Very good product ..& very handsome man introducing it 😉.. but ..it'll be more amusing video to watch if there was some music along with the talk ..you know that science is dry and boring so alittle bit of music will make it fun ..
Minute 18:00, there's mentioning of vignetting, so width pixel frameline has been reduced from 3096px to 2088px. What's the math behind that? Thank you :)
Hello :) the frame line size was 1:1 (but with a 2x anamorphic lens); the aspect was locked in this example. The frame line size was 3096x3096 (since 3096px is the max. of the sensor height). To reduce the size we scale to 2880x2880 (but still 1:1) to get rid of the vignetting. 2880*2880 = 8294400 pixels = enough for the Netflix Specs. Please find also some useful information in this pdf: www.arri.com/resource/blob/41434/9093dd51fa56328b70f56a718bac0e22/2018-10-26-alexa-lf-and-anamorphic-lenses-pdf-data.pdf
As a programmer seeing ARRI use things like XMLs and PWAs is really cool for me to see. Good job!
Why are there so few views on this amazing content?
Xtremely useful! congrats.
Very good product ..& very handsome man introducing it 😉.. but ..it'll be more amusing video to watch if there was some music along with the talk ..you know that science is dry and boring so alittle bit of music will make it fun ..
Very Useful ...
Minute 18:00, there's mentioning of vignetting, so width pixel frameline has been reduced from 3096px to 2088px. What's the math behind that? Thank you :)
Hello :) the frame line size was 1:1 (but with a 2x anamorphic lens); the aspect was locked in this example. The frame line size was 3096x3096 (since 3096px is the max. of the sensor height). To reduce the size we scale to 2880x2880 (but still 1:1) to get rid of the vignetting. 2880*2880 = 8294400 pixels = enough for the Netflix Specs. Please find also some useful information in this pdf:
www.arri.com/resource/blob/41434/9093dd51fa56328b70f56a718bac0e22/2018-10-26-alexa-lf-and-anamorphic-lenses-pdf-data.pdf