View source for GSDP:GAM100/CProcessing/CP Vector

=CP_Vector=
==Description==
A '''CP_Vector''' (2D vector type) is a structure that can hold two float values. This is used for linear algebra, but can be used for any purpose that requires two values. There are a series of operations that can be done using a 2D vector that are also provided.

==Example==
<syntaxhighlight lang='c'>
void update() 
{
  // create a position vec2
  CP_Vector position;

  // set the position
  position.x = 100;
  position.y = 200;

  // scale the position by 1.5
  position = CP_Vector_Scale(position, 1.5f);

  // draw a rectangle at the position
  CP_Graphics_DrawRect(position.x, position.y, 50, 50);
}
</syntaxhighlight>

====Related====

* [[GSDP:GAM100/CProcessing                         |Main Page               ]]
* [[GSDP:GAM100/CProcessing/CP_Graphics_DrawRect()  |CP_Graphics_DrawRect()  ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Zero()        |CP_Vector_Zero()        ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Set()         |CP_Vector_Set()         ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Negate()      |CP_Vector_Negate()      ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Add()         |CP_Vector_Add()         ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Subtract()    |CP_Vector_Subtract()    ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Normalize()   |CP_Vector_Normalize()   ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Scale()       |CP_Vector_Scale()       ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Length()      |CP_Vector_Length()      ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Distance()    |CP_Vector_Distance()    ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_DotProduct()  |CP_Vector_DotProduct()  ]]
* [[GSDP:GAM100/CProcessing/CP_Vector_CrossProduct()|CP_Vector_CrossProduct()]]
* [[GSDP:GAM100/CProcessing/CP_Vector_Angle()       |CP_Vector_Angle()       ]]