Thanks! You are too kind.i hope it helps!

Thanks James!

Thanks Adam! You and me both!

My pleasure!

Thanks!

Thanks! Glad you liked it!

Thank you very much!

Thank you so much!

Thanks!

Thank you!

Awesome, thank you!

Thanks!

That’s great to hear! When red, green, and blue light are combined, they create white light. This occurs due to the additive color model, which is used in devices like computer screens and digital displays. In this model, red, green, and blue are the primary colors of light. When mixed together in equal intensities, they produce white light because the combination stimulates our eyes' cone cells, resulting in the perception of white. This is fundamentally different from mixing colors in paint, where the subtractive color model is used. In the additive model, combining different wavelengths of light adds to the overall intensity and creates new colors

@@JohnGress amazing, thank you for getting back to me, will go give it a whirl!

Great point. If your flash tube lacks a protective dome, it can get so hot that it will actually melt the gel. A halogen modeling lamp can also warp the gel, but it typically won't cause as much damage. However, with an exposed flash tube, the gel can literally fuse to it due to the intense heat. With LED modeling lamps and a protective glass cover, as you see in the video, taping a gel in this manner is perfectly safe.

Thank you so much!

The images in the program have the watermark until you export them. Once you do so, you are charged one credit. The exported versions are sharper than the previews too.

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