float, float, float) |
Creates a cVector3f with the given element data.
|
Fields
| Field Name | Type | Description |
|---|---|---|
| x | float |
The x value of the vector. |
| y | float |
The y value of the vector. |
| z | float |
The z value of the vector. |
Functions
| Return Type | Function Name | Parameters | Description |
|---|---|---|---|
float |
GetElement | uint64 alIdx |
Gets the value at the given index. (Indices 0, 1, and 2 are equal to x, y, and z, respectively.) |
float |
Length | Returns the length of this vector. | |
float |
Normalize | Returns the normalization factor for this vector. (See Remarks.) | |
void |
SetElement | uint64 alIdx,float afValue |
Sets the value at the given index to the given value. (Indices 0, 1, and 2 are equal to x, y, and z, respectively.) |
float |
SqrLength | Returns the length-squared of this vector. |
Remarks
A normalized vector is a vector whose length is equal to one, otherwise known as a unit vector. To convert a vector into a unit vector, get the normalization factor by calling the Normalize function, then divide each of the vector's x, y, and z coordinates by that factor.
cVector3f vBaseVector(2.0, 5.0, 3.0);
float fNormFactor = vBaseVector.Normalize();
cVector3f vNormalizedVector(vBaseVector.x / fNormFactor,
vBaseVector.y / fNormFactor,
vBaseVector.z / fNormFactor);