Sims 3:0x01D0E723 - Revision history

Pljones at 11:23, 26 March 2011

2011-03-26T11:23:51Z

Pljones: /* Element Formats */

2011-03-26T10:54:25Z

‎Element Formats

Pljones: /* Element Formats */

2011-03-26T10:28:53Z

‎Element Formats

Pljones: /* Element Formats */

2011-03-20T10:24:12Z

‎Element Formats

Pljones: /* Element Usages */

2011-03-20T10:15:49Z

‎Element Usages

Pljones: /* Element Formats */

2011-03-20T10:15:24Z

‎Element Formats

Pljones: /* Element Formats */

2011-01-22T09:49:08Z

‎Element Formats

Dd764ta: /* Element Formats */

2011-01-22T00:19:19Z

‎Element Formats

Pljones: /* Element Formats */

2011-01-18T22:08:30Z

‎Element Formats

Pljones: /* Element Formats */

2011-01-17T23:07:21Z

‎Element Formats

@@ Line 28: / Line 28: @@
 !Element Formats
 |-
-|0x00 || Position || Short4, Float3
+|0x00 || Position || Float3, Short4
 |-
 |0x01 || Normal || ColorUByte4
 |-
-|0x02 || UV || Short2, Short4, Float2, Float4
+|0x02 || UV || Float2, Float4, Short2, Short4
 |-
-|0x03 || BlendIndex|| UByte4
+|0x03 || BlendIndex || UByte4
 |-
-|0x04 || BlendWeight|| ColorUByte4
+|0x04 || BlendWeight || ColorUByte4
 |-
-|0x05 || Tangent|| ColorUByte4
+|0x05 || Tangent || ColorUByte4
 |-
-|0x06 || Color|| ColorUByte4
+|0x06 || Color || ColorUByte4
 |}
@@ Line 48: / Line 48: @@
 |-
 !Id
 ![http://msdn.microsoft.com/en-us/library/bb172533%28v=VS.85%29.aspx Type]
+!
 ![[Sims 3:0x01D0E6FB#Swizzle Commands|SwizzleCommands]]
 |-
-|0x00 || Float || 1 float || 1x(Swizzle32)
+|0x00 || || Float || 1 float || 1x(Swizzle32)
 |-
-|0x01 || Float2 || 2 floats || 2x(Swizzle32)
+|0x01 || UV || Float2 || 2 floats || 2x(Swizzle32)
 |-
-|0x02 || Float3 || 3 floats  || 3x(Swizzle32)
+|0x02 || Position || Float3 || 3 floats  || 3x(Swizzle32)
 |-
-|0x03 || Float4 || 4 floats || 4x(Swizzle32)
+|0x03 || UV || Float4 || 4 floats || 4x(Swizzle32)
 |-
-|0x04 || UByte4 || 4 bytes || 1x(Swizzle32)
+|0x04 || BlendIndex || UByte4 || 4 bytes || 1x(Swizzle32)
 |-
-|0x05 || ColorUByte4 || 3 floats in 4 bytes. Order is little-endian, use the low order byte (4th) as an unsigned scaler value. For each remaining signed byte, if negative, add it, if positive, subtract it, then multiple the result by 1/scaler, or by 1/127 if scaler is 0
+|0x05 || Normal, BlendWeight, Tangent, Color || ColorUByte4 || 3 floats in 4 bytes. Order is little-endian, use the low order byte (4th) as an unsigned scaler value. For each remaining signed byte, if negative, add it, if positive, subtract it, then multiple the result by 1/scaler, or by 1/127 if scaler is 0
 This entry needs explaining more clearly.
@@ Line 78: / Line 79: @@
 || 1x(Swizzle32)
 |-
-|0x06 || Short2 ||
+|0x06 || UV || Short2 ||
 floats in two words.
 :*Non-UV usage: Divide by 32767.
@@ Line 84: / Line 85: @@
 || 1x(Swizzle16x2)
 |-
-|0x07 || Short4 ||
+|0x07 || Position, UV || Short4 ||
 floats in four words.
 :*Non-UV usage: The fourth word is an unsigned scalar (or use 32767 if zero).  Divide by this scalar.
@@ Line 90: / Line 91: @@
 || 2x(Swizzle16x2)
 |-
-|0x08 || UByte4N||  || 1x(Swizzle32)
+|0x08 || || UByte4N ||  || 1x(Swizzle32)
 |-
-|0x09 || Short2N||  || 1x(Swizzle16x2)
+|0x09 || || Short2N ||  || 1x(Swizzle16x2)
 |-
-|0x0A || Short4N||  || 2x(Swizzle16x2)
+|0x0A || || Short4N ||  || 2x(Swizzle16x2)
 |-
-|0x0B || UShort2N ||  || 1x(Swizzle16x2)
+|0x0B || || UShort2N ||  || 1x(Swizzle16x2)
 |-
-|0x0C || UShort4N ||
+|0x0C || || UShort4N ||
 floats in four words.
 :*Non-UV usage: The fourth word is an unsigned scalar (or use 512 if zero).  Divide by this scalar.
@@ Line 104: / Line 105: @@
 || 2x(Swizzle16x2)
 |-
-|0x0D || Dec3N ||  || 1x(Swizzle32)
+|0x0D || || Dec3N ||  || 1x(Swizzle32)
 |-
-|0x0E || UDec3N ||  || 1x(Swizzle32)
+|0x0E || || UDec3N ||  || 1x(Swizzle32)
 |-
-|0x0F || Float16_2 ||  || 1x(Swizzle16x2)
+|0x0F || || Float16_2 ||  || 1x(Swizzle16x2)
 |-
-|0x10 || Float16_4 ||  || 2x(Swizzle16x2)
+|0x10 || || Float16_4 ||  || 2x(Swizzle16x2)
 |-
 |}

@@ Line 79: / Line 79: @@
 |-
 |0x06 || Short2 ||
-floats in two words. Divide the signed values by scalar.
+floats in two words.
-Scalar differs for UV usage.
+:*Non-UV usage: Divide by 32767.
-:*Non-UV usage: scalar is 32767.
+:*UV usage: See below.
-:*UV usage: scalar is from the MATD.
 || 1x(Swizzle16x2)
 |-
 |0x07 || Short4 ||
-floats in four words. Divide each signed word by scalar.
+floats in four words.
-Scalar differs for UV usage.
+:*Non-UV usage: The fourth word is an unsigned scalar (or use 32767 if zero).  Divide by this scalar.
-:*Non-UV usage: the fourth word is an unsigned scaler (or use 32767 if zero).
+:*UV usage: See below.
-:*UV usage: scalar is from the MATD.
 || 2x(Swizzle16x2)
 |-
@@ Line 101: / Line 99: @@
 |-
 |0x0C || UShort4N ||
-floats in four words. Divide each signed word by scalar.
+floats in four words.
-Scalar differs for UV usage.
+:*Non-UV usage: The fourth word is an unsigned scalar (or use 512 if zero).  Divide by this scalar.
-:*Non-UV usage: the fourth word is an unsigned scalar (or use 512 if zero).
+:*UV usage: See below.
-:*UV usage: scalar is from the MATD.
 || 2x(Swizzle16x2)
 |-
@@ Line 116: / Line 113: @@
 |-
 |}
-For UV usage, scalar is taken from the [[Sims 3:0x01D0E75D|MATD]] ShaderData entry for UVScales, element 0.  If no such value exists, divide by 32767.
+For UV usage, multiply by the [[Sims 3:0x01D0E75D|MATD]] ShaderData entry for UVScales, element 0.  If no such value exists, divide by 32767.

@@ Line 78: / Line 78: @@
 || 1x(Swizzle32)
 |-
-|0x06 || Short2 || 2 floats in two words. Multiply the signed values by 1/32767 || 1x(Swizzle16x2)
+|0x06 || Short2 ||
 |-
-|0x07 || Short4 || 3 floats in 4 words. The fourth word is an unsigned scaler, multiply each signed word by 1/scaler (or use 65535 if zero)
+|0x07 || Short4 ||
 || 2x(Swizzle16x2)
 |-
@@ Line 91: / Line 100: @@
 |0x0B || UShort2N ||  || 1x(Swizzle16x2)
 |-
-|0x0C || UShort4N ||  || 2x(Swizzle16x2)
+|0x0C || UShort4N ||
 |-
 |0x0D || Dec3N ||  || 1x(Swizzle32)
@@ Line 102: / Line 116: @@
 |-
 |}

@@ Line 70: / Line 70: @@
 [[User:Pljones|Pljones]] 23:07, 17 January 2011 (UTC)
-OK, here's my explanation (this generates values that match Wes Howe's tool):
+OK, here's my explanation (this generates values that match Wes Howe's tool fairly well):
 :There are two methods, a general one and one for BlendWeight only, that are slightly different.
 :*The order of the three floats is the reverse order of the first three bytes, with the fourth byte being a scaling factor.

@@ Line 25: / Line 25: @@
 |-
 !Id
-!Type
+![http://msdn.microsoft.com/en-us/library/bb172534%28v=VS.85%29.aspx Type]
 !Element Formats
 |-