.trackData .trackSectionData SKIP 1 \ Various data for the track section: \ \ * Bits 0-2: Size of the track section list \ \ * Bits 4-7: Sign number .xTrackSectionIHi SKIP 1 \ High byte of the x-coordinate of the starting point of \ the inner verge of each track section .yTrackSectionIHi SKIP 1 \ High byte of the y-coordinate of the starting point of \ the inner verge of each track section .zTrackSectionIHi SKIP 1 \ High byte of the z-coordinate of the starting point of \ the inner verge of each track section .xTrackSectionOHi SKIP 1 \ High byte of the x-coordinate of the starting point of \ the outside verge of each track section .trackSectionTurn SKIP 1 \ The number of the segment in the section where \ non-player drivers should start turning in preparation \ for the next section .zTrackSectionOHi SKIP 1 \ High byte of the z-coordinate of the starting point of \ the outside verge of each track section .trackDriverSpeed SKIP 1 \ The maximum speed for non-player drivers on this \ section of the track SKIP 8 * 25 \ Section data for 25 more sections .xTrackSignVector SKIP 16 \ The x-coordinate of the track sign vector for each \ sign, to be scaled and added to the inner track \ section vector for the sign .zTrackSignVector SKIP 16 \ The z-coordinate of the track sign vector for each \ sign, to be scaled and added to the inner track \ section vector for the sign .yTrackSignVector SKIP 16 \ The y-coordinate of the track sign vector for each \ sign, to be scaled and added to the inner track \ section vector for the sign .xTrackSegmentI SKIP 256 \ Vector x-coordinates between two consecutive segments \ on the inside of the track .yTrackSegmentI SKIP 256 \ Vector y-coordinates between two consecutive segments \ on the inside of the track .zTrackSegmentI SKIP 256 \ Vector z-coordinates between two consecutive segments \ on the inside of the track .xTrackSegmentO SKIP 256 \ Vector x-coordinates from the inside to the outside of \ the track for each segment .zTrackSegmentO SKIP 256 \ Vector z-coordinates from the inside to the outside of \ the track for each segment .trackSectionFlag SKIP 1 \ Various flags for the track section: \ \ * Bit 0: Section shape (Sh) \ \ * 0 = straight section (only one segment vector) \ \ * 1 = curved section (multiple segment vectors) \ \ * Bit 1: Colour of left verge marks (Vcol) \ \ * 0 = black-and-white verge marks \ \ * 1 = red-and-white verge marks \ \ * Bit 2: Colour of right verge marks (Vcol) \ \ * 0 = black-and-white verge marks \ \ * 1 = red-and-white verge marks \ \ * Bit 3: Show corner markers on right (Mlr) \ \ * 0 = do not show corner markers to the right of \ the track \ \ * 1 = show corner markers to the right of the \ track \ \ * Bit 4: Show corner markers on left (Mlr) \ \ * 0 = do not show corner markers to the left of \ the track \ \ * 1 = show corner markers to the left of the track \ \ * Bit 5: Corner marker colours (Mcol) \ \ * 0 = show all corner markers in white \ \ * 1 = show corner markers in red or white, as \ appropriate \ \ * Bit 6: In the extra tracks only, enable hooks to \ generate segment vectors (G) \ \ * 0 = disable HookDataPointers and \ HookSegmentVector \ \ * 1 = enable HookDataPointers and \ HookSegmentVector \ \ * Bit 7: Section has a maximum speed (Sp) \ \ * 0 = this section has no maximum speed \ \ * 1 = this section has a maximum speed .xTrackSectionILo SKIP 1 \ Low byte of the x-coordinate of the starting point of \ the inner verge of each track section .yTrackSectionILo SKIP 1 \ Low byte of the y-coordinate of the starting point of \ the inner verge of each track section .zTrackSectionILo SKIP 1 \ Low byte of the z-coordinate of the starting point of \ the inner verge of each track section .xTrackSectionOLo SKIP 1 \ Low byte of the x-coordinate of the starting point of \ the outside verge of each track section .trackSectionFrom SKIP 1 \ The number of the first segment vector in each \ section, which enables us to fetch the segment vectors \ for a given track section .zTrackSectionOLo SKIP 1 \ Low byte of the z-coordinate of the starting point of \ the outside verge of each track section .trackSectionSize SKIP 1 \ The length of each track section in terms of segments SKIP 8 * 25 \ Section data for 25 more sections .trackSteering SKIP 24 \ The optimum steering for non-player drivers to apply \ on each track section SKIP 2 .trackSignData SKIP 16 \ Base coordinates and object types for 16 road signs .trackSectionCount SKIP 1 \ The total number of track sections * 8 .trackVectorCount SKIP 1 \ The total number of segment vectors in the segment \ vector tables .trackLength SKIP 2 \ The length of the full track in terms of segments .trackStartLine SKIP 2 \ The segment number of the starting line .trackLapTimeSec SKIP 3 \ Lap times for adjusting the race class (seconds) .trackLapTimeMin SKIP 3 \ Lap times for adjusting the race class (minutes) .trackGearRatio SKIP 7 \ The gear ratio for each gear .trackGearPower SKIP 7 \ The power for each gear .trackBaseSpeed SKIP 3 \ The base speed for each race class, used when \ generating the best racing lines and non-player driver \ speeds .trackStartPosition SKIP 1 \ The starting race position of the player during a \ practice or qualifying lap .trackCarSpacing SKIP 1 \ The spacing between the cars at the start of a \ qualifying lap, in segments .trackTimerAdjust SKIP 1 \ Adjustment factor for the speed of the timers to allow \ for fine-tuning of time on a per-track basis .trackRaceSlowdown SKIP 1 \ Slowdown factor for non-player drivers in the race SKIP 7Name: trackData [Show more] Type: Workspace Category: Track data Summary: This is where the track data gets loaded Deep dive: The jigsaw puzzle binary The track data file formatContext: See this workspace in context in the source code References: This workspace is used as follows: * SwapCode uses trackData
See the track source in revs-silverstone.asm for details of the track data. It covers trackData and dashData41 - the latter gets moved into screen memory as part of the memory-moving process in the SwapData routine.