Milovana.com

JackD-7 wrote: Fri Aug 02, 2024 9:23 pm Wow wow, this is my kind of stuff hope to see it soon ! Wiredpussy videos were great remind me the good old times, keep working on it and congrats !

• I's no self-bondage tease, it requires minimal interaction
• If the tease ended (controlled by the "Mercy" and "I came" buttons), save the state and load it the next time
• Additional help for the estim configuration can be found in this post

1. Create a .gsc file for each sequence (usually one video clip) and put it in one of these directories:
   • `tease`: Teasing sessions during warm-up. Recommended duration: 2 min to 4 min.
   • `pain`: Pain sessions during warm-up. Recommended duration: 2 min to 4 min.
   • `prep`: Preparation session. Recommended duration: not to long and not to short. Probably about 5 min
   • `exec`: Execution sessions (which attempt to enforce the orgasm). Recommended duration: Not to long and not to short. Probably about 8 min
   It is possible to have combined preparation and execution sessions. Use the existing .gsc files as template.
2. Run `pools.sh` to re-build `pools.gsc` (requires a Unix tool chain, AFAIK also exists for Windows) or modify this file manually
3. Re-build the tease using the command

   Code: Select all

   java -jar GAsm.jar RiseOfPax.gsc RiseOfPax.gjs

   or

   Code: Select all

   make

   (if `make`is installed). The file GAsm.jar is contained in the archive.
4. Probably read some of the documentation

boundupone wrote: Sat Aug 03, 2024 2:17 pm

JackD-7 wrote: Fri Aug 02, 2024 9:23 pm Wow wow, this is my kind of stuff hope to see it soon ! Wiredpussy videos were great remind me the good old times, keep working on it and congrats !

Ah, the good old days, water bondage and men in pain. super early hogtied stuff was responsible for a lot of my early education too :)

mantrid wrote: Sun Aug 04, 2024 10:10 pm It is possible to have combined preparation and execution sessions. Use the existing .gsc files as template.
[*] Run `pools.sh` to re-build `pools.gsc` (requires a Unix tool chain, AFAIK also exists for Windows) or modify this file manually
[*] Re-build the tease using the command

Code: Select all

java -jar GAsm.jar RiseOfPax.gsc RiseOfPax.gjs

or

Code: Select all

make

(if `make`is installed). The file GAsm.jar is contained in the archive.
[*] Probably read some of the documentation
[/list]

JBK wrote: Mon Aug 05, 2024 9:04 pm My DIY has serial AND parallel resistors. Does that mean I can set the "current limitation at common" to something like 0,20? Or would 0 be fine with this setup?

mantrid wrote: Tue Aug 06, 2024 12:36 pm

JBK wrote: Mon Aug 05, 2024 9:04 pm My DIY has serial AND parallel resistors. Does that mean I can set the "current limitation at common" to something like 0,20? Or would 0 be fine with this setup?

Why? Parallel resistors have the opposite effect of serial resistors. Using both, just increases the power dissipation and may cause clipping (=defuse intensity peaks). The purpose of series resistors is to make the output driver more current-controlled and therefore controllable and predictable, because voltage controlled signals depend on resistances which are unknown and variable.

The purpose of the setting "current limitation at common" is to fix issues with the electrode placement. Less serial resistance (parallel resistors) can have a similar effect and/or fix issues with bad sound files. I cannot predict which setting works best for you. You have to try it out.

BTW, you can re-calibrate during the tease. By pressing the button you re-calibrate with thee current sound. (It is pointless to press this button when no sound is played.)

rubik wrote: Wed Aug 07, 2024 8:26 am Hi, Exciting stuff. Well done again Boundupone for all your efforts to date and finding time to work on this new project. Can't wait. I'll be checking in daily for a new tease, but TBH, thats normal. :)
I ran the html file last night with fantastic results though a 2B. Thank you Mantrid.
I could see a nice collaboration building here maybe.

boundupone wrote: Wed Aug 07, 2024 11:06 am

rubik wrote: Wed Aug 07, 2024 8:26 am Hi, Exciting stuff. Well done again Boundupone for all your efforts to date and finding time to work on this new project. Can't wait. I'll be checking in daily for a new tease, but TBH, thats normal. :)
I ran the html file last night with fantastic results though a 2B. Thank you Mantrid.
I could see a nice collaboration building here maybe.

Thanks, did the Mantrid version "work" ;)

mantrid wrote: Tue Aug 06, 2024 12:36 pm

JBK wrote: Mon Aug 05, 2024 9:04 pm My DIY has serial AND parallel resistors. Does that mean I can set the "current limitation at common" to something like 0,20? Or would 0 be fine with this setup?

Why? Parallel resistors have the opposite effect of serial resistors. Using both, just increases the power dissipation and may cause clipping (=defuse intensity peaks). The purpose of series resistors is to make the output driver more current-controlled and therefore controllable and predictable, because voltage controlled signals depend on resistances which are unknown and variable.

LondonGent wrote: Wed Sep 18, 2024 8:40 am It's been a long time since I've looked into it, but IIRC the purpose of the parallel resistors is something to do with providing an alternative path for the current if the body resistance is too high or one of the electrodes is disconnected. They certainly turn up in a lot of the designs you can find online.

rubik wrote: Tue Sep 17, 2024 12:17 pm Hi Boundupone,
I'm still checking in daily.
Have you found any time to make progress on this project?
All the best.

LondonGent wrote: Wed Sep 18, 2024 8:40 am It's been a long time since I've looked into it, but IIRC the purpose of the parallel resistors is something to do with providing an alternative path for the current if the body resistance is too high or one of the electrodes is disconnected. They certainly turn up in a lot of the designs you can find online.