Demo Model 1 route now features a 3D cab created by Geoff Rowlands.
Elvas Tower changed owner - a critical transition has been smoothly achieved.
Train Simulations publishes new Southern Pacific Shasta route.
Portugal '79 has been published. This provides 1775km of broad gauge track, with full detail on 91km between Entroncamento and Alfarelos.
New commercial route HSB Simulator published. This contains 87 miles of the Harz narrow-gauge railway, the longest narrow-gauge route network in Europe.
Open Rails 1.5.1 released to fix 3 bugs in v1.5.
Open Rails 1.5 released.
Three new UK routes are now available for immediate download here.
Version 1.4 is now available for immediate download here.
Wagons can now be braked individually as on the oldest railways. This can be experienced in 2 scenarios - Stephenson's Rocket at Rainhill Trials and Langley Vale Timber Tramway.
After more than a year of work the free, restored and improved Siskiyou Route is once more available.
ENG files published with accurate physics for 176 USA diesel locos.
Open Rails 1.3.1 released Download it here.
Geoff Rowlands found a way to model 3D controls so they can be grabbed by the handle as in this video.
Open Rails 1.2 released.
Open Rails 1.1 released.
The Elvas Tower forum plays a major role in developing Open Rails but has been closed to non-members following a dispute. We can now report that some of the Open Rails sub-forums are open again.
Peter Newell has just released (June 2105) the Great Zig Zag Railway, a steam route for Open Rails v1.0 (this 120MB download requires no other files).
Open Rails 1.0 released! Download it here.
Open Rails first demonstration route Demo Model 1 has been published.
Dekosoft Trains has added locos exclusively for Open Rails to its range. These are GP30 diesels taking advantage of our 3D cab feature.
The legacy graphics-heavy web site has been replaced by one based on Bootstrap which is both easier to maintain and suitable for phones and tablets as well as PCs.
You can still see an archive of the old site.
An installer is now available, so Open Rails and its pre-requisites such as XNA can be delivered in a single download.
Open Rails currently uses DirectX 9 and, although this is not the latest version of DirectX, hidden away inside is a method for reducing the number of "draw calls" which the CPU makes to the GPU. Fewer calls mean higher frame rates, smoother motion and the capacity to handle more detail.
The technique is called "hardware instancing" and allows identical objects (e.g. trees in a forest) to be combined into a single draw call. The work is transferred to the GPU which copies them as many times as necessary and usually has spare capacity.
You can expect some increases in frame rate, especially on routes with many identical objects. To turn this on, tick the checkbox for
Options > Experimental > Use model instancing.
Open Rails becomes available in additional languages, initially eight including Chinese.
A schedule of trains (or timetable) is nearly impossible to arrange in Microsoft Train Simulator as AI trains don't adhere to booked station stops. In Open Rails, the situation is better but an activity with a player train and AI traffic is still very different from a timetable.
Work has now begun on a timetable element which is an alternative to the usual activity. The timetable will contain all the details needed for each scheduled train - path, consist, booked stops etc.. Conventional activities will continue as before.
Also there is no longer any distinction between player train or AI train - any train in the timetable can be selected as the player train, the others are operated by a remote player or by the simulator.
Fog is developed from just softening the horizon into a realistic effect which users can fully control.
T1.5.1-2057-gfe3b901f2
Merge pull request #1086 from rwf-rr/refactor-user-settings-loc/export-settingsd8d61ebd
Add inffo that OpenRails must be closed for export.e10390b0
Update user manual for Settings Exporter.862913ed
Fix minor formatting issues.f34a04cf
Merge branch 'master' into refactor-user-settings-loc/export-settings57abd7bc
Fix bug in refactoring of user settings.bb16c92b
Merge branch 'refactor-user-settings-location' into refactor-user-settings-loc/export-settings52c2523f
Add more error handling and info.e275f68a
Merge branch 'refactor-user-settings-location' into refactor-user-settings-loc/export-settings88838fb8
Merge branch 'refactor-user-settings-location' into refactor-user-settings-loc/export-settings802ff4ca
Merge branch 'refactor-user-settings-location' into refactor-user-settings-loc/export-settingsdefd9fd0
Merge branch 'refactor-user-settings-location' into refactor-user-settings-loc/export-settingsccd1b486
Add SettingsExporter (contrib).5cb9f463
Make path expansion consistent.76ec9e27
Changes needed for exporter.T1.5.1-2042-ga2a9bbcc8
Merge pull request #1104 from cesarBLG/simple-adhesion-axle79192435
Merge branch 'master' into simple-adhesion-axle9fdade00
Fix incorrect brake fraction assignmentccc5c4dd
Set AdhesionConditions when starting87cdd9fa
Add TODO messages indicating that variables should never be NaNee453241
Further hiding86d38a2e
Hide NaNs0017b1a5
Merge branch 'master' into simple-adhesion-axlefd2cabbf
Include axle friction in total friction9c7cdbfb
Yet another try to overcome micro-slips respecting ramp up rates6ef735bd
Adjustement for Full slip control1f7af77d
Workaround to avoid oscillations due to SlipPercente0dbb206
Drive force is different from axle in forcec039a260
Correctly parse AntiSlip() tokenf15bb6bf
Use slip control also for dynamic braking03ccdc6e
Use DynamicBrake variable instead of force128520db
Reimplement legacy slip control systemsf9691cf7
Reimplement legacy anti slip but using tractive force instead of physical throttlef40920a4
Do not wheelslip if steam locomotive and simple adhesiondc485c5d
Increase adhesion multiplier for simple adhesiondc2a9077
Another usage of axle speedde4bf82b
Remove unneeded variablese7bad634
Simple and semi-simple adhesion43a12f43
Non-driven axlesbcdce8b4
Remove unneeded variablef333c34a
Calculate power inside axlec19d9ac8
Slip control fixesdd102c8e
Separate motive and friction axle out forces4222a2e7
Adhesion refactoringb4382d5c
Manage simple adhesion from Axle