* Add isVisible property to widgets so that you can easily show / hide widgets.
* Add new text box widget for text input
* Allow plugin windows to be transparent
* Add `textAlign` property to label widget
* add data to Track.cpp
add data to TrackData.cpp
add import helper functions
fix Booster value
import booster as 256
export booster as 100
add vehicle subposition data
add SV4 import
add TD4 import
add TD6 import
use track_type_t when importing TD6
add TD6 export
change peep tracktype type to auto
fix SV4 track element import
fix import of booster speed
add None enum to TrackElemType
move _legacy RideConstruction functions to Ride.cpp
change _currentPossibleRideConfigurations to use track_type_t
fix booster track category
add booster string tto
expand _currentTrackCurve to 32 bits
expand track_curve_chain to 32 bits
update get_track_element et al. to handle 16 bit track types
run clang-format
remove unused #includes from _legacy.cpp
Revert "remove unused #includes from _legacy.cpp"
This reverts commit 4c4d4b06edb0c130314789d8fe371246be246c9f.
Revert "update get_track_element et al. to handle 16 bit track types"
This reverts commit 73920dafd4a6c9e7c9f0c7ee1098d493f8f5d262.
Revert "move _legacy RideConstruction functions to Ride.cpp"
This reverts commit 2d83a75c1477d387ad77a7a5085f37a28f72a589.
update _legacy functions for 16-bit track types
update ride_construction_reset_current_piece behavior with new enum
fix declaration of _currentTrackCurve to match other track tcurve vars
remove unused include from T4Importer.cpp
move SCT to 256 part 1: RideConstruction.cpp
move SCT to 256 part 2: TrackData.cpp
move SCT to 256 part 3: Ride.h/Ride.cpp
move SCT to 256 Part 4: revert changes to S4Importer.cpp, T4Importer.cpp
fix stations appearing as curves
fix too many initializers in TrackData.cpp
move SCT to 256 part 5: S6/T6 importing and exporting
move SCT to 256 part 6: simplify RCT12.cpp functions
fix comments in S6Exporter.cpp, S6Importer.cpp
fix clang-format on S6Importer.cpp
add missing data to TrackData.cpp
revert new functions for checking if track type is a booster
revert unused include
change trackType to auto and add comment to S6Exporter.cpp
move track type aliasing from TrackDesign.cpp to T6Import.cpp, T6Export.cpp
add comment about sv6 vehicle.track_type
static cast to uint8_t in T6Exporter.cpp`
set type to auto when setting value to _currentTrackCurve
revert moving function in S6Importer.cpp
fix value names in RideData.cpp
revert cahnge to uint16_t return for GetTrackType() in RCT12.cpp
fix GetTrackType return type for real
add changelog entry
bump network version
cast alternate track type to track_type_t
static_cast tuple input value in _legacy.cpp
change _currentTrackCurve to uint32
use TrackElemType::Count to determine length of subposition array
perform some changes
remove padding from rct_trackdefinition
fix alternative type check
remove _boosterTrackSelected
add missing condition for booster speed
add comments for TrackElemType::MultiDimInvertedUp90ToFlatQuarterLoop
add missing comments to RideData.cpp
remove extra entry
simplify some things
fix formatting
remove redundant checks todo: fix building the track piece
use TrackElemType::None more
remove git.txt
* bump network version
* make conditional more explicit w/ parentheses
* move booster check to RCT12.cpp
* implement getters and setters for vehicle track type and direction
* fix formatting
* rename RCT12TrackTypeIsBooster to RCT2TrackTypeIsBooster
* add whitespace in RCT2.h
* change the thing I thought I changed
* move booster check function to RCT2.cpp
* move function into if condition
* fix scope issues with setters
* Fix#13409: Clamp peep distances from path centers
The debunch-peeps improvement did not account for the fact that peeps may change direction when they are only at the very edge of a tile - it's not entirely clear to me why this happens, but it does. The previous code would push these peeps back towards the center line over time, but the new behaviour allows them to keep walking along these very edge-y lines, which means they sometimes appear to be walking on the wrong sides of benches, railings, etc.
To fix the problem, do not simply keep the target coordinate constant for the direction the peep is moving in, but clamp it, so that peeps in these outlier positions will get pulled back to a more acceptable position within one tile. Peeps who are already debunched within the reasonable center area of the path are unaffected.
* Update replays for change
* Add changelog entry
* Fix broken hashes
Co-authored-by: duncanspumpkin <duncans_pumpkin@hotmail.co.uk>
* Fix#12895: only update ride mechanic status when advancing state
* add changelog message
* Change changelog wording
* Bump network version
Co-authored-by: Michael Steenbeek <m.o.steenbeek@gmail.com>
Cory Sanin