====== Simple Physics Node ======
Simple Physics is a node that can have parameter assigned and it can perform physics in the way that are set on parameter.\\
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On Simple Physics, these proprieties that can be edited:\\

==== Transform ====
  * Translation: x, y, z
  * Lock to root node
  * Rotation: x, y, z
  * Scale: x, y
  * Snap to pixel
  * Sorting

==== simplePhysics ====
  * Parameter
  * Type: pendulum, springpendulum
  * Mapping mode: anglelength, xy
  * Local transform lock
  * Gravity scale
  * Length resonant frequency
  * Damping: x, y
  * Outputscale: x, y


===== How to use =====

  - Add a ''Simple Physics Node'' to your node tree.\\
  - Put the part that you want physics to apply to into the ''Simple Physics Node''.\\
  - Add a ''parameter''. A 1D Parameter (-1..1) should work well enough. Arm the parameter and set points -1 and 1 with the object in the ''Simple Physics Node''.\\
  - When you are done making your ''parameter'', drag it from the parameter list to the inspector "(Unassigned)" box, while the ''Simple Physics Node'' is selected.\\
  - Test by moving layers that the ''Simple Physics Node'' is connected to.\\

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==== Options: ====

**Type**
  - Pendulum. This mode swings the asset left and right. If it is rotated, it can swing it up and down.
  - Spring Pendulum. This mode does the same thing, but makes it so that the asset bounces up and down as it swings from left to right.

**Mapping Mode**
  - AngleLength
  - Ordered List ItemXY

**Local Transform Lock**
  - Checking this box locks movement to only the "physics node itself".

**Gravity Scale**
  - This effects how heavy the object is treated as. The higher the number, the less motion will swing around the pendulum.

**Length**
  - This number sets how long the pendulum is. The shorter it is, the quicker and jerkier the movement.

**Damping**
  - A high value will slow down the effects of the physics as it approaches its resting point. A value of zero will keep it swinging forever.

**Output Scale**
  - Increasing this value decreases the amount of motion is required to effect the physics.