REPLACEMENT TOOL: Relative Laser Brightness Calculator (Open Source Edition)

[Spoomples]

rhd hasn't been seen in a while, and his laser calculator has been down as well, so I decided to cobble together a replacement for the community (and myself).
I made this in a few hours as a personal project, so its fairly simplistic. Its open source and uses GitHub as a host, so it should be around for a good long while.

The webpage: https://slickscreen.github.io/laser-tools/brightness/
The repo: https://github.com/slickscreen/laser-tools

 

[ArcticDude]

Thanks for your effort man!

Thread stickied!

EDIT

@Alaskan
@Lifetime17
@trinh hong phuoc
@BowtieGuy

 

[Philipnzw]

Thanks for your efforts Spoomples, this tool is so useful.

 

[GSS]

Good man!!

 

[LewDude]

Love it. And love that its on git.
Next commit - leave an output box blank (or was it use "?") to have it match relative brightness and produce the output power.
I suck, already asking for more.

Thanks x100!!

 

[Spoomples]

Love it. And love that its on git.
Next commit - leave an output box blank (or was it use "?") to have it match relative brightness and produce the output power.
I suck, already asking for more.

Thanks x100!!

I might do that in the future. It wouldn't be too hard, but work on this will be very on-and-off.

 

[CorneliusCyril]

In laser technology it is often said that the term brightness is higher for one type of laser than for another, but rarely with a real quantitative specification (some numbers and units). What usually means is a clearly defined term. This means e.g. that the brightness of a laser is used when the beam quality is reduced to a constant level of power.

 

[Spoomples]

I updated the tool a bit. A brightness matching feature has been added, as well as an extremely experimental mesopic correction option for beams.