Future Estim Video I am Working On

[boundupone]

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 :)

[phoopha]

That looks awesome!

[mantrid]

I had a private conversation with boundupone two days ago because I wanted to add estim sound to his video. Later I changed my mind and made a normal tease with some interactions, random play order warm-up and resting sequences in order to find out whether I can cum more than once with electricity. The result can be downloaded

RiseOfPax.zip (2.8GB)

Download the archive, unpack it and open the html file in a modern browser.

The tease follows the idea of boundupone's video, contains his clips and some of his text. There is only a short introduction. (I did not replicated the background story) and I was to lazy to find a new name. Here are some additional hints:

• 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

The tease can easily extended with your own favorite porn. In order to do that, You need to

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

[JBK]

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 :)

Haha, I remember Hogtied. That was a long time ago
I'm looking forward to your finished video and e-stim and wish you all the needed time and energy to work on it!

[JBK]

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]

I'm curious to try this.
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]

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.)

[JBK]

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.)

Why the parallel resistor? Because it was in the design I copied an built. At that time I was not knowledgeable enough about the workings of the circuit to just leave it out.
Maybe I should try to take it out and see if I notice a difference..

[rubik]

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]

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" ;)

[rubik]

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" ;)

It certainly did!!! Very interesting audios going on. Videos are very much my kinda thing. Ability to save the session and go back later also very cool. I can't wait to join up again and continue the journey.

[rubik]

Hi Boundupone,
I'm still checking in daily.
Have you found any time to make progress on this project?
All the best.

[LondonGent]

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.

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.

[edger477]

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.

The alternate path is not needed for modern amps... old amps used to stop producing output if load falls below some level so it would cause them to operate in spikes instead of normally, but all amps I was able to use last few years work fine with just transformer and serial resistor.

[boundupone]

Hi Boundupone,
I'm still checking in daily.
Have you found any time to make progress on this project?
All the best.

Hi, sorry not yet

Will be a little while more before I can too I think, sorry for the wait

[mantrid]

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.

In order to make the output less current controlled (and thus less controllable), reduce the serial resistor.

In order to protect against high voltages if electrodes are disconnected (or malfunctions of the amplifier), use a TVS diode. This is advisable because voltage of an ideal current controlled output circuit is infinity if resistance is infinity. Protection using a parallel resistor is equal to protection by driving the amplifier to its limit. (An polyfuse can be added to protect the TVS against extreme malfunctions.)

Output current and power are always limited (if no malfunction occurs).