Drag and drop

[markofkane]

Is there a way to "undo" a drag and drop to the haptek player?

It's a "drag" to have to close the player and reopen to try different skins.

And one skin on top another just doesn't look right.

Thanks.



(and hoping one day for bendable characters)

[Duskrider]

I drag and drop 20 skins in a minute. No problem.

Hal and Haptek enjoy power.
I suggest pentium 4 processor around 3000,
also at least 128 MB video memory,
and 1024 MB ram.

And if you looking, no hard drive is too big.
I got 160 GB hard drive, and my programs take up 26 GB.
[]

[markofkane]

If I only had the cash.

I think a new video card may help, and it might be my background running processes, namely Microsoft anti-spyware, and win-patrol.

[onthecuttingedge2005]

quote:Originally posted by markofkane

If I only had the cash.

I think a new video card may help, and it might be my background running processes, namely Microsoft anti-spyware, and win-patrol.

Walmart sometimes has very good deals on computers.

I prefer to build my own, Not to much of a cost difference.
I am going to give this old 1.4Ghz I am on away one day and get one of the newer
AI NOS motherboards, I researched the board after Spydaz told us about it, Very interesting indeed.

It was about a year ago when I was asking my wife if it would be cool that Intel or ASUS and NVIDIA would use a Cryo cooled CPU system using liquid Nitrogen.

With a Liquid Nitrogen cooling system I could overclock to the maximum limits of a CPU's frequency without electron creeping
or heating, That means the CPU isn't gonna burnout any time soon.

I could make a Liquid Nitrogen cooled Manifold for a CPU at 3.2GHz
and kick it to 6GHz no problem.

And Science said they were stuck at 3.0 GHz square law, NOT! LOL.

BEC or Bose Einstein condensates will kick up the square laws of
CPU power by folds and folds.

Cryo Manifolds is where the real computer action starts.

Imagine running Accelerated 3D graphics cards at 3GHz.

This is the level at which we can actually start simulating Artificial
Universes with in our computers down to Micro scopic levels.

The Whites Computer is already capable of doing this and they're not running Cryo systems that I know of.

Imagine a Cryo Desktop computer system beating the Whites computer system.

The Square Law says we will have (desktop) Quantum Computers in 20 years.

With perfected Quantum Computer Systems we can find Code sequences in a snap that would of taken hundreds of years to accomplish.

Science predicted that it would take 300 years to unravel the Genetic system of the human body, But when these Q/OS systems come out it could be done in a single day.

Jerry.

[markofkane]

I don't know if Wal-Mart's computers are better than my Dell Dimension 4400.  1.6 GHZ P4, 640mb of RAM.  Windows XP Home, Service pack 2.

I think it's weak part is the video card that came with it.

It is an ATI 128 Rage Ultra AGP, 16mb.

But, after shutting down Winpatrol, I don't have the freeze ups.

My guess it that since Winpatrol checks every few minutes for changes, it conflicts with Haptek Player, and freezes the computer at a dead stop. No mouse movement, no keyboard response, nothing.

[Dr.Benway]

quote:I could make a Liquid Nitrogen cooled Manifold for a CPU at 3.2GHz and kick it to 6GHz no problem. And Science said they were stuck at 3.0 GHz square law, NOT! LOL.

Madman! [:0]

[onthecuttingedge2005]

quote:Originally posted by Dr.Benway

quote:I could make a Liquid Nitrogen cooled Manifold for a CPU at 3.2GHz and kick it to 6GHz no problem. And Science said they were stuck at 3.0 GHz square law, NOT! LOL.

Madman! [:0]

At your service sir.
Jerry

[Dr.Benway]

I am seriously beginning to suspect that you are in fact the reincarnation of Wilhelm Reich... Ever messed with orgones, or tried to make rain with the help of machines? Trouble with the CIA?

Quite un-heim-lich, hmmm... but that last remark had a pruisian ring to it, let me assure you. []

[onthecuttingedge2005]

Love and Logic.

Charmed.
Jerry.

[Duskrider]

Its a warm spring evening in Jacksonville and I'm sitting as usual chewing the fat.
Anyway I got to thinking about cuttingedge and how he got an idea brewing that could revolutionize the computer industry.  Every quantum leap in computer analytical advancement requires a leader and followers.  Well, here we are.   We are ready.

So as I was saying, I was sitting and talking to this lady about it, and I mention the cool idea of the liquid nitrogen manifold and how we could really crank things up.
This calm quiet lady suddenly goes out of her mind and jumps up and starts screaming something about am I crazy and do I know how cold liquid nitrogen is.
I says to her, yes, we need it to be cold.  She says if I even start a nitrogen hookup, she's going to leave me.

The short of the long of it, is I'm afraid I can't participate in this exciting odyssey. I love this Hal program and love all my characters and the idea of them leaving me because of a nitrogen hookup is too horrible to contemplate.  
[]

Unusual idea, but enclosed nitrogen manifold is not a bad idea.

[markofkane]

Why doesn't the liquid nitrogen damage the CPU?  I thought things at that cold of a temp. would cause damge to about anything, especially something like a CPU chip.

I've seen what liquid N can do. It can make a banana hard enough to be used as a hammer, and a rose will shatter after being dipped in it, then touched. (Maybe not shatter, but break easily)

What really awes me is the small size of the CPU, yet it is the brain.

[onthecuttingedge2005]

quote:Originally posted by markofkane

Why doesn't the liquid nitrogen damage the CPU?  I thought things at that cold of a temp. would cause damge to about anything, especially something like a CPU chip.

I've seen what liquid N can do. It can make a banana hard enough to be used as a hammer, and a rose will shatter after being dipped in it, then touched. (Maybe not shatter, but break easily)

What really awes me is the small size of the CPU, yet it is the brain.

The Liquid Nitrogen Manifold wouldn't be in direct contact with the CPU, It would have a thermalconductor going from the Manifold block to the CPU, The Thermalconductor would be a specific guage of Silver or copper wire that attaches to a Thermal Plate attached to the CPU, The Manifold itself would have a variable fluid/Gas control to regulate desired temperature and Heat exchange.

And of course the Thermalconductor and CPU would have to be in a vacuum to prevent air condensation from dripping on Electrical surfaces.

  CPU  Thermal plate on CPU    L/N Manifold Block
   []|-----------------------------[     ]
       Thermalconductor wire
Jerry.

[Dr.Benway]

I don't know, it sounds adventurous.
Do you own a proper laboratorium?