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// CRUSH DATA: MAIN MODEL.
0.700000			// DAMAGE MULTIPLIER AKA SOFTNESS FACTOR.
0.150000,0.400000	// \
0.050000			//  \
0.050000			//   > THESE ARE ALWAYS THE SAME. UNKNOWN PURPOSE.
0.000000			//  /
0.000000			// /
12					// TOTAL NUMBER OF TRIGGER (PARENT) VERTICES.
	// BUMPER PART (ID RANGE: #0 -> #29)
	// FRONT RIGHT IMPACT
	11	// TRIGGER VERTEX
		// TWO FOLLOWING LINES ARE RESPECTIVELY THE LOWEST (-X, -Y, -Z) AND HIGHEST (X, Y, Z) ABSOLUTE COORDS.
		// THAT THIS TRIGGER VERTEX CAN MOVE TO (OR TOWARD).
		// THEY ARE TAKEN FROM THE DAT MODEL (NOT IN ACTOR POSITION).
		0.038, -0.0787, -0.397
		0.088, -0.0787, -0.20
		// AND NOW MULTIPLIERS FOR EACH +/- AXIS.
		// MOST EFFECTIVE AXIS TO DEFORM THE PART MAINLY DEFAULT AROUND 0.25~0.3.
		// MAX VALUE ENCOUNTERED SEEMS TO BE 0.45.
		0.0, 0.15, 0.0		// LEFT, TOP, REAR IMPACTS
		0.45, 0.0, 0.15		// RIGHT, BOTTOM, FRONT IMPACTS
		29	// TOTAL NUMBER OF CHILDREN VERTICES THAT FOLLOW THE PARENT TRIGGER VERTEX BEHEAVIOUR. LIST FOLLOWS.
			// FIRST VERTEX IN LIST IS THE ONE WITH THE LOWEST ID.
			// HERE IT'S VERTEX ID#0. THE GAME STARTS COUNTING FROM -1 SO I HAVE TO PUT 1 INSTEAD OF 0 (-1+1=0).
			// IF THE FIRST ID HAD TO BE 165 THEN 166 MUST BE WRITTEN (-1+166=165). YOU GET THE IDEA.
			// !! PAY ATTENTION THAT THE FIRST VERTEX ID MUST NEVER BE ABOVE #254~255 !!
			// THE GAME JUST GOES BACK TO COUNTING FROM -1 AFTER 254~255.
			1	// #0 (-1+1)
				// THE NUMBER THAT FOLLOWS EACH VERTEX ID PROGRESSION
				// DEFINES HOW FAR THIS CHILD VERTEX IS FROM THE PARENT.
				// IT RANGES FROM 0 TO 255. 0 IS CLOSEST AND FOLLOWS THE MOST THE DEFORMATION OF THE PARENT.
				// 255 IS THE FURTHEST AND BARELY DEFORMS LIKE THE PARENT VERTEX.
				64
			// THE SECOND VERTEX ID IN THE LIST IS SIMPLY ENTERED AS A PROGRESSION FROM THE FIRST CHILD.
			// HERE THE SECOND ENTRY IS #1 SO I JUST WRITE 1 AS IT IS #0+1.
			// EX: IF FIRST CHILD IS #47 AND SECOND IS #101, THEN PROGRESSION IS 54.
			// THIS LIST IS VERY ORDERED SO PROGRESSION IS ALMOST ALWAYS 1.
			1	// NEXT VERTEX IS #1, SO +1
				64
			1	// AND FORTH
				128		// FURTHER FROM THE PARENT - THESE NUMBERS DON'T HAVE TO BE POWERS OF 2 BTW.
			1
				128
			1
				64
			1
				64
			1
				64
			1
				64
			1
				64
			1
				64
			1	// #10
				0		// VERY CLOSE TO THE PARENT
			// I DON'T NEED TO LIST #11 AS IT IS THE PARENT VERTEX
			// SO THE PROGRESSION FROM #10 TO #12 IS 2.
			2	// #12
				64
			1
				0
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