Messages

Ha ha! Nice! It was a great race. Thanks for organising it!

[(1:17.75)]

Cas

1. 1:28.35 (1:28.35)
2. 2:48.00 (1:19.65)
3. 4:05.75 (1:17.75)
4. 5:29.95 (1:24.20)
5. 6:48.20 (1:18.25)
5+ 8:00.00 (On the downhill slope before the tunnels)

My replay attached.

I'm in! Red for me!

Two slots left! Remember that you can choose from any of the supported cars.

Welcome @FabulousFurlough and thank you for the information! It's great to hear from someone who was actually involved in the development of these cracks.

[Distance:]

Since SuperSight 2.00 unlocks the camera elevation, it's now more difficult to achieve the specific camera angle used to verify OWOOT replays. Is it possible to add a hot key to set this camera angle? Below are the required camera settings:

Distance: 210
Azimuth: 512
Elevation: 240

Four slots still available!

Congratulations on the release! I'll be sure to start testing it out. Am I right in thinking that this version has the same performance as version 1.5?

Here is a freebie for those taking part in the survey. A mystery mod. Better you fasten your seatbelt before you try this one! 

Ha ha! What am I playing?

Well, I managed to implement a quick fix in the assembly.

Nice work! Thank you for putting in the time and effort to figure this out.

I'll add it to the next SuperSight release.

Looking forward to it!

Thanks for your report!

You're welcome! After some further testing, I've discovered that the crashes only occur if you set the DOSBox CPU core to "dynamic".

This looks great! We're no longer restricted to Need for Speed II if we want to drive this car. Thank you!

Congratulations @dreadnaut! Welcome to the Track of the Year hall of fame!

That's some great investigative work! That bug has been bugging me (pun intended) for ages.

This could be analysed by changing a sphere's diameter and observing the changes in the explosion, I guess.

I don't think that would be useful, as Foxpup explained:

A car model will exhibit the bug if and only if it has at least one sphere primitive; the number, size, location, and orientation of the sphere(s) seems to make no difference. Even a zero-size sphere at the model's origin will produce the bug.