SmokeDoepferEveryday

I'm wondering can a slider have the functionality of a loading bar / power bar / progress gate ?

I'm interested how two types of mechanic would work

1.) a slider that receives MIDI data and fills progressively [maybe in bangs] but resets after a short stop of data

2.) a progress gate that fills with data received but does not fall back [stores progess] but also has the option to reset to zero when full is reached

Anyone know how this would be implemented? [bit of fun below as reference]

https://www.youtube.com/watch?v=KFmcEFCoXy0

1.) a slider that receives MIDI data and fills progressively [maybe in bangs] but  resets after a short stop of data

I'm wondering can a slider have the functionality of a loading bar / power bar / progress gate ?
I'm interested how two types of mechanic wo

slider-as-power-bar

" 1.) a slider that receives MIDI data and fills progressively [maybe in bangs] but resets after a short stop of data "

those are two different options. so first built both options starting with individual sliders, then control the rest with gates.

" 1.) a slider that receives MIDI data and fills progressively [maybe in bangs] but  resets after a short stop of data "

those are two different options. so first built both options starting with individual sliders, then control the rest with gates.


yes written as two different options , sorry if that wasn't clear :)

how would the gate control store/reset/drop the slider increments?

[sorry for not grasping how you would implement]

how would the gate control store/reset/drop the slider increments? 

a gate might be needed to allow "reset" only when wanted.

above i basically tried to say "you should solve problems by breaking them into smaller parts".

that is your only chance when you dont know where to start to build the whole thing.

dont focus on the endsieg too much, go step by step.

among other things you could try to do it with language.

a slider that receives MIDI data and fills progressively [maybe in bangs] but resets after a short stop of data

is very abstract and short description for a rather complex thing. lets try to rephrase that a bit more detailed:

- it doesnt matter what kind of data it is

- whenever a new message comes in, it should be recognized as item to be accumulated to a variable, starting at 0.

- also, whenever a message is coming in, we must start to measure the time until the next messages arrive

- there must be a fixed time limit present somewhere as numbers.

- when time is run up and no new messages have yet arrived, the variable must be set to 0

- otherwise restart the time measurement with every new item.

if you now know that there are objects called [accum], [if], [count], [+], and [timer], you can almost translate english to max.

that is your only chance when you  dont know where to start to build the whole thing. 

a slider that receives MIDI data and fills progressively [maybe in bangs] but  resets after a short stop of data 

 - there is some data coming in

 - it doesnt matter what kind of data it is

 - whenever a new message comes in, it should be recognized as item to be accumulated to a variable, starting at 0.

 - also, whenever a message is coming in, we must start to measure the time until the next messages arrive

 - there must be a fixed time limit present somewhere as numbers.

 - when time is run up and no new messages have yet arrived, the variable must be set to 0

 - otherwise restart the time measurement with every new  item.

if you now know that there are objects called [accum], [if], [count], [+], and [timer],  you can almost translate english to max.


the Windows power slider is available for AMD and Intel platforms running Windows 10, build 1709 and newer builds of Windows. It is not available on devices with ARM64 processors. 

The slider will appear on a device only when the Balanced power plan, or any plan that is derived from 

 Balanced, is selected. There is not an option for either users or OEMs to remove the slider UX.

Devices that have the High Performance, Power Saver, or any “OEM Recommended” power plans will not be disturbed during the Windows upgrade process. If a user upgrades from a version of Windows that does not support the slider, to a version that does, there will be no change to their 

High Performance, Power Saver, or "OEM Recommended" 

 power plan. These users will not see the slider UX, and they can still configure their power plans in the same way they could before upgrading.

Users will see the power slider appear only when they apply the Balanced power plan from the 

 Settings app, under System > Power & Sleep > Additional power settings.

hello,
the Windows power slider is available for AMD and Intel platforms running Windows 10, build 1709 and newer builds of Windows. It is not available on devices with ARM64 processors. The slider will appear on a device only when the Balanced power plan, or any plan  that is derived from TextNow Balanced, is selected. There is not an option for either users or OEMs to remove the slider UX.

Devices that have the High Performance, Power Saver, or any “OEM Recommended” power plans will not be disturbed during the Windows upgrade process. If a user upgrades from a version of Windows that does not support the slider, to a version that does, there will be no change to their High Performance, Power Saver, or "OEM Recommended" Bluestacks power plan. These users will not see the slider UX, and they can still configure their power plans in the same way they could before upgrading.

Users will see the power slider appear only when they apply the Balanced power plan from the  Photomath Settings app, under System > Power & Sleep > Additional power settings.
regards
jayesh

that has literally nothing to do with what I asked about…

Lol, where on earth did that complete gibberish spambot response come from? Fascinating...

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Slider as Power Bar