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User:CliffordO11

CliffordO11 — Sat, 16 May 2026 18:21:46 GMT

User account CliffordO11 was created

Text Font Map

Hyper — Tue, 05 May 2026 17:51:27 GMT

← Older revision		Revision as of 17:51, 5 May 2026
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	\|const char*		\|const char*
	\|pTextFontProportionPath		\|pTextFontProportionPath
	\|A pointer to the path to the ~~'''~~Text Font Proportion~~'''~~ for this font.		\|A pointer to the path to the [[Text Font Proportion]] for this font.
	\|-		\|-
	\|0x14		\|0x14

Text Font Proportion

Hyper — Tue, 05 May 2026 17:48:15 GMT

← Older revision		Revision as of 17:48, 5 May 2026
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	\|Rodin Pro Demi Bold		\|Rodin Pro Demi Bold
	\|18 ~ 20 px		\|18 ~ 20 px
	\|~~Used for~~ system text and subtitles.		\|For system text and subtitles.
	\|-		\|-
	\|<code>pf20_ff2.pfi</code>		\|<code>pf20_ff2.pfi</code>
	\|New Rodin Pro Ultra Bold		\|New Rodin Pro Ultra Bold
	\|~24.5 px		\|~24.5 px
	\|~~Used for~~ main menu header text.		\|For main menu header text.
	\|-		\|-
	\|<code>pf20_ff3.pfi</code>		\|<code>pf20_ff3.pfi</code>
	\|New Rodin Pro Ultra Bold		\|New Rodin Pro Ultra Bold
	\|~19.5 px		\|~19.5 px
	\|~~Used for~~ main menu option text.		\|For main menu option text.
	\|}		\|}

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	The proportion table is an array of bytes that correspond to pixel widths of Unicode characters. The first 0x20 bytes in the code page are usually skipped, as they're control characters and typically aren't intended to be displayed.		The proportion table is an array of bytes that correspond to pixel widths of Unicode characters. The first 0x20 bytes in the code page are usually skipped, as they're control characters and typically aren't intended to be displayed.

	The length of the array can be calculated after reading the header by using the following expression:<syntaxhighlight lang="text">		The length of the array can be calculated after reading the header by using the following expression:
			<syntaxhighlight lang="text">
	CodePageLength - CodePageSeek - 1		CodePageLength - CodePageSeek - 1
	</syntaxhighlight>~~If a character has a width of zero, it'll fallback to the value stored in '''CellWidth''' in the header. This is usually the case for Japanese characters, as they always have the same fixed width.~~		</syntaxhighlight>

	To get the Unicode character a width pertains to, use the following expression:<syntaxhighlight lang="text">		If a character has a width of zero, it'll fallback to the value stored in <code>CellWidth</code> in the header. This is usually the case for Japanese characters, as they always have the same fixed width.

			To get the Unicode character a width pertains to, use the following expression:
			<syntaxhighlight lang="text">
	CodePageSeek + CharacterIndex		CodePageSeek + CharacterIndex
	</syntaxhighlight>		</syntaxhighlight>

	[[Category:File Formats]]		[[Category:File Formats]]

Text Font Map

Hyper — Tue, 05 May 2026 17:41:16 GMT

← Older revision		Revision as of 17:41, 5 May 2026
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	!Description		!Description
	\|-		\|-
	\|fontmap.ftm		\|<code>fontmap.ftm</code>
	\|Rodin Pro Demi Bold		\|Rodin Pro Demi Bold
	\|18 ~ 20 px		\|18 ~ 20 px
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	\|✔️		\|✔️
	\|28x28		\|28x28
	\|~~Used for~~ system text and subtitles.		\|For system text and subtitles.
	\|-		\|-
	\|font2map.ftm		\|<code>font2map.ftm</code>
	\|New Rodin Pro Ultra Bold		\|New Rodin Pro Ultra Bold
	\|~24.5 px		\|~24.5 px
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	\|❌		\|❌
	\|37x50		\|37x50
	\|~~Used for~~ main menu header text.		\|For main menu header text.
	\|-		\|-
	\|font3map.ftm		\|<code>font3map.ftm</code>
	\|New Rodin Pro Ultra Bold		\|New Rodin Pro Ultra Bold
	\|~19.5 px		\|~19.5 px
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	\|❌		\|❌
	\|31x41		\|31x41
	\|~~Used for~~ main menu option text.		\|For main menu option text.
	\|}		\|}

Text Font Proportion

Hyper — Tue, 05 May 2026 17:39:47 GMT

← Older revision		Revision as of 17:39, 5 May 2026
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	These files are located in <code>text.arc</code> under <code>./common/text/</code> as <code>*.pfi</code> files.		These files are located in <code>text.arc</code> under <code>./common/text/</code> as <code>*.pfi</code> files.
			<br><br>
			{\| class="wikitable"
			\|+
			!Name
			!Font
			!Size
			!Description
			\|-
			\|<code>pf20_ff.pfi</code>
			\|Rodin Pro Demi Bold
			\|18 ~ 20 px
			\|Used for system text and subtitles.
			\|-
			\|<code>pf20_ff2.pfi</code>
			\|New Rodin Pro Ultra Bold
			\|~24.5 px
			\|Used for main menu header text.
			\|-
			\|<code>pf20_ff3.pfi</code>
			\|New Rodin Pro Ultra Bold
			\|~19.5 px
			\|Used for main menu option text.
			\|}

	== Specification ==		== Specification ==

Text Font Map

Hyper — Tue, 05 May 2026 17:38:54 GMT

← Older revision		Revision as of 17:38, 5 May 2026
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	These files are located in <code>text.arc</code> under the <code>./text/</code> directory from [[Sonic the Hedgehog (2006) File System#Platform Root\|platform root]] as <code>*.ftm</code> files.		These files are located in <code>text.arc</code> under the <code>./text/</code> directory from [[Sonic the Hedgehog (2006) File System#Platform Root\|platform root]] as <code>*.ftm</code> files.
			<br><br>
			{\| class="wikitable"
			\|+
			!Name
			!Font
			!Size
			!Atlas Size
			!Pictures?
			!Cell Size
			!Description
			\|-
			\|fontmap.ftm
			\|Rodin Pro Demi Bold
			\|18 ~ 20 px
			\|2048x2048
			\|✔️
			\|28x28
			\|Used for system text and subtitles.
			\|-
			\|font2map.ftm
			\|New Rodin Pro Ultra Bold
			\|~24.5 px
			\|1024x512
			\|❌
			\|37x50
			\|Used for main menu header text.
			\|-
			\|font3map.ftm
			\|New Rodin Pro Ultra Bold
			\|~19.5 px
			\|512x512
			\|❌
			\|31x41
			\|Used for main menu option text.
			\|}

	== Specification ==		== Specification ==

Text Font Proportion

Hyper — Tue, 05 May 2026 17:23:03 GMT

Created page with "'''''Text Font Proportion''''' is a file format used in Sonic the Hedgehog (2006) for storing font character proportions. These files are located in <code>text.arc</code> under <code>./common/text/</code> as <code>*.pfi</code> files. == Specification == === Header === The header consists of the following data structure: {| class="wikitable" |+Length: 0x10 !Offset !Type !Name !Description |- |0x00 |Char[4] |Signature |Always "PRFI". |- |0x04 |UInt32 |DataOffset |Th..."

New page

'''''Text Font Proportion''''' is a file format used in [[Sonic the Hedgehog (2006)]] for storing font character proportions.

These files are located in <code>text.arc</code> under <code>./common/text/</code> as <code>*.pfi</code> files.

== Specification ==

=== Header ===
The header consists of the following data structure:
{| class="wikitable"
|+Length: 0x10
!Offset
!Type
!Name
!Description
|-
|0x00
|Char[4]
|Signature
|Always "PRFI".
|-
|0x04
|UInt32
|DataOffset
|The offset of the '''Proportion Table'''.
|-
|0x08
|UInt16
|Kerning
|The amount of spacing between each character in a string.
|-
|0x0A
|UInt16
|CellWidth
|The width of each character cell in the font atlas.
|-
|0x0C
|UInt16
|CodePageSeek
|The amount of characters to skip from the beginning of the code page.
|-
|0x0E
|UInt16
|CodePageLength
|The total size of the code page (including the skipped characters from '''CodePageSeek''').
|}

=== Proportion Table ===
The proportion table is an array of bytes that correspond to pixel widths of Unicode characters. The first 0x20 bytes in the code page are usually skipped, as they're control characters and typically aren't intended to be displayed.

The length of the array can be calculated after reading the header by using the following expression:<syntaxhighlight lang="text">
CodePageLength - CodePageSeek - 1
</syntaxhighlight>If a character has a width of zero, it'll fallback to the value stored in '''CellWidth''' in the header. This is usually the case for Japanese characters, as they always have the same fixed width.

To get the Unicode character a width pertains to, use the following expression:<syntaxhighlight lang="text">
CodePageSeek + CharacterIndex
</syntaxhighlight>
[[Category:File Formats]]

Text Font Map

Hyper — Tue, 05 May 2026 17:20:18 GMT

← Older revision		Revision as of 17:20, 5 May 2026
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	\|}		\|}
	To get the Unicode character this element pertains to, use the following expression:<syntaxhighlight lang="text">		To get the Unicode character this element pertains to, use the following expression:<syntaxhighlight lang="text">
	~~Character =~~ (CodePageIndex << 8) \| CharacterIndex		(CodePageIndex << 8) \| CharacterIndex
	</syntaxhighlight>		</syntaxhighlight>

Games

Hyper — Sun, 03 May 2026 19:27:40 GMT

← Older revision		Revision as of 19:27, 3 May 2026
(2 intermediate revisions by the same user not shown)
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	== NN ==		== NN ==
	NN is a proprietary graphics library developed by SEGA Creative Center's Graphics Section.		'''NN''' is a proprietary graphics library developed by SEGA Creative Center's Graphics Section.
	{\| class="wikitable"		{\| class="wikitable"
	!Game Name		!Game Name
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	\|Sonic Riders: Zero Gravity<ref name="ref_sega_nn_tools"/>		\|Sonic Riders: Zero Gravity<ref name="ref_sega_nn_tools"/>
	\|SR2		\|SR2
	\|1.18.56 for ~~PlayStation2~~<br>1.20.04 for ~~GAMECUBE~~		\|1.20.04 for GAMECUBE<br>1.18.56 for PlayStation2
	\| rowspan="3" \|2008		\| rowspan="3" \|2008
	\|-		\|-
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	\|1.04.04 for LINDBERGH		\|1.04.04 for LINDBERGH
	\|-		\|-
	\|Sonic Unleashed (Sonic World Adventure)<ref name="ref_sega_nn_tools"/>		\|Sonic Unleashed (Sonic World Adventure) (Wii/PS2)<ref name="ref_sega_nn_tools"/>
	\|		\|
	\|1.20.14 for GAMECUBE		\|1.20.14 for GAMECUBE<br>1.18.56 for PlayStation2
	\|-		\|-
	\|Sonic and the Black Knight<ref name="ref_sega_nn_tools"/>		\|Sonic and the Black Knight<ref name="ref_sega_nn_tools"/>
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	\|Sonic Racing: CrossWorlds		\|Sonic Racing: CrossWorlds
	\|UNION		\|UNION
	\|5		\|5.4
	\|2025		\|2025
	\|}		\|}

	== References ==		== References ==

U8 Archive

Hyper — Sun, 03 May 2026 19:07:49 GMT

← Older revision		Revision as of 19:07, 3 May 2026
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	\|UInt32[4]		\|UInt32[4]
	\|Reserved		\|Reserved
	\|These fields appear to be populated in archives for '''Sonic the Hedgehog (2006)''', but this is bogus data from uninitialised memory and should be ignored.		\|These fields appear to be populated in archives for '''Sonic the Hedgehog (2006)''', but this is bogus data from uninitialised memory and should be ignored.<br><br>For the sake of tooling heuristics, writing <code>0xE4F91300</code> (big-endian) to index 0 and <code>0x78013800</code> (big-endian) to index 3 would be ideal for detecting whether an archive is from that game specifically.
	For the sake of tooling heuristics, writing <code>0xE4F91300</code> (big-endian) to index 0 and <code>0x78013800</code> (big-endian) to index 3 would be ideal for detecting whether an archive is from that game specifically.
	\|}		\|}

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	\|UInt24		\|UInt24
	\|NameOffset		\|NameOffset
	\|The offset of this node's name in the string pool.		\|The offset of this node's name in the string pool.<br>If root, always zero.
	If root, always zero.
	\|-		\|-
	\|0x04		\|0x04
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	\|-		\|-
	\|Directory		\|Directory
	\|The index of the parent node for this directory.		\|The index of the parent node for this directory.<br>If root, always zero.
	If root, always zero.
	\|}		\|}
	\|-		\|-
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	\|-		\|-
	\|Directory		\|Directory
	\|The total number of nodes in this directory.		\|The total number of nodes in this directory.<br>If root, the total number of nodes in this archive.
	If root, the total number of nodes in this archive.
	\|}		\|}
	\|-		\|-
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	\|+		\|+
	\|File		\|File
	\|The uncompressed length of this file's data.		\|The uncompressed length of this file's data. This field can be set to zero to disable compression for this file, allowing its data to be stored uncompressed.
	This field can be set to zero to disable compression for this file, allowing its data to be stored uncompressed.
	\|-		\|-
	\|Directory		\|Directory
	\|Undefined.		\|Undefined. Much like the reserved bytes in the header, this field will appear to be populated, but again, this is bogus data from uninitialised memory.
	Much like the reserved bytes in the header, this field will appear to be populated, but again, this is bogus data from uninitialised memory.
	\|}		\|}
	\|}		\|}

Sonic the Hedgehog (2006)

Hyper — Sun, 03 May 2026 18:55:20 GMT

← Older revision		Revision as of 18:55, 3 May 2026
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	== Guides ==		== Guides ==

	=== Level Editing ===		=== Level Editing ===
	* [[How To Use Sonic GLvl with Sonic '06\|Sonic GLvl]]		* [[How To Use Sonic GLvl with Sonic '06\|Sonic GLvl]]

	== Documentation ==		== Documentation ==
			=== General ===
			* [[Sonic the Hedgehog (2006) File System\|File System]]

	* [[Sonic the Hedgehog (2006) File System\|File System]]		=== Graphics ===
	* [[Player State IDs]]
	* [[Player State Maps]]
	* [[Section IDs]]
	* [[Sonic the Hedgehog (2006) Shaders\|Shaders]]		* [[Sonic the Hedgehog (2006) Shaders\|Shaders]]
	* [[Texture Tags]]		* [[Texture Tags]]

	=== ~~Scripting~~ ===		=== Player ===
			* [[Player State IDs]]
			* [[Player State Maps]]

			=== Script ===
	* [[Sonic the Hedgehog (2006) Script Functions\|Script Functions]]		* [[Sonic the Hedgehog (2006) Script Functions\|Script Functions]]
	* [[Mission Parameters]]		* [[Mission Parameters]]
	* [[Player Parameters]]		* [[Player Parameters]]
	* [[Scene Parameters]]		* [[Scene Parameters]]

			=== Stage ===
			* [[Section IDs]]

	== Formats ==		== Formats ==

			=== Acroarts ===
			* [[Acroarts Resource]] (*.mab)
			* [[DirectDraw Map]] (*.ddm)

	=== Archive ===		=== Archive ===
	* [[U8 Archive]]		* [[U8 Archive\|Arc File]] (*.arc)

			=== Audio ===
			* [[Sound Bank]] (*.sbk)

	=== Event ===		=== Event ===
			* [[Event Playbook]] (*.epb)
			* [[Time Event]] (*.tev)

			=== Kynapse ===
			* [[Kynapse Big File]] (*.kbf)
			* [[Kynogon A* Data]] (*.adl)
			* [[Kynogon Find Nearest Data]] (*.fdl)
			* [[Kynogon Path Cost Data]] (*.cdl)
			* [[Kynogon Path Way]] (*.pwl)
			* [[Kynogon Spatial Graph]] (*.pdl)

			=== Mesh ===
			* [[Land Collision]] (collision.bin)
			* [[Reflection Area]] (*.rab)
			* [[Spline Path]] (*.path)
			* [[Spline Path (Old)]] (*.bin)

			=== [[NN Chunk Format\|Ninja]] ===
			* Camera (.xnc, .xnd)
			* Camera Motion (*.xnd)
			* Effect List (*.xne)
			* Light (.xni, .xnl)
			* Light Motion (*.xni)
			* Material Motion (*.xnv)
			* Morph Motion (*.xnf)
			* Morph Target (*.xng)
			* Node Motion (*.xnm)
			* Node Name (*.xna)
			* Object (*.xno)
			* Texture List (*.xnt)

	* [[~~Event Playbook~~]]		=== Parameter ===
			* [[Enemy Parameter List]] (ScriptParameter.bin)
			* [[Enemy Shot Parameter List]] (ShotParameter.bin)
			* [[Object Explosion Parameter List]] (Explosion.bin)
			* [[Object Physics Parameter List]] (Common.bin)
			* [[Package]] (*.pkg)
			* [[Path Object Parameter List]] (PathObj.bin)

	=== ~~Ninja~~ ===		=== Particle ===
	* [[~~NN Chunk Format~~]]		* [[Particle Container]] (*.plc)
			* [[Particle Effect Bank]] (*.peb)
			* [[Particle Global Settings]] (*.pgs)
			* [[Particle Texture Bank]] (*.ptb)

			=== Placement ===
			* [[Prop Library]] (*.prop)
			* [[Stage Set]] (*.set)

			=== Save ===
			* [[Save Data]] (SonicNextSaveData.bin)

			=== Script ===
			* [[Lua Binary]] (*.lub)

	=== Text ===		=== Text ===
			* [[Text Book]] (*.mst)
	* [[Text Book]]		* [[Text Font Map]] (*.ftm)
	* [[Text Font Map]]		* [[Text Font Picture]] (*.pft)
	* [[Text Font Picture]]		* [[Text Font Proportion]] (*.pfi)

Marathon

Hyper — Sun, 03 May 2026 18:40:19 GMT

← Older revision		Revision as of 18:40, 3 May 2026
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	{{ToolInfobox\|title=Marathon\|image=Marathon_Logo.png\|author=Hyper\|download=https://github.com/hyperbx/Marathon/releases/latest\|website=https://github.com/hyperbx/Marathon}}		{{ToolInfobox\|title=Marathon\|image=Marathon_Logo.png\|author=Hyper\|download=https://github.com/hyperbx/Marathon/releases/latest\|website=https://github.com/hyperbx/Marathon}}

	'''Marathon''' is a toolkit and library for [[Sonic the Hedgehog (2006)]] file formats.		'''''Marathon''''' is a toolkit and library for [[Sonic the Hedgehog (2006)]] file formats.

	Formerly known as '''Sonic '06 Toolkit''', it originally started out as a frontend for external tools written in Visual Basic .NET, then later C#.		Formerly known as '''Sonic '06 Toolkit''', it originally started out as a frontend for external tools written in Visual Basic .NET, then later C#.

Binary Resource

Hyper — Sun, 03 May 2026 18:38:53 GMT

← Older revision		Revision as of 18:38, 3 May 2026
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	\|[[Sonic the Hedgehog (2006)]]		\|[[Sonic the Hedgehog (2006)]]
	\|-		\|-
	\| rowspan="2" \|Hedgehog Engine		\| rowspan="2" \|[[Games#Hedgehog Engine\|Hedgehog Engine]]
	\|1		\|1
	\|[[Sonic Colors]]		\|[[Sonic Colors]]
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	\|[[Sonic Lost World]]		\|[[Sonic Lost World]]
	\|-		\|-
	\|Hedgehog Engine 2		\|[[Games#Hedgehog Engine 2\|Hedgehog Engine 2]]
	\|2		\|2
	\|		\|

PXD

Hyper — Sun, 03 May 2026 18:37:52 GMT

← Older revision		Revision as of 18:37, 3 May 2026
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	== PXD Files ==		== PXD Files ==
	Hedgehog Engine 2 games from [[Mario & Sonic at the Tokyo 2020 Olympic Games\|Tokyo 2020 Olympic Games]] to [[Shadow Generations]] contain skeleton and skeletal animation files with the file extensions <code>.skl.pxd</code> and <code>.anm.pxd</code> respectively, stored in a [[~~BINA~~]] container. Skeletons contain pose data that usually result in a T-Pose, bone and parent indices, and bone names. Animations contain playback metadata such as frame rate and frame count, track count, and either compressed animation pose data using [https://github.com/nfrechette/acl ACL compression,] or raw uncompressed pose data that use bone and frame indices to specify keyframed transforms, with linear interpolation between keyframes. For both skeletons and animations, position and rotation data for each bone is an absolute transform relative to the parent position, whereas scales are inherited from their respective parents locally, and have no effect on their positions.		Hedgehog Engine 2 games from [[Mario & Sonic at the Tokyo 2020 Olympic Games\|Tokyo 2020 Olympic Games]] to [[Shadow Generations]] contain skeleton and skeletal animation files with the file extensions <code>.skl.pxd</code> and <code>.anm.pxd</code> respectively, stored in a [[Binary Resource]] container. Skeletons contain pose data that usually result in a T-Pose, bone and parent indices, and bone names. Animations contain playback metadata such as frame rate and frame count, track count, and either compressed animation pose data using [https://github.com/nfrechette/acl ACL compression,] or raw uncompressed pose data that use bone and frame indices to specify keyframed transforms, with linear interpolation between keyframes. For both skeletons and animations, position and rotation data for each bone is an absolute transform relative to the parent position, whereas scales are inherited from their respective parents locally, and have no effect on their positions.

	== <code>.anm.pxd</code> Structure ==		== <code>.anm.pxd</code> Structure ==
	Animation files are stored in a [[~~BINA~~]] container. Below is the contents stored within the <code>DATA</code> node beginning at file offset <code>0x40</code> identified as <code>PXAN</code>, possibly for "PXD Animation" or similar:		Animation files are stored in a [[Binary Resource]] container. Below is the contents stored within the <code>DATA</code> node beginning at file offset <code>0x40</code> identified as <code>PXAN</code>, possibly for "PXD Animation" or similar:

	=== PXAN Header ===		=== PXAN Header ===
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	};</syntaxhighlight>		};</syntaxhighlight>

	=== ACL Data: ===		=== ACL Data ===
	All Hedgehog Engine 2 games that utilize the ACL library appear to use v2.0.0, first seen in [[Sonic Origins]], and unchanged in any implementation since then. [https://github.com/nfrechette/acl/tree/a54c5c2781be9f14b840a60f8dd8ec6c5065885d/docs See the ACL docs for more info.] If <code>compressed == 0x08</code>, skeletal animations and root motion animations are compressed.		All Hedgehog Engine 2 games that utilize the ACL library appear to use v2.0.0, first seen in [[Sonic Origins]], and unchanged in any implementation since then. [https://github.com/nfrechette/acl/tree/a54c5c2781be9f14b840a60f8dd8ec6c5065885d/docs See the ACL docs for more info.] If <code>compressed == 0x08</code>, skeletal animations and root motion animations are compressed.

	==== Compressed Data: ====		==== Compressed Data ====
	Below is a high level overview of the stored ACL chunk data:<syntaxhighlight lang="c++">struct ACLData {		Below is a high level overview of the stored ACL chunk data:<syntaxhighlight lang="c++">struct ACLData {
	uint32_t acl_chunk_size;		uint32_t acl_chunk_size;
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	float32 sample_rate; // Playback FPS of animation, should equal header ((frame_count - 1) / duration)		float32 sample_rate; // Playback FPS of animation, should equal header ((frame_count - 1) / duration)
	char[acl_chunk_size - 0x1C] acl_data; // String of compressed ACL data		char[acl_chunk_size - 0x1C] acl_data; // String of compressed ACL data
	};</syntaxhighlight>At the end of an ACL chunk, if it is a skeletal animation chunk and root motion is present in the file, the chunk will be null padded to 16 bytes. If the ACL chunk is a root motion chunk or a skeletal animation with no associated root motion chunk in the file, the chunk will be null padded to 4 bytes. The last ACL chunk is immediately followed by the ~~BINA offset~~ table.		};</syntaxhighlight>At the end of an ACL chunk, if it is a skeletal animation chunk and root motion is present in the file, the chunk will be null padded to 16 bytes. If the ACL chunk is a root motion chunk or a skeletal animation with no associated root motion chunk in the file, the chunk will be null padded to 4 bytes. The last ACL chunk is immediately followed by the [[Binary Resource]] relocation table.

	==== Raw/Decompressed Track List: ====		==== Raw/Decompressed Track List ====
	The index lookup for which transform set belongs to which bone can be found in the skeleton file [[PXD#.skl.pxd Structure\|(see .skl.pxd Structure)]]. Each bone uses an [https://github.com/nfrechette/rtm RTM] [https://github.com/nfrechette/rtm/blob/7c9a61e32744ee9ff2978328d0e585635fd55615/includes/rtm/types.h#L393 qvvf] struct for transformation. Though the <code>W</code> element of each vector has no bearing on the final animation, the games usually store a value in there anyways and appears to have an effect on compression:<syntaxhighlight lang="c++">struct qvvf		The index lookup for which transform set belongs to which bone can be found in the skeleton file [[PXD#.skl.pxd Structure\|(see .skl.pxd Structure)]]. Each bone uses an [https://github.com/nfrechette/rtm RTM] [https://github.com/nfrechette/rtm/blob/7c9a61e32744ee9ff2978328d0e585635fd55615/includes/rtm/types.h#L393 qvvf] struct for transformation. Though the <code>W</code> element of each vector has no bearing on the final animation, the games usually store a value in there anyways and appears to have an effect on compression:<syntaxhighlight lang="c++">struct qvvf
	{		{
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	};</syntaxhighlight>		};</syntaxhighlight>

	=== Native Uncompressed Data: ===		=== Native Uncompressed Data ===
	{{Notice\|type=note\|content=This section could use a less confusing explanation.}}		{{Notice\|type=note\|content=This section could use a less confusing explanation.}}
	Alternatively to compressed ACL track data, the PXAN structure can store individual components (rotation, translation, scale) of any given track at any frame, and linearly interpolate between them independently. This system was first seen in the [[Mario & Sonic at the Rio 2016 Olympic Games\|M&S Tokyo 2020 Olympic Games]] as the exclusive method of storing animations. ACL compression may have an advantage in reducing the file size of many of these animations but—though rare—uncompressed animations have been observed in subsequent games for certain animations, presumably to combat any potential jitter during close up cutscenes or similar situations. Though the actual end data contained in this method is simple, the structure can end up like a spider's nest at first glance:		Alternatively to compressed ACL track data, the PXAN structure can store individual components (rotation, translation, scale) of any given track at any frame, and linearly interpolate between them independently. This system was first seen in the [[Mario & Sonic at the Rio 2016 Olympic Games\|M&S Tokyo 2020 Olympic Games]] as the exclusive method of storing animations. ACL compression may have an advantage in reducing the file size of many of these animations but—though rare—uncompressed animations have been observed in subsequent games for certain animations, presumably to combat any potential jitter during close up cutscenes or similar situations. Though the actual end data contained in this method is simple, the structure can end up like a spider's nest at first glance:

	==== Track Offset Tables: ====		==== Track Offset Tables ====
	The first struct array found in the file is a track table for each bone. Within it, for each transform type (translation, rotation, scale), there is a keyframe count, offset pointing to a frame table, and offset pointing to an array of transforms. <syntaxhighlight lang="c++">struct TrackTableOffsets {		The first struct array found in the file is a track table for each bone. Within it, for each transform type (translation, rotation, scale), there is a keyframe count, offset pointing to a frame table, and offset pointing to an array of transforms. <syntaxhighlight lang="c++">struct TrackTableOffsets {
	uint64_t pos_key_count; // Total number of translation keyframes for this bone		uint64_t pos_key_count; // Total number of translation keyframes for this bone
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	TrackTableOffsets TrackTables[track_count]; // One for each bone, track_count from PXAN header</syntaxhighlight>		TrackTableOffsets TrackTables[track_count]; // One for each bone, track_count from PXAN header</syntaxhighlight>

	==== Frame Tables and Transforms: ====		==== Frame Tables and Transforms ====
	Each transform type will get a frame table as <code>uint16_t[key_count] keys;</code> where each value is the frame that the keyframe will be inserted to, and transform array <code>vector4f[key_count] transforms; // XYZW floats</code> that will correspond to the frame with the matching array index. Unlike in ACL decompressed tracks, native uncompressed tracks' <code>W</code> component for translation and scale is always <code>0.0</code>. Both of these element arrays will be null aligned to 16 bytes.		Each transform type will get a frame table as <code>uint16_t[key_count] keys;</code> where each value is the frame that the keyframe will be inserted to, and transform array <code>vector4f[key_count] transforms; // XYZW floats</code> that will correspond to the frame with the matching array index. Unlike in ACL decompressed tracks, native uncompressed tracks' <code>W</code> component for translation and scale is always <code>0.0</code>. Both of these element arrays will be null aligned to 16 bytes.

	==== Posing and Transform Inheritance: ====		==== Posing and Transform Inheritance ====
	Each bone's transformation is stored as an object space (AKA 'Pose Space' or 'Model Space') transform relative to its parent bone's final transformation. That means, regardless of what the reset pose or bone orientations are in the model's skeleton, the stored values of any given frame will completely overwrite any pose previously present.		Each bone's transformation is stored as an object space (AKA 'Pose Space' or 'Model Space') transform relative to its parent bone's final transformation. That means, regardless of what the reset pose or bone orientations are in the model's skeleton, the stored values of any given frame will completely overwrite any pose previously present.

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	== <code>.skl.pxd</code> Structure ==		== <code>.skl.pxd</code> Structure ==
	Skeleton files are stored in a [[~~BINA~~]] container. Below is the contents stored within the <code>DATA</code> node beginning at file offset <code>0x40</code>:		Skeleton files are stored in a [[Binary Resource]] container. Below is the contents stored within the <code>DATA</code> node beginning at file offset <code>0x40</code>:

	''<sub>TODO...</sub>''		''<sub>TODO...</sub>''

Marathon

Hyper — Sun, 03 May 2026 02:03:13 GMT

← Older revision		Revision as of 02:03, 3 May 2026
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	{{ToolInfobox\|title=Marathon\|author=Hyper\|~~website~~=https://github.com/hyperbx/Marathon\|~~download~~=https://github.com/hyperbx/Marathon~~/releases/latest~~}}		{{ToolInfobox\|title=Marathon\|image=Marathon_Logo.png\|author=Hyper\|download=https://github.com/hyperbx/Marathon/releases/latest\|website=https://github.com/hyperbx/Marathon}}

	'''Marathon''' is a toolkit and library for [[Sonic the Hedgehog (2006)]] file formats.		'''Marathon''' is a toolkit and library for [[Sonic the Hedgehog (2006)]] file formats.

			Formerly known as '''Sonic '06 Toolkit''', it originally started out as a frontend for external tools written in Visual Basic .NET, then later C#.

			The current name is derived from the internal name of '''Sonic the Hedgehog (2006)''', known as "Marathon".

	== Supported ==		== Supported ==
	~~{{Notice\|type=warn\|content=~~Marathon is in active development and is ~~currently~~ undergoing a large refactoring in the v2.0.0 branch, so many of these formats have either been changed since the latest public release or are only available in that branch via the API.}}		'''Marathon''' is currently in active development and is undergoing a large refactoring in the v2.0.0 branch, so many of these formats have either been changed since the latest public release, or are only available in that branch via the API.
	* Acroarts
	** Acroarts Resource (*.mab)<ref name="ref_v2">Available only in the v2.0.0 branch.</ref>		=== Acroarts ===
	** DirectDraw Map (*.ddm)<ref name="ref_v2"/>		* Acroarts Resource (*.mab)<ref name="ref_v2">Available only in the v2.0.0 branch.</ref>
			* DirectDraw Map (*.ddm)<ref name="ref_v2"/>

	* Archive		=== Archive ===
	** [[U8 Archive\|Arc File]] (*.arc)<ref>Formerly "U8 Archive".</ref>		* [[U8 Archive\|Arc File]] (*.arc)<ref>Formerly "U8 Archive" in v1.</ref>

	* Audio		=== Audio ===
	** Sound Bank (*.sbk)		* Sound Bank (*.sbk)

	* Event		=== Event ===
	** [[Event Playbook]] (*.epb)		* [[Event Playbook]] (*.epb)
	** Time Event (*.tev)		* Time Event (*.tev)

	* Kynapse		=== Kynapse ===
	** Kynapse Big File (*.kbf)<ref name="ref_v2"/>		* Kynapse Big File (*.kbf)<ref name="ref_v2"/>
	** Kynogon A* Data (*.adl)<ref name="ref_v2"/>		* Kynogon A* Data (*.adl)<ref name="ref_v2"/>
	** Kynogon Find Nearest Data (*.fdl)<ref name="ref_v2"/>		* Kynogon Find Nearest Data (*.fdl)<ref name="ref_v2"/>
	** Kynogon Path Cost Data (*.cdl)<ref name="ref_v2"/>		* Kynogon Path Cost Data (*.cdl)<ref name="ref_v2"/>
	** Kynogon Path Way (*.pwl)<ref name="ref_v2"/>		* Kynogon Path Way (*.pwl)<ref name="ref_v2"/>
	** Kynogon Spatial Graph (*.pdl)<ref name="ref_v2"/>		* Kynogon Spatial Graph (*.pdl)<ref name="ref_v2"/>

	* Mesh		=== Mesh ===
	** Land Collision (collision.bin)<ref>Formerly "Collision".</ref>		* Land Collision (collision.bin)<ref>Formerly "Collision" in v1.</ref>
	** Reflection Area (*.rab)<ref>Formerly "Reflection Zone".</ref>		* Reflection Area (*.rab)<ref>Formerly "Reflection Zone" in v1.</ref>
	** Spline Path (*.path)<ref>Formerly "Path Spline".</ref>		* Spline Path (*.path)<ref>Formerly "Path Spline" in v1.</ref>
	** Spline Path (Old) (*.bin)<ref name="ref_v2"/>		* Spline Path (Old) (*.bin)<ref name="ref_v2"/>

	* [[NN Chunk Format\|Ninja]]		=== [[NN Chunk Format\|Ninja]] ===
	** Camera (.xnc, .xnd)		* Camera (.xnc, .xnd)
	** Camera Motion (*.xnd)		* Camera Motion (*.xnd)
	** Effect List (*.xne)		* Effect List (*.xne)
	** Light (.xni, .xnl)		* Light (.xni, .xnl)
	** Light Motion (*.xni)		* Light Motion (*.xni)
	** Material Motion (*.xnv)		* Material Motion (*.xnv)
	** Morph Motion (*.xnf)		* Morph Motion (*.xnf)
	** Morph Target (*.xng)<ref name="ref_v2"/>		* Morph Target (*.xng)<ref name="ref_v2"/>
	** Node Motion (*.xnm)		* Node Motion (*.xnm)
	** Node Name (*.xna)		* Node Name (*.xna)
	** Object (*.xno)		* Object (*.xno)
	** Texture List (*.xnt)		* Texture List (*.xnt)

	* Parameter		=== Parameter ===
	** Enemy Parameter List (ScriptParameter.bin)<ref>Formerly "Script Package".</ref>		* Enemy Parameter List (ScriptParameter.bin)<ref>Formerly "Script Package" in v1.</ref>
	** Enemy Shot Parameter List (ShotParameter.bin)<ref>Formerly "Shot Package".</ref>		* Enemy Shot Parameter List (ShotParameter.bin)<ref>Formerly "Shot Package" in v1.</ref>
	** Object Explosion Parameter List (Explosion.bin)<ref>Formerly "Explosion Package".</ref>		* Object Explosion Parameter List (Explosion.bin)<ref>Formerly "Explosion Package" in v1.</ref>
	** Object Physics Parameter List (Common.bin)<ref>Formerly "Common Package".</ref>		* Object Physics Parameter List (Common.bin)<ref>Formerly "Common Package" in v1.</ref>
	** Package (*.pkg)<ref>Formerly "Asset Package".</ref>		* Package (*.pkg)<ref>Formerly "Asset Package" in v1.</ref>
	** Path Object Parameter List (PathObj.bin)<ref>Formerly "Path Package".</ref>		* Path Object Parameter List (PathObj.bin)<ref>Formerly "Path Package" in v1.</ref>

	* Particle		=== Particle ===
	** Particle Container (*.plc)		* Particle Container (*.plc)
	** Particle Effect Bank (*.peb)		* Particle Effect Bank (*.peb)
	** Particle Global Settings (*.pgs)<ref>Formerly "Particle Generation System".</ref>		* Particle Global Settings (*.pgs)<ref>Formerly "Particle Generation System" in v1.</ref>
	** Particle Texture Bank (*.ptb)		* Particle Texture Bank (*.ptb)

	* Placement		=== Placement ===
	** Prop Library (*.prop)<ref>Formerly "Property Database".</ref>		* Prop Library (*.prop)<ref>Formerly "Property Database" in v1.</ref>
	** Stage Set (*.set)<ref>Formerly "Set Data".</ref>		* Stage Set (*.set)<ref>Formerly "Set Data" in v1.</ref>

	* Save		=== Save ===
	** Save Data (SonicNextSaveData.bin)		* Save Data (SonicNextSaveData.bin)

	* Script		=== Script ===
	** Lua Binary (*.lub)		* Lua Binary (*.lub)

	* Text		=== Text ===
	** [[Text Book]] (*.mst)<ref>Formerly "Message Table".</ref>		* [[Text Book]] (*.mst)<ref>Formerly "Message Table" in v1.</ref>
	** [[Text Font Map]] (*.ftm)<ref name="ref_v2"/>		* [[Text Font Map]] (*.ftm)<ref name="ref_v2"/>
	** [[Text Font Picture]] (*.pft)<ref>Formerly "Picture Font".</ref>		* [[Text Font Picture]] (*.pft)<ref>Formerly "Picture Font" in v1.</ref>
	** Text Font Proportion (*.pfi)<ref name="ref_v2"/>		* Text Font Proportion (*.pfi)<ref name="ref_v2"/>

	== Notes ==		== Notes ==
	<references />		<references />
	[[Category:Tools]]		[[Category:Tools]]

File:Marathon Logo.png

Hyper — Sun, 03 May 2026 01:44:11 GMT

Hyper uploaded File:Marathon Logo.png

New page

Documentation

Hyper — Fri, 01 May 2026 21:20:32 GMT

← Older revision		Revision as of 21:20, 1 May 2026
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	\|-		\|-
	\| [[Normal mapping]]		\| [[Normal mapping]]
	\| How normal mapping works		\| How normal mapping works.
	\|-		\|-
	\| [[Vertex Colors]]		\| [[Vertex Colors]]
	\| How vertex colors work		\| How vertex colors work.
	\|-		\|-
	\| [[Mesh Layers]]		\| [[Mesh Layers]]
	\| Model mesh layers		\| Model mesh layers.
	\|-		\|-
	\| [[Opacity]]		\| [[Opacity]]
	\| The concept of opacity explained		\| The concept of opacity explained.
	\|-		\|-
	\| [[Texture Blending]]		\| [[Texture Blending]]
	\| The different ways to blend textures		\| The different ways to blend textures.
	\|-		\|-
	!		!
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	\|-		\|-
	\|[[Hedgehog Engine Rendering\|Hedgehog Engine]]		\|[[Hedgehog Engine Rendering\|Hedgehog Engine]]
	\|Engine first used in Sonic Unleashed		\|Engine first used in Sonic Unleashed.
	\|-		\|-
	\|[[Hedgehog Engine 2 Rendering\|Hedgehog Engine 2]]		\|[[Hedgehog Engine 2 Rendering\|Hedgehog Engine 2]]
	\|Engine first used in Sonic Forces		\|Engine first used in Sonic Forces.
	\|}		\|}

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	\|-		\|-
	\|[[SCA Parameters]]		\|[[SCA Parameters]]
	\|Model and material parameters stored in SCA file headers		\|Model and material parameters stored in SCA file headers.
	\|		\|
	\|		\|
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	\|-		\|-
	\|[[Shader Features]]		\|[[Shader Features]]
	\|Hedgehog Engine 1 shader features		\|Hedgehog Engine 1 shader features.
	\|		\|
	\|		\|
	\|}		\|}

	== ~~Set-Data~~ ==		== Placement ==
	{\| class="wikitable"		{\| class="wikitable"
	\|+		\|+
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	\|-		\|-
	\|[[PXD\|PXD Animation]]		\|[[PXD\|PXD Animation]]
	\|Skeleton and skeletal animation format in Hedgehog Engine 2 ~~Games~~		\|Skeleton and skeletal animation format in Hedgehog Engine 2 games.
	\|<span style="text-align: center">		\|<span style="text-align: center">
	<p><code>.anm.pxd</code></p>		<p><code>.anm.pxd</code></p>
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	\|-		\|-
	\|[[PBA\|PBA Skeleton]]		\|[[PBA\|PBA Skeleton]]
	\|Physics Based Animation Skeleton for Hedgehog Engine 2 ~~Games~~		\|Physics Based Animation Skeleton for Hedgehog Engine 2 games.
	\|<code>.pba</code>		\|<code>.pba</code>
	\|		\|
	\|}		\|}

PBA

Hyper — Fri, 01 May 2026 21:17:43 GMT

← Older revision		Revision as of 21:17, 1 May 2026
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	ResBinaryFile file("ResPhysicalSkeleton")<name=Str("%s", FileNameGetBase(GetFileName()))>;		ResBinaryFile file("ResPhysicalSkeleton")<name=Str("%s", FileNameGetBase(GetFileName()))>;
	</syntaxhighlight>		</syntaxhighlight>
			[[Category:File Formats]]

NN Chunk Format

Hyper — Fri, 01 May 2026 21:17:28 GMT

← Older revision		Revision as of 21:17, 1 May 2026
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	};		};
	</syntaxhighlight>}}		</syntaxhighlight>}}
			[[Category:File Formats]]

NCP File Format

Hyper — Fri, 01 May 2026 21:17:07 GMT

← Older revision		Revision as of 21:17, 1 May 2026
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	''PS: there’s also AnimationData2List but...''		''PS: there’s also AnimationData2List but...''
	[[File:XNCP Animation Data 2 List.png\|center\|thumb\|629x629px]]		[[File:XNCP Animation Data 2 List.png\|center\|thumb\|629x629px]]
			[[Category:File Formats]]

HSON Format

Hyper — Fri, 01 May 2026 21:16:55 GMT

← Older revision		Revision as of 21:16, 1 May 2026
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	• <code>"myCustomEditor/presetPlacementType": "LINE"</code>		• <code>"myCustomEditor/presetPlacementType": "LINE"</code>
	• <code>"myCustomEditor/presetPlacementDistance": 1.0</code>}}		• <code>"myCustomEditor/presetPlacementDistance": 1.0</code>}}
			[[Category:File Formats]]

SonicColorsXTBConv

Hyper — Fri, 01 May 2026 21:16:17 GMT

← Older revision		Revision as of 21:16, 1 May 2026
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	== Usage ==		== Usage ==
	<code>SonicColorsXTBConv.exe <input file> <format version> (or you can just drag and drop a file)</code>		<code>SonicColorsXTBConv.exe <input file> <format version> (or you can just drag and drop a file)</code>
			[[Category:Tools]]

Converse

Hyper — Fri, 01 May 2026 21:16:07 GMT

← Older revision		Revision as of 21:16, 1 May 2026
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	== File Support ==		== File Support ==
	The tool can open any '''fco''' and '''fte''' file from '''Sonic Unleashed''' and '''Sonic Generations''', although some files from the '''Sonic Unleashed Preview Builds''' will not work, as they were older internal revisions of the fco and fte formats.		The tool can open any '''fco''' and '''fte''' file from '''Sonic Unleashed''' and '''Sonic Generations''', although some files from the '''Sonic Unleashed Preview Builds''' will not work, as they were older internal revisions of the fco and fte formats.
			[[Category:Tools]]

NeedleTextureStreamingUtility

Hyper — Fri, 01 May 2026 21:15:58 GMT

← Older revision		Revision as of 21:15, 1 May 2026
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	A utility for viewing info, packing and unpacking of Needle texture streaming packages.		A utility for viewing info, packing and unpacking of Needle texture streaming packages.
			[[Category:Tools]]

Hedgehog Converter

Hyper — Fri, 01 May 2026 21:15:47 GMT

← Older revision		Revision as of 21:15, 1 May 2026
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	'''Hedgehog Converter''' is a LibGens tool that allows you to import custom stages into Sonic Unleashed, Sonic Generations and Sonic Lost World.		'''Hedgehog Converter''' is a LibGens tool that allows you to import custom stages into Sonic Unleashed, Sonic Generations and Sonic Lost World.
			[[Category:Tools]]

Terrain2fbx-png

Hyper — Fri, 01 May 2026 21:15:36 GMT

← Older revision		Revision as of 21:15, 1 May 2026
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	* <code>.material</code>		* <code>.material</code>
	* <code>.png</code>		* <code>.png</code>
			[[Category:Tools]]

Terrain2fbx

Hyper — Fri, 01 May 2026 21:15:26 GMT

← Older revision		Revision as of 21:15, 1 May 2026
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	* <code>.material</code>		* <code>.material</code>
	* <code>.dds</code>		* <code>.dds</code>
			[[Category:Tools]]

Modelfbx

Hyper — Fri, 01 May 2026 21:15:17 GMT

← Older revision		Revision as of 21:15, 1 May 2026
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	'''modelfbx''' is a LibGens tool that converts .model / .terrain-model / .hkx files to FBX.		'''modelfbx''' is a LibGens tool that converts .model / .terrain-model / .hkx files to FBX.
			[[Category:Tools]]

Model Converter

Hyper — Fri, 01 May 2026 21:15:07 GMT

← Older revision		Revision as of 21:15, 1 May 2026
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	Model Converter is a tool that converts 3D model formats like FBX to Hedgehog Engine .model files.		Model Converter is a tool that converts 3D model formats like FBX to Hedgehog Engine .model files.
			[[Category:Tools]]

HedgeMatEdit

Hyper — Fri, 01 May 2026 21:14:57 GMT

← Older revision		Revision as of 21:14, 1 May 2026
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	<b>HedgeMatEdit</b> is a tool to edit .material files for all Hedgehog Engine games.		<b>HedgeMatEdit</b> is a tool to edit .material files for all Hedgehog Engine games.
			[[Category:Tools]]

Hedgehog Engine Blender I/O

Hyper — Fri, 01 May 2026 21:14:47 GMT

← Older revision		Revision as of 21:14, 1 May 2026
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	The Hedgehog Engine Blender I/O Addon, short “'''HEIO'''”, is an addon for Blender, adding the ability to import and export 3D related file formats used by Hedgehog Engine and Hedgehog Engine 2 games.		The Hedgehog Engine Blender I/O Addon, short “'''HEIO'''”, is an addon for Blender, adding the ability to import and export 3D related file formats used by Hedgehog Engine and Hedgehog Engine 2 games.
			[[Category:Tools]]

HE2 Shader Compiler

Hyper — Fri, 01 May 2026 21:14:33 GMT

← Older revision		Revision as of 21:14, 1 May 2026
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	The HE2 Shader compiler can compile HLSL code into Hedgehog Engine 2 shader object files (pso, vso, cso), as well as extract data and information from shader object files.		The HE2 Shader compiler can compile HLSL code into Hedgehog Engine 2 shader object files (pso, vso, cso), as well as extract data and information from shader object files.
			[[Category:Tools]]

SonicLightTools

Hyper — Fri, 01 May 2026 21:14:22 GMT

← Older revision		Revision as of 21:14, 1 May 2026
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	'''SonicLightTools''' is a collection of tools to read, write and edit <code>.light</code> files for Sonic Generations, Sonic Lost World and Sonic Forces.		'''SonicLightTools''' is a collection of tools to read, write and edit <code>.light</code> files for Sonic Generations, Sonic Lost World and Sonic Forces.
			[[Category:Tools]]

HedgeBake

Hyper — Fri, 01 May 2026 21:14:12 GMT

← Older revision		Revision as of 21:14, 1 May 2026
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	{{Notice\|type=warn\|content=This page is unfinished.}}{{ToolInfobox\|title=HedgeBake\|author=cosagets\|website=https://github.com/cosagets/HedgeBake\|download=https://github.com/cosagets/HedgeBake/releases/tag/v1.0.0}}'''HedgeBake''' is a Blender addon that allows you to bake global illumination data for Hedgehog Engine 1 games using the Cycles engine.		{{Notice\|type=warn\|content=This page is unfinished.}}{{ToolInfobox\|title=HedgeBake\|author=cosagets\|website=https://github.com/cosagets/HedgeBake\|download=https://github.com/cosagets/HedgeBake/releases/tag/v1.0.0}}'''HedgeBake''' is a Blender addon that allows you to bake global illumination data for Hedgehog Engine 1 games using the Cycles engine.
			[[Category:Tools]]

HedgeGI

Hyper — Fri, 01 May 2026 21:14:00 GMT

← Older revision		Revision as of 21:14, 1 May 2026
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	{{Notice\|type=warn\|content=This page is unfinished.}}{{ToolInfobox\|title=HedgeGI\|author=Skyth\|website=https://github.com/blueskythlikesclouds/HedgeGI\|download=https://github.com/blueskythlikesclouds/HedgeGI/releases}}'''HedgeGI''' is a tool that allows you to bake global illumination and light-field data for Hedgehog Engine games.		{{Notice\|type=warn\|content=This page is unfinished.}}{{ToolInfobox\|title=HedgeGI\|author=Skyth\|website=https://github.com/blueskythlikesclouds/HedgeGI\|download=https://github.com/blueskythlikesclouds/HedgeGI/releases}}'''HedgeGI''' is a tool that allows you to bake global illumination and light-field data for Hedgehog Engine games.
			[[Category:Tools]]

GI Atlas Converter

Hyper — Fri, 01 May 2026 21:13:51 GMT

← Older revision		Revision as of 21:13, 1 May 2026
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	'''GI Atlas Converter''' is a LibGens tool that allows you to import custom global illumination textures into stages in Sonic Unleashed and Sonic Generations.		'''GI Atlas Converter''' is a LibGens tool that allows you to import custom global illumination textures into stages in Sonic Unleashed and Sonic Generations.
			[[Category:Tools]]

Meta Instancer

Hyper — Fri, 01 May 2026 21:13:40 GMT

← Older revision		Revision as of 21:13, 1 May 2026
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	Once you're ready to export, make sure to go back to your Particle Emission Settings and reduce the Hair Length to 0, then go to '''File > Export > Meta Instancer (.mti)''' and finally name and export your MTI file.		Once you're ready to export, make sure to go back to your Particle Emission Settings and reduce the Hair Length to 0, then go to '''File > Export > Meta Instancer (.mti)''' and finally name and export your MTI file.
			[[Category:Tools]]

SonicGLvl

Hyper — Fri, 01 May 2026 21:13:23 GMT

← Older revision		Revision as of 21:13, 1 May 2026
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	\|}		\|}
	Note that these extra parameters only exist to make visual feedback in SonicGLvl more intuitive. They will not affect what is saved into the game's <code>setdata</code> files in any way.		Note that these extra parameters only exist to make visual feedback in SonicGLvl more intuitive. They will not affect what is saved into the game's <code>setdata</code> files in any way.
			[[Category:Tools]]

Havok Converter

Hyper — Fri, 01 May 2026 21:13:10 GMT

← Older revision		Revision as of 21:13, 1 May 2026
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	'''Havok Converter''' is a LibGens tool to convert FBX files into collision files (HKX) for stages.		'''Havok Converter''' is a LibGens tool to convert FBX files into collision files (HKX) for stages.
			[[Category:Tools]]

Ar0pack-ar0unpack

Hyper — Fri, 01 May 2026 21:12:57 GMT

← Older revision		Revision as of 21:12, 1 May 2026
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	{{ToolInfobox\|title=ar0unpack\|author=Skyth\|website=https://github.com/blueskythlikesclouds/SkythTools\|download=https://github.com/blueskythlikesclouds/SkythTools/blob/master/Sonic%20Generations/ar0unpack.exe}}		{{ToolInfobox\|title=ar0unpack\|author=Skyth\|website=https://github.com/blueskythlikesclouds/SkythTools\|download=https://github.com/blueskythlikesclouds/SkythTools/blob/master/Sonic%20Generations/ar0unpack.exe}}
	'''ar0pack''' and '''ar0unpack''' are SkythTools tools designed to pack and extract <code>.ar</code> files from Sonic Unleashed and Sonic Generations. To use them, drag a file ending with <code>.ar</code>, <code>.ar.00</code>, or <code>.pfd</code>. Please note however that ar0pack cannot repack .pfd files. For that, use [[pfdpack]] or [[pfdpackUnleashed]].		'''ar0pack''' and '''ar0unpack''' are SkythTools tools designed to pack and extract <code>.ar</code> files from Sonic Unleashed and Sonic Generations. To use them, drag a file ending with <code>.ar</code>, <code>.ar.00</code>, or <code>.pfd</code>. Please note however that ar0pack cannot repack .pfd files. For that, use [[pfdpack]] or [[pfdpackUnleashed]].
			[[Category:Tools]]

HedgeArcPack

Hyper — Fri, 01 May 2026 21:12:43 GMT

← Older revision		Revision as of 21:12, 1 May 2026
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	{{Notice\|type=warn\|content=This page is unfinished.}}{{ToolInfobox\|title=HedgeArcPack\|author=Radfordhound\|website=https://github.com/Radfordhound/HedgeLib/tree/HedgeLib%2B%2B/HedgeTools/HedgeArcPack\|download=https://github.com/Radfordhound/HedgeLib/releases\|image=Hedgeliblogo2025.png}}HedgeArcPack is a command line tool that allows the extraction and creation of Hedgehog Engine package files (AR, PFD and PAC).		{{Notice\|type=warn\|content=This page is unfinished.}}{{ToolInfobox\|title=HedgeArcPack\|author=Radfordhound\|website=https://github.com/Radfordhound/HedgeLib/tree/HedgeLib%2B%2B/HedgeTools/HedgeArcPack\|download=https://github.com/Radfordhound/HedgeLib/releases\|image=Hedgeliblogo2025.png}}HedgeArcPack is a command line tool that allows the extraction and creation of Hedgehog Engine package files (AR, PFD and PAC).
			[[Category:Tools]]

HedgeArchiveEditor

Hyper — Fri, 01 May 2026 21:12:32 GMT

← Older revision		Revision as of 21:12, 1 May 2026
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	HedgeArchiveEditor is a user interface for [[HedgeArcPack]].		HedgeArchiveEditor is a user interface for [[HedgeArcPack]].
			[[Category:Tools]]

YACpkTool

Hyper — Fri, 01 May 2026 21:12:18 GMT

← Older revision		Revision as of 21:12, 1 May 2026
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	{{ToolInfobox\|title=Yet Another CPK Tool\|author=Brolijah\|website=https://github.com/Brolijah/YACpkTool\|download=https://github.com/Brolijah/YACpkTool/releases/tag/v1.1b}}		{{ToolInfobox\|title=Yet Another CPK Tool\|author=Brolijah\|website=https://github.com/Brolijah/YACpkTool\|download=https://github.com/Brolijah/YACpkTool/releases/tag/v1.1b}}
	'''YACpkTool''' (Yet Another Cpk Tool) is a tool to extract and pack CRIWARE .cpk files. To use it, you can drag a folder into the program to pack it, or drag a .cpk file into it to extract it.		'''YACpkTool''' (Yet Another Cpk Tool) is a tool to extract and pack CRIWARE .cpk files. To use it, you can drag a folder into the program to pack it, or drag a .cpk file into it to extract it.
			[[Category:Tools]]

PackCpk

Hyper — Fri, 01 May 2026 21:12:04 GMT

← Older revision		Revision as of 21:12, 1 May 2026
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	'''PackCpk''' is a SkythTools tool designed to extract and pack CPK files.		'''PackCpk''' is a SkythTools tool designed to extract and pack CPK files.
			[[Category:Tools]]