Thank you everyone for responding to my question. Here is my answer to my own question...
There's nothing wrong with the GWT translation into JavaScript of Paul Falstad's electronic simulator.
After pondering the discourses of Eric Dollard...
http://is.gd/teslaimpulse
...I have come to a better appreciation for what I've managed to do for the past year. In some instances, I've merely managed to simulate Tesla's impulse current which Eric describes. But in one particular instance, I've managed to oscillate impulses which is a requirement for the wireless transmission of power using Tesla's Magnifying Transmitter...
http://is.gd/batterycharger
I've also come to appreciate how narrow a window each type of simulator is targeted for. It matters what purpose it is intended to be used for I have to strain LTSpice to get anything similar...
http://is.gd/spicy_boom
So, now I know what this JavaScript simulator can be used for among a few other things. And none of my simulations are ever intended to be built. They have been an exercise in learning some behavioral characteristic or another of electrodynamics.
And I can not thank Iain Sharp enough for suggesting a JavaScript version since it is only in this format that this simulator allows me to do what I've done in such a remarkable way.
And many thanks to Paul for building the original in Java.
On Tuesday, January 30, 2018 at 5:39:23 AM UTC-8, Vinyasi wrote:
-- There's nothing wrong with the GWT translation into JavaScript of Paul Falstad's electronic simulator.
After pondering the discourses of Eric Dollard...
http://is.gd/teslaimpulse
...I have come to a better appreciation for what I've managed to do for the past year. In some instances, I've merely managed to simulate Tesla's impulse current which Eric describes. But in one particular instance, I've managed to oscillate impulses which is a requirement for the wireless transmission of power using Tesla's Magnifying Transmitter...
http://is.gd/batterycharger
I've also come to appreciate how narrow a window each type of simulator is targeted for. It matters what purpose it is intended to be used for I have to strain LTSpice to get anything similar...
http://is.gd/spicy_boom
So, now I know what this JavaScript simulator can be used for among a few other things. And none of my simulations are ever intended to be built. They have been an exercise in learning some behavioral characteristic or another of electrodynamics.
And I can not thank Iain Sharp enough for suggesting a JavaScript version since it is only in this format that this simulator allows me to do what I've done in such a remarkable way.
And many thanks to Paul for building the original in Java.
On Tuesday, January 30, 2018 at 5:39:23 AM UTC-8, Vinyasi wrote:
Paul Falstad makes available to developers his Java source code for his electronic simulator...
https://github.com/pfalstad/circuitjs1
Using the Eclipse (Neon) platform coupled with the GWT app from Google to translate Paul's source code into JavaScript has produced a strange anomaly.
If I run the exact same circuit in his original Java version...
http://www.falstad.com/circuit-java/
...I get very different results, sometimes, then if I run the same circuit in his JavaScript version...
http://www.falstad.com/circuit/
The difference is phenomenal. Infinite gain on some circuits is possible - some so suddenly, that it can be very surprising...
http://vinyasi.info/ne?startCircuit=capboom.txt
He never wrote his simulator with JavaScript in mind. Nor does he participate in its translation from its originally coded version in Java. Yet, electronics theory gets turned on its head whenever I spend countless hours developing my own circuits that defy conventional wisdom!
For example...
http://vinyasi.info/ne?startCircuit=infinite-gain.txt
Anyone have any idea what might be occurring?
Thanks.
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