Sims 3:0xD3044521

Routing Slot - RSLT
TypeID:	0xD3044521
Game Version:	The Sims 3

Overview

This is a Sims 3:RCOL chunk.

Format

DWORD 'RSLT'
DWORD Version
DWORD Count1	// route
DWORD Count2	// container
DWORD Count3	// effect
DWORD Count4	// Inverse Kinetics targets
DWORD Count5	// Cone slots

// Part 1 - Route
--repeat Count1:
	DWORD slot name			// fnv32
--repeat Count1:
	DWORD bone name			// fnv32 (From rig)
--repeat Count1:
	FLOAT[12]			// (4x3 transform matrix)
--if Count1 > 0:
	DWORD numSlotsWithOffsets
	--repeat numSlotsWithOffsets:
		DWORD index		// index of the slot the offset is for
               FLOAT[3] position	// position offset
               FLOAT[3] rotation	// rotation offset (euler angles, in radians)

// Part 2 - Container
--repeat Count2:
	DWORD slot name	// fnv32
--repeat Count2:
	DWORD bone name	// fnv32 (From rig)
--repeat Count2:
	DWORD flags	// Slot placement flags (seem to work...)
--repeat Count2:
	FLOAT[12]	// (4x3 transform matrix)
--if Count2 > 0:
	DWORD numSlotsWithOffsets
	--repeat numSlotsWithOffsets:
		DWORD index		// index of the slot the offset is for
               FLOAT[3] position	// position offset
               FLOAT[3] rotation	// rotation offset (euler angles, in radians)

// Part 3 - Effect
--repeat Count3:
	DWORD slot name	// fnv32
--repeat Count3:
	DWORD bone name	// fnv32 (From rig)
--repeat Count3:
	FLOAT[12]	// (4x3 transform matrix)
--if Count3 > 0:
	DWORD numSlotsWithOffsets
	--repeat numSlotsWithOffsets:
		DWORD index		// index of the slot the offset is for
               FLOAT[3] position	// position offset
               FLOAT[3] rotation	// rotation offset (euler angles, in radians)

// Part 4 - Inverse Kinetics targets
--repeat Count4:
	DWORD slot name	// fnv32
--repeat Count4:
	DWORD bone name	// fnv32 (From rig)
--repeat Count4:
	FLOAT[12]	// (4x3 transform matrix)
--if Count4 > 0:
	DWORD numSlotsWithOffsets
	--repeat numSlotsWithOffsets:
		DWORD index		// index of the slot the offset is for
               FLOAT[3] position	// position offset
               FLOAT[3] rotation	// rotation offset (euler angles, in radians)