Difference between revisions of "Action0/Bridges"

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==Introduction==
   
−
'''''Defining properties of bridges'''''
 +
Defining properties of bridges. By default the following bridges are defined:
   
  +
{| |-
−
=Action 0 - Properties for bridges=
  
  +
!'''ID (dec)'''!!'''ID (hex)'''!!'''Description'''
  +
|-
  +
|0||00||Wooden Bridge
  +
|-
  +
|1||01||Concrete Bridge
  +
|-
  +
|2||02||Girder, Steel Bridge
  +
|-
  +
|3||03||Suspension, Concrete Bridge
  +
|-
  +
|4||04||Suspension, Steel (Bronze) Bridge
  +
|-
  +
|5||05||Suspension, Steel (Golden) Bridge
  +
|-
  +
|6||06||Cantilever, Steel (Bronze) Bridge
  +
|-
  +
|7||07||Cantilever, Steel (Brown) Bridge
  +
|-
  +
|8||08||Cantilever, Steel (Red) Bridg
  +
|-
  +
|9||09||Girder, Steel Bridge
  +
|-
  +
|10||0A||Tubular, Steel (Bronze) Bridge
  +
|-
  +
|11||0B||{{ottdp|0.6|no}} Tubular, Steel (Golden) Bridge
  +
|-
  +
|12||0C||{{ottdp|0.6|no}} Tubular, Silicon Bridge
  +
|}
   
  +
==Properties==
−
Defining properties of bridges
  
   
  +
{| |-
−
-=ID Allocation=-
  
  +
!Number!![[GRFActionsDetailed|Size]]!!Version!!Description
  +
|-
  +
|00||B||{{ottdp|no|2.6|ttdprev=r1994}}||Failback Type, a default TTD Bridge ID
  +
|-
  +
|08<ref>The meaning of prop. 08 has changed in TTDPatch 2.0.1 alpha 34, it used to be what is now prop. 0D.</ref>||B||{{ottdp|0.6|2.5|ttdprev=alpha 34}}||Year of availability, counted from 1920 (set to 1920 for first bridge if newstartyear&lt;1930)
  +
|-
  +
|09||B||{{ottdp|0.6|2.5|ttdprev=alpha 34}}||Minimum length, not counting ramps
  +
|-
  +
|0A||B||{{ottdp|0.6|2.5|ttdprev=alpha 34}}||Maximum length, not counting ramps
  +
|-
  +
|0B||B||{{ottdp|0.6|2.5|ttdprev=alpha 34}}||Cost factor
  +
|-
  +
|0C||W||{{ottdp|0.6|2.5|ttdprev=alpha 34}}||Max. speed
  +
|-
  +
|0D||V||{{ottdp|0.6|2.5|ttdprev=alpha 34}}||Sprite layout, see below
  +
|-
  +
|0E||B||{{ottdp|0.6|2.5|ttdprev=alpha 34}}||Various flags, bitcoded
  +
|-
  +
|0F||D||{{ottdp|0.6|2.5|ttdprev=r1702|ottdrev=r7191}}||Long format year of availability, counted from year 0
  +
|-
  +
|10||W||{{ottdp|0.6|2.5|ttdprev=r1824|ottdrev=r10269}}||Purchase text
  +
|-
  +
|11||W||{{ottdp|0.6|2.5|ttdprev=r1824|ottdrev=r10269}}||Description of a rail bridge
  +
|-
  +
|12||W||{{ottdp|0.6|2.5|ttdprev=r1824|ottdrev=r10269}}||Description of a road bridge
  +
|-
  +
|13||W||{{ottdp|0.7|2.6|ttdprev=r1994|ottdrev=r14172}}||Cost factor word access
  +
|}
  +
<references/>
   
−
''Since TTDPatch 2.6 alpha 0 rUnknown it's possible to use more than the default TTD bridges. All ids starting with 0x0D are id allocated and property 0x00 has to be set, otherwise the bridge will be ignored. As these bridges have no old type, all properties have to be set.'' Not yet available; it is currently not possible to use ids 0x0D and up.
  
   
  +
Unofficial additions and changes. Don't rely on them to ever work this way or at all in OpenTTD or TTDPatch:
−
-=Properties=-
  
  +
{| |-
  +
!Number!![[GRFActionsDetailed|Size]]!!Version!!Description
  +
|-
  +
|14||D||New Map Features||Menu icons <ref name="nmf">New Map Features (NMF) adds three bridge IDs (0x0D ... 0x0F). There are no graphics. Currently Graphic Resource Management (GRM) must be used to assign real sprites.</ref>
  +
|}
  +
<references/>
   
  +
==Descriptions==
−
||Number|Version|Size|Description
  
   
  +
===Maximum speed (0C)===
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00|(d)|B|Failback Type, a default TTD Bridge ID
  
  +
Speed limit in mph*1.6 (approx. km/h). From {{ottdp|13|no}} set to "0" for no limit at all.
   
  +
===Sprite layout (0D)===
−
01|(d)|-|-reserved-
  
   
  +
Property 0D sets the sprite layout for bridges. Each part of a bridge has eight sprites for each of the four types (rail, road, monorail, maglev), making 32 sprites in total. Each bridge has 7 parts, though not all of them have different graphics.
−
08*|(a)|B|Year of availability, counted from 1920 (set to 1920 for first bridge if newstartyear&lt;1930)
  
−  
−
09|(a)|B|Minimum length, not counting ramps
  
−  
−
0A|(a)|B|Maximum length, not counting ramps
  
−  
−
0B|(a)|B|Cost factor
  
−  
−
0C|(a)|W|Max. speed
  
−  
−
0D|(a)|V|Sprite layout, see below
  
−  
−
0E|(a)|B|Various flags, bitcoded
  
−  
−
0F|(b)|D|Long format year of availability, counted from year 0
  
−  
−
10|(c)|W|Purchase text
  
−  
−
11|(c)|W|Description of a rail bridge
  
−  
−
12|(c)|W|Description of a road bridge|
  
−  
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13|(d)|W|cost factor word access||
  
−  
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<nowiki><nowiki>*</nowiki></nowiki> The meaning of prop. 08 has changed in alpha 34, it used to be what is now prop. 0D.
  
−  
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(a) Available since TTDPatch 2.0.1 alpha 34
  
−  
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(b) 2.5 r1702, OpenTTD r7191
  
−  
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(c) 2.5 r1824, OpenTTD r10269
  
−  
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(d) rUnknown, OpenTTD rUnknown, planned feature for id allocation
  
−  
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-=Comments=-
  
−  
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==Sprite layout (0D)==
  
−  
−
Property 0D sets the sprite layout for bridges. &nbsp;Each part of a bridge has eight sprites for each of the four types (rail, road, monorail, maglev), making 32 sprites in total. &nbsp;Each bridge has 7 parts, though not all of them have different graphics.
  
   
 
The data for property 0D is variable sized, with the format being
  
The data for property 0D is variable sized, with the format being
   
  +
{| |-
−
||Size|Field|Description
  
  +
!Size!!Field!!Description
−  
  +
|-
−
B|tableid|First table to define sprites for
  
  +
|B||tableid||First table to define sprites for
−  
  +
|-
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B|numtables|Number of tables to define sprites for
  
  +
|B||numtables||Number of tables to define sprites for
−  
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|-
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V|spritedata|spritedata, numtables*32 DWORDs with sprite numbers||
  
  +
|V||spritedata||spritedata, numtables*32 DWORDs with sprite numbers
  +
|}
   
−
The tableid is the number of the first table to change. &nbsp;There are seven tables for each bridge, with the first six (0-5) being various middle parts and the last one (6) being the end pieces.
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The tableid is the number of the first table to change. There are seven tables for each bridge, with the first six (0-5) being various middle parts and the last one (6) being the end pieces.
   
 
In each of the six middle part tables, there are four entries each for the following:
  
In each of the six middle part tables, there are four entries each for the following:
Line 76: Line 104:
   
 
The four entries are
  
The four entries are
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* Back&amp;Floor;, Front, Pillars, 0
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* Back & Floor, Front, Pillars, 0
   
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Front and Pillars can be 0, meaning no sprite to draw. &nbsp;The fourth entry is always ignored.
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Front and Pillars can be 0, meaning no sprite to draw. The fourth entry is always ignored.
   
−
In the end part table, there are again four entries each, but now for ?* Rail flat, Rail ramp, Road flat, Road ramp, Monorail flat, Monorail ramp and Maglev flat, Maglev ramp.
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In the end part table, there are again four entries each, but now for Rail flat, Rail ramp, Road flat, Road ramp, Monorail flat, Monorail ramp and Maglev flat, Maglev ramp.
   
 
The four entries in this case are
  
The four entries in this case are
Line 87: Line 115:
 
The sprite numbers can be any of TTD's sprite numbers.
  
The sprite numbers can be any of TTD's sprite numbers.
   
−
To summarize, there are 7 tables for each of the 11 bridges. &nbsp;Each table contains 4*8 entries, making it 128 (80h) bytes large. &nbsp;The first six tables, number 0 to 5, are middle pieces, the last table, number 6, is the end pieces.
 +
To summarize, there are 7 tables for each of the 11 bridges. Each table contains 4*8 entries, making it 128 (80h) bytes large. The first six tables, number 0 to 5, are middle pieces, the last table, number 6, is the end pieces.
   
−
===Colour Translations===
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====Colour Translations====
   
−
In order to recolour a bridge, you can add one of the values from the table below to the sprite number of the sprite you wish to recolour. The colour translations from the table will use the default colour translation tables from trg1(r).grf. These translation tables will translate the 'brownish red' as used in the default bridges (see trg1(r).grf) to the colour you specify.
 +
In order to recolour a bridge, you can add one of the values from the table below to the sprite number of the sprite you wish to recolour. The colour translations from the table will use the default colour translation tables from the base sets. These translation tables will translate the 'brownish red' as used in the default bridges to the colour you specify.
   
  +
{| |-
−
||'''Added value'''|'''Little Endian'''|'''Colour'''
  
  +
!'''Added value'''!!'''Little Endian'''!!'''Colour'''
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|-
  +
|031B8000h||00 80 1B 03||Blue
  +
|-
  +
|031C8000h||00 80 1C 03||Brown
  +
|-
  +
|031D8000h||00 80 1D 03||Pure white
  +
|-
  +
|031E8000h||00 80 1E 03||Red
  +
|-
  +
|031F8000h||00 80 1F 03||Green
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|-
  +
|03208000h||00 80 20 03||Blueish white (concrete)
  +
|-
  +
|03218000h||00 80 21 03||Yellow (golden steel)
  +
|}
   
  +
Take a look at the [[RecolorSprites#Default_recolour_sprites | default recolour tables]] for other colour translations. However, other recolor maps than the seven listed above will translate other colours than those uses by original bridges.
−
031B8000h|00 80 1B 03|Blue
  
   
  +
''Example: Translate sprite 4366 to yellow''
−
031C8000h|00 80 1C 03|Brown
  
  +
:4366 translates to 0E 11 in little endian value and as such to 0E 11 00 00 in a dword. In order to convert to yellow you'll have to add 00 80 21 03 to the dword value. This yields 0E 91 21 03. Use the latter in your bridge table to colour one of the monorail bridgeheads grey.
   
  +
====Bridge Layouts====
−
031D8000h|00 80 1D 03|Pure white
  
−  
−
031E8000h|00 80 1E 03|Red
  
−  
−
031F8000h|00 80 1F 03|Green
  
−  
−
03208000h|00 80 20 03|Blueish white (concrete)
  
−  
−
03218000h|00 80 21 03|Yellow (golden steel)
  
−  
−
03238000h|00 80 23 03|Grey||
  
−  
−
'''''Example''': Translate sprite 4366 to grey:''
  
−  
−
4366 translates to 0E 11 in little endian value and as such to 0E 11 00 00 in a dword. In order to convert to grey you'll have to add 00 80 23 03 to the dword value. This yields 0E 91 23 03. Use the latter in your bridge table to colour one of the monorail bridgeheads grey.
  
−  
−
'''''Advanced Technique''' You can also use the company colour blue to draw your bridges and use the default colour translation tables to recolour your bridge in any of the player colours. See the Action2HousesIndustryTiles page for information on the location of the colour translation tables.''
  
−  
−
===Bridge Layouts===
  
   
 
There are five possible bridge layouts in TTD. The numbers in the table below reflect the bridge table numbers in the NFO code.
  
There are five possible bridge layouts in TTD. The numbers in the table below reflect the bridge table numbers in the NFO code.
   
  +
{| |-
−
||'''Layout'''|'''Description'''
  
  +
!Layout!!Description
−  
  +
|-
−
--|Bridge without middle part
  
  +
|__ ||Bridge without middle part
−  
  +
|-
−
-0-|Bridge of length 3
  
  +
|_0_||Bridge of length 3
−  
  +
|-
−
-0(23)1-|Bridge of even length
  
  +
|_0(23)1_||Bridge of even length
−  
  +
|-
−
-0(23)4(23)1-|Bridge of (uneven) lengths 5, 9, 13, 17 etc.
  
  +
|_0(23)4(23)1_||Bridge of (uneven) lengths 5, 9, 13, 17 etc.
−  
  +
|-
−
-0(23)253(23)1-|Bridge of (uneven) lengths 7, 11, 15, 19 etc.||
  
  +
|_0(23)253(23)1_||Bridge of (uneven) lengths 7, 11, 15, 19 etc.
  +
|}
   
−
- is used as a symbol to indicate bridgeheads (as defined in table 6).
 +
_ is used as a symbol to indicate bridgeheads (as defined in table 6).
   
 
Part 0 is always at the farthest end from the viewer.
  
Part 0 is always at the farthest end from the viewer.
Line 139: Line 168:
 
Parts (23) are repeated ''n'' times as necessary, where ''n'' is any number equal or greater than 0.
  
Parts (23) are repeated ''n'' times as necessary, where ''n'' is any number equal or greater than 0.
   
−
==Flags (0E)==
 +
===Flags (0E)===
   
 
The following flags can be set here:
  
The following flags can be set here:
   
  +
{| |-
−
||'''Bit'''|'''Value'''|'''Meaning'''
  
  +
!'''Bit'''!!'''Value'''!!'''Meaning'''
  +
|-
  +
|0||1||Do not draw the far pillars for higher bridges
  +
|}
   
  +
===Long format year of availability (0F)===
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0|1|Do not draw the far pillars for higher bridges||
  
   
  +
Set the year of availability of the bridge in years since 0. The date range is from 0 to 5000000. This property must be set after property 08 to take effect.
−
==Long format year of availability (0F)==
  
   
−
Set the year of availability of the bridge in years since 0. The date range is from 0 to 5000000. This property must be set after property 08 to take effect. In TTDPatch, bridge introduction dates outside the range 1920..2175 will be limited to this range.
 +
{{ottdp|no||}} In TTDPatch, bridge introduction dates outside the range 1920..2175 will be limited to this range.
   
−
==Purchase text (10)==
 +
===Purchase text (10)===
   
 
Set the text appearing in the purchase window, describing what this bridge is made of, or what kind of bridge it is.
  
Set the text appearing in the purchase window, describing what this bridge is made of, or what kind of bridge it is.
   
  +
This should be the ID of an original bridge name, or a TextID in the DCxx range.
−
==Description of a rail(11) or road(12) bridge==
  
   
  +
===Description of a rail(11) or road(12) bridge===
−
Set the text used as a description by the query tool. &nbsp;When the bridge is used for carrying a rail, it will use property 11, and will use property 12 when it will be for road.
  
−
*Note that, as for property 10, the textID can be either a TTD ID or a TextID in the DCxx range.
  
   
  +
Set the text used as a description by the query tool. When the bridge is used for carrying a rail, it will use property 11, and will use property 12 when it will be for road.
−
==Bridge IDs==
  
   
  +
This should be the ID of an original bridge name, or a TextID in the DCxx range.
−
||'''ID (dec)'''|'''ID (hex)'''|'''Description'''
  
   
  +
===Menu icons (14)===
−
0|00|Wooden Bridge
  
   
  +
Previously menu icons could be replaced by an ActionA, with the exception of the six recolor bridges which always retained a recolored icon of one of the three parent bridges.
−
1|01|Concrete Bridge
  
  +
Property 14 allows all icons to be accessed including the three new bridge IDs (0D, 0E, 0F) in cirdan's New Map Features.
   
  +
Note: This property is currently only available for the developmental "New Map Features" (NMF) fork of OpenTTD.
−
2|02|Girder, Steel Bridge
  
   
  +
==Example==
−
3|03|Suspension, Concrete Bridge
  
   
  +
Below is an example code which rebuilds the bronze steel suspension bridge (ID 04). The code fragment by itself has no use (no visual difference in game), but might be useful in order to understand the bridge code. Sprite numbers refer to the numbers in the base grf. The code might also be useful to re-enstate the default bridge if you only want to replace only one certain tracktype.
−
4|04|Suspension, Steel (Bronze) Bridge
  
   
  +
The complete recode of all default bridges including colour translations is available at TT-Forums: https://www.tt-forums.net/viewtopic.php?f=26&t=75209&p=1221899#p1221899
−
5|05|Suspension, Steel (Golden) Bridge
  
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−
6|06|Cantilever, Steel (Bronze) Bridge
  
−  
−
7|07|Cantilever, Steel (Brown) Bridge
  
−  
−
8|08|Cantilever, Steel (Red) Bridg
  
−  
−
9|09|Girder, Steel Bridge
  
−  
−
10|0A|Tubular, Steel (Bronze) Bridge
  
−  
−
11|0B|'''(OpenTTD Only)''' Tubular, Steel (Golden) Bridge
  
−  
−
12|0C|'''(OpenTTD Only)''' Tubular, Silicon Bridge||
  
−  
−
-=Example=-
  
−  
−
Below is an example code which rebuilds the bronze steel suspension bridge (ID 04). The code fragment by itself has no use (no visual difference in game), but might be useful in order to understand the bridge code. Sprite numbers refer to the numbers in trg1(r).grf. The code might also be useful to re-enstate the default bridge if you only want to replace only one certain tracktype.
  
−  
−
The complete recode of all default bridges including colour translations is available at TT-Forums: <nowiki>http://www.tt-forums.net/viewtopic.php?p=715362#p715362
  
−  
−
</nowiki>
 
   
 
<pre>//SUSPENSION, STEEL (BRONZE) bridge (04)
  
<pre>//SUSPENSION, STEEL (BRONZE) bridge (04)
Line 204: Line 215:
 
//table 00
  
//table 00
   
−
A9 09 00 00 &nbsp;9F 09 00 00 &nbsp;B1 09 00 00 &nbsp;00 00 00 00 //rail X: Back&amp;Floor;, Front, Pillars, 0
 +
A9 09 00 00 9F 09 00 00 B1 09 00 00 00 00 00 00 //rail X: Back&amp;Floor, Front, Pillars, 0
  +
A5 09 00 00 97 09 00 00 AD 09 00 00 00 00 00 00 //rail Y: Back&amp;Floor, Front, Pillars, 0
−  
−
A5 09 00 00 &nbsp;97 09 00 00 &nbsp;AD 09 00 00 &nbsp;00 00 00 00 //rail Y: Back&amp;Floor;, Front, Pillars, 0
 +
9D 09 00 00 9F 09 00 00 B1 09 00 00 00 00 00 00 //Road X: Back&amp;Floor, Front, Pillars, 0
  +
95 09 00 00 97 09 00 00 AD 09 00 00 00 00 00 00 //Road Y: Back&amp;Floor, Front, Pillars, 0
−  
−
9D 09 00 00 &nbsp;9F 09 00 00 &nbsp;B1 09 00 00 &nbsp;00 00 00 00 //Road X: Back&amp;Floor;, Front, Pillars, 0
 +
F2 10 00 00 9F 09 00 00 B1 09 00 00 00 00 00 00 //Mono X: Back&amp;Floor, Front, Pillars, 0
  +
EE 10 00 00 97 09 00 00 AD 09 00 00 00 00 00 00 //Mono Y: Back&amp;Floor, Front, Pillars, 0
−  
−
95 09 00 00 &nbsp;97 09 00 00 &nbsp;AD 09 00 00 &nbsp;00 00 00 00 //Road Y: Back&amp;Floor;, Front, Pillars, 0
 +
1A 11 00 00 9F 09 00 00 B1 09 00 00 00 00 00 00 //Mlev X: Back&amp;Floor, Front, Pillars, 0
  +
16 11 00 00 97 09 00 00 AD 09 00 00 00 00 00 00 //Mlev Y: Back&amp;Floor, Front, Pillars, 0
−  
−
F2 10 00 00 &nbsp;9F 09 00 00 &nbsp;B1 09 00 00 &nbsp;00 00 00 00 //Mono X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
EE 10 00 00 &nbsp;97 09 00 00 &nbsp;AD 09 00 00 &nbsp;00 00 00 00 //Mono Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
1A 11 00 00 &nbsp;9F 09 00 00 &nbsp;B1 09 00 00 &nbsp;00 00 00 00 //Mlev X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
16 11 00 00 &nbsp;97 09 00 00 &nbsp;AD 09 00 00 &nbsp;00 00 00 00 //Mlev Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
 
//table 01
  
//table 01
  +
AA 09 00 00 A0 09 00 00 B2 09 00 00 00 00 00 00 //rail X: Back&amp;Floor, Front, Pillars, 0
−  
−
AA 09 00 00 &nbsp;A0 09 00 00 &nbsp;B2 09 00 00 &nbsp;00 00 00 00 //rail X: Back&amp;Floor;, Front, Pillars, 0
 +
A6 09 00 00 98 09 00 00 AE 09 00 00 00 00 00 00 //rail Y: Back&amp;Floor, Front, Pillars, 0
  +
9E 09 00 00 A0 09 00 00 B2 09 00 00 00 00 00 00 //Road X: Back&amp;Floor, Front, Pillars, 0
−  
−
A6 09 00 00 &nbsp;98 09 00 00 &nbsp;AE 09 00 00 &nbsp;00 00 00 00 //rail Y: Back&amp;Floor;, Front, Pillars, 0
 +
96 09 00 00 98 09 00 00 AE 09 00 00 00 00 00 00 //Road Y: Back&amp;Floor, Front, Pillars, 0
  +
F3 10 00 00 A0 09 00 00 B2 09 00 00 00 00 00 00 //Mono X: Back&amp;Floor, Front, Pillars, 0
−  
−
9E 09 00 00 &nbsp;A0 09 00 00 &nbsp;B2 09 00 00 &nbsp;00 00 00 00 //Road X: Back&amp;Floor;, Front, Pillars, 0
 +
EF 10 00 00 98 09 00 00 AE 09 00 00 00 00 00 00 //Mono Y: Back&amp;Floor, Front, Pillars, 0
  +
1B 11 00 00 A0 09 00 00 B2 09 00 00 00 00 00 00 //Mlev X: Back&amp;Floor, Front, Pillars, 0
−  
−
96 09 00 00 &nbsp;98 09 00 00 &nbsp;AE 09 00 00 &nbsp;00 00 00 00 //Road Y: Back&amp;Floor;, Front, Pillars, 0
 +
17 11 00 00 98 09 00 00 AE 09 00 00 00 00 00 00 //Mlev Y: Back&amp;Floor, Front, Pillars, 0
−  
−
F3 10 00 00 &nbsp;A0 09 00 00 &nbsp;B2 09 00 00 &nbsp;00 00 00 00 //Mono X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
EF 10 00 00 &nbsp;98 09 00 00 &nbsp;AE 09 00 00 &nbsp;00 00 00 00 //Mono Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
1B 11 00 00 &nbsp;A0 09 00 00 &nbsp;B2 09 00 00 &nbsp;00 00 00 00 //Mlev X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
17 11 00 00 &nbsp;98 09 00 00 &nbsp;AE 09 00 00 &nbsp;00 00 00 00 //Mlev Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
 
//table 02
  
//table 02
  +
AC 09 00 00 A4 09 00 00 B4 09 00 00 00 00 00 00 //rail X: Back&amp;Floor, Front, Pillars, 0
−  
−
AC 09 00 00 &nbsp;A4 09 00 00 &nbsp;B4 09 00 00 &nbsp;00 00 00 00 //rail X: Back&amp;Floor;, Front, Pillars, 0
 +
A8 09 00 00 9C 09 00 00 B0 09 00 00 00 00 00 00 //rail Y: Back&amp;Floor, Front, Pillars, 0
  +
A2 09 00 00 A4 09 00 00 B4 09 00 00 00 00 00 00 //Road X: Back&amp;Floor, Front, Pillars, 0
−  
−
A8 09 00 00 &nbsp;9C 09 00 00 &nbsp;B0 09 00 00 &nbsp;00 00 00 00 //rail Y: Back&amp;Floor;, Front, Pillars, 0
 +
9A 09 00 00 9C 09 00 00 B0 09 00 00 00 00 00 00 //Road Y: Back&amp;Floor, Front, Pillars, 0
  +
F5 10 00 00 A4 09 00 00 B4 09 00 00 00 00 00 00 //Mono X: Back&amp;Floor, Front, Pillars, 0
−  
−
A2 09 00 00 &nbsp;A4 09 00 00 &nbsp;B4 09 00 00 &nbsp;00 00 00 00 //Road X: Back&amp;Floor;, Front, Pillars, 0
 +
F1 10 00 00 9C 09 00 00 B0 09 00 00 00 00 00 00 //Mono Y: Back&amp;Floor, Front, Pillars, 0
  +
1D 11 00 00 A4 09 00 00 B4 09 00 00 00 00 00 00 //Mlev X: Back&amp;Floor, Front, Pillars, 0
−  
−
9A 09 00 00 &nbsp;9C 09 00 00 &nbsp;B0 09 00 00 &nbsp;00 00 00 00 //Road Y: Back&amp;Floor;, Front, Pillars, 0
 +
19 11 00 00 9C 09 00 00 B0 09 00 00 00 00 00 00 //Mlev Y: Back&amp;Floor, Front, Pillars, 0
−  
−
F5 10 00 00 &nbsp;A4 09 00 00 &nbsp;B4 09 00 00 &nbsp;00 00 00 00 //Mono X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
F1 10 00 00 &nbsp;9C 09 00 00 &nbsp;B0 09 00 00 &nbsp;00 00 00 00 //Mono Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
1D 11 00 00 &nbsp;A4 09 00 00 &nbsp;B4 09 00 00 &nbsp;00 00 00 00 //Mlev X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
19 11 00 00 &nbsp;9C 09 00 00 &nbsp;B0 09 00 00 &nbsp;00 00 00 00 //Mlev Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
 
//table 03
  
//table 03
  +
AB 09 00 00 A3 09 00 00 B3 09 00 00 00 00 00 00 //rail X: Back&amp;Floor, Front, Pillars, 0
−  
−
AB 09 00 00 &nbsp;A3 09 00 00 &nbsp;B3 09 00 00 &nbsp;00 00 00 00 //rail X: Back&amp;Floor;, Front, Pillars, 0
 +
A7 09 00 00 9B 09 00 00 AF 09 00 00 00 00 00 00 //rail Y: Back&amp;Floor, Front, Pillars, 0
  +
A1 09 00 00 A3 09 00 00 B3 09 00 00 00 00 00 00 //Road X: Back&amp;Floor, Front, Pillars, 0
−  
−
A7 09 00 00 &nbsp;9B 09 00 00 &nbsp;AF 09 00 00 &nbsp;00 00 00 00 //rail Y: Back&amp;Floor;, Front, Pillars, 0
 +
99 09 00 00 9B 09 00 00 AF 09 00 00 00 00 00 00 //Road Y: Back&amp;Floor, Front, Pillars, 0
  +
F4 10 00 00 A3 09 00 00 B3 09 00 00 00 00 00 00 //Mono X: Back&amp;Floor, Front, Pillars, 0
−  
−
A1 09 00 00 &nbsp;A3 09 00 00 &nbsp;B3 09 00 00 &nbsp;00 00 00 00 //Road X: Back&amp;Floor;, Front, Pillars, 0
 +
F0 10 00 00 9B 09 00 00 AF 09 00 00 00 00 00 00 //Mono Y: Back&amp;Floor, Front, Pillars, 0
  +
1C 11 00 00 A3 09 00 00 B3 09 00 00 00 00 00 00 //Mlev X: Back&amp;Floor, Front, Pillars, 0
−  
−
99 09 00 00 &nbsp;9B 09 00 00 &nbsp;AF 09 00 00 &nbsp;00 00 00 00 //Road Y: Back&amp;Floor;, Front, Pillars, 0
 +
18 11 00 00 9B 09 00 00 AF 09 00 00 00 00 00 00 //Mlev Y: Back&amp;Floor, Front, Pillars, 0
−  
−
F4 10 00 00 &nbsp;A3 09 00 00 &nbsp;B3 09 00 00 &nbsp;00 00 00 00 //Mono X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
F0 10 00 00 &nbsp;9B 09 00 00 &nbsp;AF 09 00 00 &nbsp;00 00 00 00 //Mono Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
1C 11 00 00 &nbsp;A3 09 00 00 &nbsp;B3 09 00 00 &nbsp;00 00 00 00 //Mlev X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
18 11 00 00 &nbsp;9B 09 00 00 &nbsp;AF 09 00 00 &nbsp;00 00 00 00 //Mlev Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
 
//table 04
  
//table 04
  +
B6 09 00 00 BA 09 00 00 BC 09 00 00 00 00 00 00 //rail X: Back&amp;Floor, Front, Pillars, 0
−  
−
B6 09 00 00 &nbsp;BA 09 00 00 &nbsp;BC 09 00 00 &nbsp;00 00 00 00 //rail X: Back&amp;Floor;, Front, Pillars, 0
 +
B5 09 00 00 B9 09 00 00 BB 09 00 00 00 00 00 00 //rail Y: Back&amp;Floor, Front, Pillars, 0
  +
B8 09 00 00 BA 09 00 00 BC 09 00 00 00 00 00 00 //Road X: Back&amp;Floor, Front, Pillars, 0
−  
−
B5 09 00 00 &nbsp;B9 09 00 00 &nbsp;BB 09 00 00 &nbsp;00 00 00 00 //rail Y: Back&amp;Floor;, Front, Pillars, 0
 +
B7 09 00 00 B9 09 00 00 BB 09 00 00 00 00 00 00 //Road Y: Back&amp;Floor, Front, Pillars, 0
  +
F7 10 00 00 BA 09 00 00 BC 09 00 00 00 00 00 00 //Mono X: Back&amp;Floor, Front, Pillars, 0
−  
−
B8 09 00 00 &nbsp;BA 09 00 00 &nbsp;BC 09 00 00 &nbsp;00 00 00 00 //Road X: Back&amp;Floor;, Front, Pillars, 0
 +
F6 10 00 00 B9 09 00 00 BB 09 00 00 00 00 00 00 //Mono Y: Back&amp;Floor, Front, Pillars, 0
  +
1F 11 00 00 BA 09 00 00 BC 09 00 00 00 00 00 00 //Mlev X: Back&amp;Floor, Front, Pillars, 0
−  
−
B7 09 00 00 &nbsp;B9 09 00 00 &nbsp;BB 09 00 00 &nbsp;00 00 00 00 //Road Y: Back&amp;Floor;, Front, Pillars, 0
 +
1E 11 00 00 B9 09 00 00 BB 09 00 00 00 00 00 00 //Mlev Y: Back&amp;Floor, Front, Pillars, 0
−  
−
F7 10 00 00 &nbsp;BA 09 00 00 &nbsp;BC 09 00 00 &nbsp;00 00 00 00 //Mono X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
F6 10 00 00 &nbsp;B9 09 00 00 &nbsp;BB 09 00 00 &nbsp;00 00 00 00 //Mono Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
1F 11 00 00 &nbsp;BA 09 00 00 &nbsp;BC 09 00 00 &nbsp;00 00 00 00 //Mlev X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
1E 11 00 00 &nbsp;B9 09 00 00 &nbsp;BB 09 00 00 &nbsp;00 00 00 00 //Mlev Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
 
//table 05
  
//table 05
  +
BD 09 00 00 C1 09 00 00 00 00 00 00 00 00 00 00 //rail X: Back&amp;Floor, Front, Pillars, 0
−  
−
BD 09 00 00 &nbsp;C1 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //rail X: Back&amp;Floor;, Front, Pillars, 0
 +
BE 09 00 00 C2 09 00 00 00 00 00 00 00 00 00 00 //rail Y: Back&amp;Floor, Front, Pillars, 0
  +
BF 09 00 00 C1 09 00 00 00 00 00 00 00 00 00 00 //Road X: Back&amp;Floor, Front, Pillars, 0
−  
−
BE 09 00 00 &nbsp;C2 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //rail Y: Back&amp;Floor;, Front, Pillars, 0
 +
C0 09 00 00 C2 09 00 00 00 00 00 00 00 00 00 00 //Road Y: Back&amp;Floor, Front, Pillars, 0
  +
F8 10 00 00 C1 09 00 00 00 00 00 00 00 00 00 00 //Mono X: Back&amp;Floor, Front, Pillars, 0
−  
−
BF 09 00 00 &nbsp;C1 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //Road X: Back&amp;Floor;, Front, Pillars, 0
 +
F9 10 00 00 C2 09 00 00 00 00 00 00 00 00 00 00 //Mono Y: Back&amp;Floor, Front, Pillars, 0
  +
20 11 00 00 C1 09 00 00 00 00 00 00 00 00 00 00 //Mlev X: Back&amp;Floor, Front, Pillars, 0
−  
−
C0 09 00 00 &nbsp;C2 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //Road Y: Back&amp;Floor;, Front, Pillars, 0
 +
21 11 00 00 C2 09 00 00 00 00 00 00 00 00 00 00 //Mlev Y: Back&amp;Floor, Front, Pillars, 0
−  
−
F8 10 00 00 &nbsp;C1 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //Mono X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
F9 10 00 00 &nbsp;C2 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //Mono Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
20 11 00 00 &nbsp;C1 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //Mlev X: Back&amp;Floor;, Front, Pillars, 0
  
−  
−
21 11 00 00 &nbsp;C2 09 00 00 &nbsp;00 00 00 00 &nbsp;00 00 00 00 //Mlev Y: Back&amp;Floor;, Front, Pillars, 0
  
−  
 
//table 06
  
//table 06
  +
86 09 00 00 88 09 00 00 85 09 00 00 87 09 00 00 //rail flat: northern end X, northern end Y, southern end X, southern end Y
−  
−
86 09 00 00 &nbsp;88 09 00 00 &nbsp;85 09 00 00 &nbsp;87 09 00 00 //rail flat: northern end X, northern end Y, southern end X, southern end Y
 +
8A 09 00 00 8C 09 00 00 89 09 00 00 8B 09 00 00 //rail ramp: northern end X, northern end Y, southern end X, southern end Y
  +
8E 09 00 00 90 09 00 00 8D 09 00 00 8F 09 00 00 //road flat: northern end X, northern end Y, southern end X, southern end Y
−  
−
8A 09 00 00 &nbsp;8C 09 00 00 &nbsp;89 09 00 00 &nbsp;8B 09 00 00 //rail ramp: northern end X, northern end Y, southern end X, southern end Y
 +
92 09 00 00 94 09 00 00 91 09 00 00 93 09 00 00 //road ramp: northern end X, northern end Y, southern end X, southern end Y
  +
E7 10 00 00 E9 10 00 00 E6 10 00 00 E8 10 00 00 //mono flat: northern end X, northern end Y, southern end X, southern end Y
−  
−
8E 09 00 00 &nbsp;90 09 00 00 &nbsp;8D 09 00 00 &nbsp;8F 09 00 00 //road flat: northern end X, northern end Y, southern end X, southern end Y
 +
EB 10 00 00 ED 10 00 00 EA 10 00 00 EC 10 00 00 //mono ramp: northern end X, northern end Y, southern end X, southern end Y
  +
0F 11 00 00 11 11 00 00 0E 11 00 00 10 11 00 00 //mlev flat: northern end X, northern end Y, southern end X, southern end Y
−  
−
92 09 00 00 &nbsp;94 09 00 00 &nbsp;91 09 00 00 &nbsp;93 09 00 00 //road ramp: northern end X, northern end Y, southern end X, southern end Y
 +
13 11 00 00 15 11 00 00 12 11 00 00 14 11 00 00 //mlev ramp: northern end X, northern end Y, southern end X, southern end Y
−  
−
E7 10 00 00 &nbsp;E9 10 00 00 &nbsp;E6 10 00 00 &nbsp;E8 10 00 00 //mono flat: northern end X, northern end Y, southern end X, southern end Y
  
−  
−
EB 10 00 00 &nbsp;ED 10 00 00 &nbsp;EA 10 00 00 &nbsp;EC 10 00 00 //mono ramp: northern end X, northern end Y, southern end X, southern end Y
  
−  
−
0F 11 00 00 &nbsp;11 11 00 00 &nbsp;0E 11 00 00 &nbsp;10 11 00 00 //mlev flat: northern end X, northern end Y, southern end X, southern end Y
  
−  
−
13 11 00 00 &nbsp;15 11 00 00 &nbsp;12 11 00 00 &nbsp;14 11 00 00 //mlev ramp: northern end X, northern end Y, southern end X, southern end Y</pre>
  

Latest revision as of 17:17, 21 February 2023

Introduction

Defining properties of bridges. By default the following bridges are defined:

ID (dec) ID (hex) Description
0 00 Wooden Bridge
1 01 Concrete Bridge
2 02 Girder, Steel Bridge
3 03 Suspension, Concrete Bridge
4 04 Suspension, Steel (Bronze) Bridge
5 05 Suspension, Steel (Golden) Bridge
6 06 Cantilever, Steel (Bronze) Bridge
7 07 Cantilever, Steel (Brown) Bridge
8 08 Cantilever, Steel (Red) Bridg
9 09 Girder, Steel Bridge
10 0A Tubular, Steel (Bronze) Bridge
11 0B Supported by OpenTTD 0.60.6 Not supported by TTDPatch Tubular, Steel (Golden) Bridge
12 0C Supported by OpenTTD 0.60.6 Not supported by TTDPatch Tubular, Silicon Bridge

Properties

Number Size Version Description
00 B Not supported by OpenTTD Supported by TTDPatch 2.6 (r1994)2.6 Failback Type, a default TTD Bridge ID
08[1] B Supported by OpenTTD 0.60.6 Supported by TTDPatch 2.5 (alpha 34)2.5 Year of availability, counted from 1920 (set to 1920 for first bridge if newstartyear<1930)
09 B Supported by OpenTTD 0.60.6 Supported by TTDPatch 2.5 (alpha 34)2.5 Minimum length, not counting ramps
0A B Supported by OpenTTD 0.60.6 Supported by TTDPatch 2.5 (alpha 34)2.5 Maximum length, not counting ramps
0B B Supported by OpenTTD 0.60.6 Supported by TTDPatch 2.5 (alpha 34)2.5 Cost factor
0C W Supported by OpenTTD 0.60.6 Supported by TTDPatch 2.5 (alpha 34)2.5 Max. speed
0D V Supported by OpenTTD 0.60.6 Supported by TTDPatch 2.5 (alpha 34)2.5 Sprite layout, see below
0E B Supported by OpenTTD 0.60.6 Supported by TTDPatch 2.5 (alpha 34)2.5 Various flags, bitcoded
0F D Supported by OpenTTD 0.6 (r7191)0.6 Supported by TTDPatch 2.5 (r1702)2.5 Long format year of availability, counted from year 0
10 W Supported by OpenTTD 0.6 (r10269)0.6 Supported by TTDPatch 2.5 (r1824)2.5 Purchase text
11 W Supported by OpenTTD 0.6 (r10269)0.6 Supported by TTDPatch 2.5 (r1824)2.5 Description of a rail bridge
12 W Supported by OpenTTD 0.6 (r10269)0.6 Supported by TTDPatch 2.5 (r1824)2.5 Description of a road bridge
13 W Supported by OpenTTD 0.7 (r14172)0.7 Supported by TTDPatch 2.6 (r1994)2.6 Cost factor word access
  1. ↑ The meaning of prop. 08 has changed in TTDPatch 2.0.1 alpha 34, it used to be what is now prop. 0D.


Unofficial additions and changes. Don't rely on them to ever work this way or at all in OpenTTD or TTDPatch:

Number Size Version Description
14 D New Map Features Menu icons [1]
  1. ↑ New Map Features (NMF) adds three bridge IDs (0x0D ... 0x0F). There are no graphics. Currently Graphic Resource Management (GRM) must be used to assign real sprites.

Descriptions

Maximum speed (0C)

Speed limit in mph*1.6 (approx. km/h). From Supported by OpenTTD 1313 Not supported by TTDPatch set to "0" for no limit at all.

Sprite layout (0D)

Property 0D sets the sprite layout for bridges. Each part of a bridge has eight sprites for each of the four types (rail, road, monorail, maglev), making 32 sprites in total. Each bridge has 7 parts, though not all of them have different graphics.

The data for property 0D is variable sized, with the format being

Size Field Description
B tableid First table to define sprites for
B numtables Number of tables to define sprites for
V spritedata spritedata, numtables*32 DWORDs with sprite numbers

The tableid is the number of the first table to change. There are seven tables for each bridge, with the first six (0-5) being various middle parts and the last one (6) being the end pieces.

In each of the six middle part tables, there are four entries each for the following:

  • Rail X, Rail Y, Road X, Road Y, Monorail X, Monorail Y, Maglev X, Maglev Y

Where X is a bridge in /-direction and Y a bridge in \-direction.

The four entries are

  • Back & Floor, Front, Pillars, 0

Front and Pillars can be 0, meaning no sprite to draw. The fourth entry is always ignored.

In the end part table, there are again four entries each, but now for Rail flat, Rail ramp, Road flat, Road ramp, Monorail flat, Monorail ramp and Maglev flat, Maglev ramp.

The four entries in this case are

  • northern end X, northern end Y, southern end X, southern end Y

The sprite numbers can be any of TTD's sprite numbers.

To summarize, there are 7 tables for each of the 11 bridges. Each table contains 4*8 entries, making it 128 (80h) bytes large. The first six tables, number 0 to 5, are middle pieces, the last table, number 6, is the end pieces.

Colour Translations

In order to recolour a bridge, you can add one of the values from the table below to the sprite number of the sprite you wish to recolour. The colour translations from the table will use the default colour translation tables from the base sets. These translation tables will translate the 'brownish red' as used in the default bridges to the colour you specify.

Added value Little Endian Colour
031B8000h 00 80 1B 03 Blue
031C8000h 00 80 1C 03 Brown
031D8000h 00 80 1D 03 Pure white
031E8000h 00 80 1E 03 Red
031F8000h 00 80 1F 03 Green
03208000h 00 80 20 03 Blueish white (concrete)
03218000h 00 80 21 03 Yellow (golden steel)

Take a look at the default recolour tables for other colour translations. However, other recolor maps than the seven listed above will translate other colours than those uses by original bridges.

Example: Translate sprite 4366 to yellow

4366 translates to 0E 11 in little endian value and as such to 0E 11 00 00 in a dword. In order to convert to yellow you'll have to add 00 80 21 03 to the dword value. This yields 0E 91 21 03. Use the latter in your bridge table to colour one of the monorail bridgeheads grey.

Bridge Layouts

There are five possible bridge layouts in TTD. The numbers in the table below reflect the bridge table numbers in the NFO code.

Layout Description
__ Bridge without middle part
_0_ Bridge of length 3
_0(23)1_ Bridge of even length
_0(23)4(23)1_ Bridge of (uneven) lengths 5, 9, 13, 17 etc.
_0(23)253(23)1_ Bridge of (uneven) lengths 7, 11, 15, 19 etc.

_ is used as a symbol to indicate bridgeheads (as defined in table 6).

Part 0 is always at the farthest end from the viewer.

Parts (23) are repeated n times as necessary, where n is any number equal or greater than 0.

Flags (0E)

The following flags can be set here:

Bit Value Meaning
0 1 Do not draw the far pillars for higher bridges

Long format year of availability (0F)

Set the year of availability of the bridge in years since 0. The date range is from 0 to 5000000. This property must be set after property 08 to take effect.

Not supported by OpenTTD Supported by TTDPatch In TTDPatch, bridge introduction dates outside the range 1920..2175 will be limited to this range.

Purchase text (10)

Set the text appearing in the purchase window, describing what this bridge is made of, or what kind of bridge it is.

This should be the ID of an original bridge name, or a TextID in the DCxx range.

Description of a rail(11) or road(12) bridge

Set the text used as a description by the query tool. When the bridge is used for carrying a rail, it will use property 11, and will use property 12 when it will be for road.

This should be the ID of an original bridge name, or a TextID in the DCxx range.

Menu icons (14)

Previously menu icons could be replaced by an ActionA, with the exception of the six recolor bridges which always retained a recolored icon of one of the three parent bridges. Property 14 allows all icons to be accessed including the three new bridge IDs (0D, 0E, 0F) in cirdan's New Map Features.

Note: This property is currently only available for the developmental "New Map Features" (NMF) fork of OpenTTD.

Example

Below is an example code which rebuilds the bronze steel suspension bridge (ID 04). The code fragment by itself has no use (no visual difference in game), but might be useful in order to understand the bridge code. Sprite numbers refer to the numbers in the base grf. The code might also be useful to re-enstate the default bridge if you only want to replace only one certain tracktype.

The complete recode of all default bridges including colour translations is available at TT-Forums: https://www.tt-forums.net/viewtopic.php?f=26&t=75209&p=1221899#p1221899 

//SUSPENSION, STEEL (BRONZE) bridge (04)

-1 * 0 00 06 01 01 04 0D 00 07 //action 00 bridges, 01 property, 01 ID, ID, prop 0D, tableID 00, 07 tables

//table 00

A9 09 00 00     9F 09 00 00     B1 09 00 00     00 00 00 00 //rail X: Back&Floor, Front, Pillars, 0
A5 09 00 00     97 09 00 00     AD 09 00 00     00 00 00 00 //rail Y: Back&Floor, Front, Pillars, 0
9D 09 00 00     9F 09 00 00     B1 09 00 00     00 00 00 00 //Road X: Back&Floor, Front, Pillars, 0
95 09 00 00     97 09 00 00     AD 09 00 00     00 00 00 00 //Road Y: Back&Floor, Front, Pillars, 0
F2 10 00 00     9F 09 00 00     B1 09 00 00     00 00 00 00 //Mono X: Back&Floor, Front, Pillars, 0
EE 10 00 00     97 09 00 00     AD 09 00 00     00 00 00 00 //Mono Y: Back&Floor, Front, Pillars, 0
1A 11 00 00     9F 09 00 00     B1 09 00 00     00 00 00 00 //Mlev X: Back&Floor, Front, Pillars, 0
16 11 00 00     97 09 00 00     AD 09 00 00     00 00 00 00 //Mlev Y: Back&Floor, Front, Pillars, 0
//table 01
AA 09 00 00     A0 09 00 00     B2 09 00 00     00 00 00 00 //rail X: Back&Floor, Front, Pillars, 0
A6 09 00 00     98 09 00 00     AE 09 00 00     00 00 00 00 //rail Y: Back&Floor, Front, Pillars, 0
9E 09 00 00     A0 09 00 00     B2 09 00 00     00 00 00 00 //Road X: Back&Floor, Front, Pillars, 0
96 09 00 00     98 09 00 00     AE 09 00 00     00 00 00 00 //Road Y: Back&Floor, Front, Pillars, 0
F3 10 00 00     A0 09 00 00     B2 09 00 00     00 00 00 00 //Mono X: Back&Floor, Front, Pillars, 0
EF 10 00 00     98 09 00 00     AE 09 00 00     00 00 00 00 //Mono Y: Back&Floor, Front, Pillars, 0
1B 11 00 00     A0 09 00 00     B2 09 00 00     00 00 00 00 //Mlev X: Back&Floor, Front, Pillars, 0
17 11 00 00     98 09 00 00     AE 09 00 00     00 00 00 00 //Mlev Y: Back&Floor, Front, Pillars, 0
//table 02
AC 09 00 00     A4 09 00 00     B4 09 00 00     00 00 00 00 //rail X: Back&Floor, Front, Pillars, 0
A8 09 00 00     9C 09 00 00     B0 09 00 00     00 00 00 00 //rail Y: Back&Floor, Front, Pillars, 0
A2 09 00 00     A4 09 00 00     B4 09 00 00     00 00 00 00 //Road X: Back&Floor, Front, Pillars, 0
9A 09 00 00     9C 09 00 00     B0 09 00 00     00 00 00 00 //Road Y: Back&Floor, Front, Pillars, 0
F5 10 00 00     A4 09 00 00     B4 09 00 00     00 00 00 00 //Mono X: Back&Floor, Front, Pillars, 0
F1 10 00 00     9C 09 00 00     B0 09 00 00     00 00 00 00 //Mono Y: Back&Floor, Front, Pillars, 0
1D 11 00 00     A4 09 00 00     B4 09 00 00     00 00 00 00 //Mlev X: Back&Floor, Front, Pillars, 0
19 11 00 00     9C 09 00 00     B0 09 00 00     00 00 00 00 //Mlev Y: Back&Floor, Front, Pillars, 0
//table 03
AB 09 00 00     A3 09 00 00     B3 09 00 00     00 00 00 00 //rail X: Back&Floor, Front, Pillars, 0
A7 09 00 00     9B 09 00 00     AF 09 00 00     00 00 00 00 //rail Y: Back&Floor, Front, Pillars, 0
A1 09 00 00     A3 09 00 00     B3 09 00 00     00 00 00 00 //Road X: Back&Floor, Front, Pillars, 0
99 09 00 00     9B 09 00 00     AF 09 00 00     00 00 00 00 //Road Y: Back&Floor, Front, Pillars, 0
F4 10 00 00     A3 09 00 00     B3 09 00 00     00 00 00 00 //Mono X: Back&Floor, Front, Pillars, 0
F0 10 00 00     9B 09 00 00     AF 09 00 00     00 00 00 00 //Mono Y: Back&Floor, Front, Pillars, 0
1C 11 00 00     A3 09 00 00     B3 09 00 00     00 00 00 00 //Mlev X: Back&Floor, Front, Pillars, 0
18 11 00 00     9B 09 00 00     AF 09 00 00     00 00 00 00 //Mlev Y: Back&Floor, Front, Pillars, 0
//table 04
B6 09 00 00     BA 09 00 00     BC 09 00 00     00 00 00 00 //rail X: Back&Floor, Front, Pillars, 0
B5 09 00 00     B9 09 00 00     BB 09 00 00     00 00 00 00 //rail Y: Back&Floor, Front, Pillars, 0
B8 09 00 00     BA 09 00 00     BC 09 00 00     00 00 00 00 //Road X: Back&Floor, Front, Pillars, 0
B7 09 00 00     B9 09 00 00     BB 09 00 00     00 00 00 00 //Road Y: Back&Floor, Front, Pillars, 0
F7 10 00 00     BA 09 00 00     BC 09 00 00     00 00 00 00 //Mono X: Back&Floor, Front, Pillars, 0
F6 10 00 00     B9 09 00 00     BB 09 00 00     00 00 00 00 //Mono Y: Back&Floor, Front, Pillars, 0
1F 11 00 00     BA 09 00 00     BC 09 00 00     00 00 00 00 //Mlev X: Back&Floor, Front, Pillars, 0
1E 11 00 00     B9 09 00 00     BB 09 00 00     00 00 00 00 //Mlev Y: Back&Floor, Front, Pillars, 0
//table 05
BD 09 00 00     C1 09 00 00     00 00 00 00     00 00 00 00 //rail X: Back&Floor, Front, Pillars, 0
BE 09 00 00     C2 09 00 00     00 00 00 00     00 00 00 00 //rail Y: Back&Floor, Front, Pillars, 0
BF 09 00 00     C1 09 00 00     00 00 00 00     00 00 00 00 //Road X: Back&Floor, Front, Pillars, 0
C0 09 00 00     C2 09 00 00     00 00 00 00     00 00 00 00 //Road Y: Back&Floor, Front, Pillars, 0
F8 10 00 00     C1 09 00 00     00 00 00 00     00 00 00 00 //Mono X: Back&Floor, Front, Pillars, 0
F9 10 00 00     C2 09 00 00     00 00 00 00     00 00 00 00 //Mono Y: Back&Floor, Front, Pillars, 0
20 11 00 00     C1 09 00 00     00 00 00 00     00 00 00 00 //Mlev X: Back&Floor, Front, Pillars, 0
21 11 00 00     C2 09 00 00     00 00 00 00     00 00 00 00 //Mlev Y: Back&Floor, Front, Pillars, 0
//table 06
86 09 00 00     88 09 00 00     85 09 00 00     87 09 00 00 //rail flat: northern end X, northern end Y, southern end X, southern end Y
8A 09 00 00     8C 09 00 00     89 09 00 00     8B 09 00 00 //rail ramp: northern end X, northern end Y, southern end X, southern end Y
8E 09 00 00     90 09 00 00     8D 09 00 00     8F 09 00 00 //road flat: northern end X, northern end Y, southern end X, southern end Y
92 09 00 00     94 09 00 00     91 09 00 00     93 09 00 00 //road ramp: northern end X, northern end Y, southern end X, southern end Y
E7 10 00 00     E9 10 00 00     E6 10 00 00     E8 10 00 00 //mono flat: northern end X, northern end Y, southern end X, southern end Y
EB 10 00 00     ED 10 00 00     EA 10 00 00     EC 10 00 00 //mono ramp: northern end X, northern end Y, southern end X, southern end Y
0F 11 00 00     11 11 00 00     0E 11 00 00     10 11 00 00 //mlev flat: northern end X, northern end Y, southern end X, southern end Y
13 11 00 00     15 11 00 00     12 11 00 00     14 11 00 00 //mlev ramp: northern end X, northern end Y, southern end X, southern end Y
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