159 replies to this topic

[jpsalas]

Today I'm uploading the next group of Taito tables, updated with these physics:

 

 

Apache! (Taito do Brasil 1978) 3.0.vpx

Check Mate (Taito do Brasil - 1977) 3.0.vpx

Cosmic (Taito do Brasil - 1980) 3.0.vpx

Criterium 77 (Taito do Brasil 1977) 3.0.vpx

Drakor (Taito do Brasil - 1979) 3.0.vpx

Fire Action (Taito do Brasil - 1980) 3.0.vpx

Fire Action de Luxe (Taito do Brasil - 1983) 3.0.vpx

[jpsalas]

Updated 8 more tables from the Taito collection:

 

Football (Taito do Brasil - 1979) 3.0.vpx

Gemini 2000 (Taito do Brasil - 1982) 3.0.vpx

Gork (Taito do Brasil - 1982) 3.0.vpx

Hot Ball (Taito do Brasil 1979)  3.0.vpx

Lady Luck (Taito do Brasil - 1978) 3.0.vpx

Lucky Strike (Taito do Brasil 1978) 3.0.vpx

Shock (Taito do Brasil - 1979) 3.0.vpx

Vegas (Taito do Brasil - 1980) 3.0.vpx

[dgriff]

Thanks JP for these updates and indeed all hard work you've put into VP over the years.

 

Your releases are always an event.

 

Don  

[toxie]

As usual, top notch! Thanks JP!

[jpsalas]

Updated 8 more tables from the Taito Collection with this physics:

 

Lunelle (Taito do Brasil - 1982) 3.0

Meteor (Taito do Brasil - 1979) 3.0

Mr Black (Taito do Brasil - 1984) 3.0

Oba Oba (Taito do Brasil - 1979) 3.0

Polar Explorer (Taito 1983) v3.0

Roman Victory (Taito do Brasil - 1978) 3.0

Shark (Taito do Brasil - 1982) 3.0

Snake Machine (Taito do Brasil - 1981) 3.0

[toxie]

Thanks once more JP!!

[Sheltemke]

Thank you so much JP for those amazing updates

[jpsalas]

Uploaded the last 8 Taito tables, now all the 35 Taito tables are updated with these 3.0 physics

 

Space Patrol (Taito do Brasil - 1978) 3.0

Space Shuttle (Taito do Brasil - 1982) 3.0

Speed Test (Taito do Brasil - 1982) 3.0

Sultan (Taito do Brasil - 1979) 3.0

Sure Shot (Taito do Brasil - 1981) 3.0

Volley (Taito do Brasil - 1981) 3.0

Vortex (Taito do Brasil - 1981) 3.0

Zarza (Taito do Brasil - 1982) 3.0

[wiesshund]

Space Shuttle here i come

[jpsalas]

I have re-uploaded the last 9 tables, this time I saved the tables with the older revision of VPX 10.7, which was able to load the table and saved so it works under VPX 10.6 (which was always the meaning).

So if you downloaded the tables before now, European time kl 12:05, then just download them again, and they will work under 10.6. 

[MarcosRH]

JP, thank you!!! Fantastic!!!

I'm from Brazil. Thank you, thank you!!!!!

[batch]

JP, I want to try to use these physics settings on my table "L'Hexagone", but with VP10.6, so I've a question

 

Walls in VP10.7 have the "Elasticity Falloff" option, whereas they don't have it in VP10.6, so I'd like to use primitives instead of walls for posts, rubber bands and so on

 

Do primitves in VP10.6 have the same behavior than walls in VP10.7, as they both have the "Elasticity Falloff" option ?

[wiesshund]

Prims have falloff far as i can tell

[batch]

That's why I ask this question

Do primitves in VP10.6 have the same behavior than walls in VP10.7, as they both have the "Elasticity Falloff" option ?

[wiesshund]

that's what i just answered?

you will notice that walls, which dont have it, the data box is greyed out

Edited by wiesshund, 28 January 2021 - 10:14 PM.

[batch]

I know that

 

I just ask if a primitive and a wall have the same behaviour with the  "Elasticity Falloff" option

[wiesshund]

I know that

 

I just ask if a primitive and a wall have the same behaviour with the  "Elasticity Falloff" option

 

as far as i know, a wall, a rubber band and a prim, given the same physics settings
are going to act the same.
Wont look the same obviously, but will act the same

[kiwi]

The "Elasticity Falloff" function for walls is a new thing and I think it should be tried to check the differences, if any, with other objects.

 

For example: primitive ramps have much less friction than a VPX ramp.

[batch]

I'm gonna try with primitives in VP10.6 and see how it works with the "Elasticity Falloff" option

[wiesshund]

they have the same friction as far as i can tell, but vpx built in ramps have no fall off value
or at least they dont have a value that can be set, maybe they have some fixed internal value? not sure, and if they do, i have no idea what.

but that is going to make them act different.

 

you can see that shooting a ball into a ramp of each type
they dont act the same when the ball is running into the ramp and trying to go up

but letting a ball loose going down, seems to be the same, if the ball velocity reports properly