Sky Mipmap Val (RW Section) - Revision history

Aschratt at 15:29, 11 September 2020

2020-09-11T15:29:48Z

Aschratt at 15:29, 11 September 2020

2020-09-11T15:29:28Z

Aschratt at 12:19, 11 September 2020

2020-09-11T12:19:49Z

DK22Pac: /* Structure */

2014-12-15T16:00:52Z

‎Structure

DK22Pac: Created page with "{{RW Section|Sky Mipmap Val|0x0110}} '''Sky Mipmap''' - a section in DFF file, which is an extension for Texture and Texture Native (RW Section)|Te..."

2014-12-15T15:59:52Z

Created page with "{{RW Section|Sky Mipmap Val|0x0110}} '''Sky Mipmap''' - a section in DFF file, which is an extension for Texture and Texture Native (RW Section)|Te..."

New page

{{RW Section|Sky Mipmap Val|0x0110}}

'''Sky Mipmap''' - a section in DFF file, which is an extension for [[Texture (RW Section)|Texture]] and [[Texture Native (RW Section)|Texture Native]] sections. This section is only used in PS2 models / textures (PS2-version of RenderWare engine is called 'Sky').

==Structure==

This section takes 4 bytes and consists of two parameters - "K" and "L". The "K" and "L" values control the way mipmap levels are selected by the Graphics Synthesizer.
12bits K-value - specifies the distance a polygon needs to be from the camera such that the pixel to texel ratio, when rendered, is 1:1 assuming the polygon is flat on the screen.
It ranges within [-2048 ; 2047]. Divide it by 16 to get a real world coordinate.
2bits L-value - specifies the angle of inclination between the polygon and the camera viewwindow, it's a 2-bit value where 0 says the angle is 0 degrees and 3 says it's 90 degrees.

@@ Line 5: / Line 5: @@
 | MODULEID = 000001
 | IDENTIFIER = 10
-| PARENTS = [[Texture (RW Section)|Texture]] ''([[Extension (RW Section)|Extension]])''
+| PARENTS = [[Texture (RW Section)|Texture]] ''([[Extension (RW Section)|Extension]])'', [[Raster (RW Section)|Raster]] ''([[Extension (RW Section)|Extension]])''
 }}
-'''Sky Mipmap''' - a section in DFF file, which is an extension for [[Texture (RW Section)|Texture]] and [[Raster(RW Section)|Raster]] sections. This section is only used in PS2 models / textures (PS2-version of RenderWare engine is called 'Sky').
+'''Sky Mipmap''' - a section in DFF file, which is an extension for [[Texture (RW Section)|Texture]] and [[Raster (RW Section)|Raster]] sections. This section is only used in PS2 models / textures (PS2-version of RenderWare engine is called 'Sky').
 ==Structure==

@@ Line 1: / Line 1: @@
-{{RW Section|Sky Mipmap Val|0x0110}}
+{{RW Section
 '''Sky Mipmap''' - a section in DFF file, which is an extension for [[Texture (RW Section)|Texture]] and [[Texture Native (RW Section)|Texture Native]] sections. This section is only used in PS2 models / textures (PS2-version of RenderWare engine is called 'Sky').
@@ Line 6: / Line 13: @@
 This section takes 4 bytes and consists of two parameters - "K" and "L". The "K" and "L" values control the way mipmap levels are selected by the Graphics Synthesizer.
 bits K-value - specifies the distance a polygon needs to be from the camera such that the pixel to texel ratio,
                    when rendered, is 1:1 assuming the polygon is flat on the screen.
@@ Line 11: / Line 19: @@
 bits L-value - specifies the angle of inclination between the polygon and the camera viewwindow,
                    it's a 2-bit value where 0 says the angle is 0 degrees and 3 says it's 90 degrees.

@@ Line 6: / Line 6: @@
 This section takes 4 bytes and consists of two parameters - "K" and "L". The "K" and "L" values control the way mipmap levels are selected by the Graphics Synthesizer.
-bits K-value - specifies the distance a polygon needs to be from the camera such that the pixel to texel ratio, when rendered, is 1:1 assuming the polygon is flat on the screen.
+bits K-value - specifies the distance a polygon needs to be from the camera such that the pixel to texel ratio,
- It ranges within [-2048 ; 2047]. Divide it by 16 to get a real world coordinate.
+                  when rendered, is 1:1 assuming the polygon is flat on the screen.
-bits L-value - specifies the angle of inclination between the polygon and the camera viewwindow, it's a 2-bit value where 0 says the angle is 0 degrees and 3 says it's 90 degrees.
+                  It ranges within [-2048 ; 2047]. Divide it by 16 to get a real world coordinate.