# User:Piphi/Asymptote/Screencast

(Redirected from User:Piphi/Screencast) $[asy] /** * Screencast * * Made by piphi * * For more information go to the link below. * https://artofproblemsolving.com/wiki/index.php/User:Piphi/Screencast */ // Background fill((0,0)--(1024,0)--(1024,1024)--(0,1024)--cycle, orange); // Shading Background picture bg; path sq=(0,0)--(1024,0)--(1024,1024)--(0,1024)--cycle; pen[][] orangeish={{rgb(247,152,38),rgb(233,101,36)+red*0.05}}; latticeshade(bg,rotate(90)*sq,orangeish); add(rotate(-90)*bg); // Light Parallelogram fill((532,308)--(647,384)--(369,569)--(254,492)--cycle,rgb(251,222,199)); //fill((532,308)--(647,384)--(369,569)--(254,492)--cycle,rgb(251,222,199)); // Defining rounded triangle corners path lc = ((282,142)..(265,140)..(254,156)); path uc = ((254,1024-156)..(265,1024-140)..(282,1024-142)); path rc = ((820,1024-497)..(828,512)..(820,497)); // Filling white small triangle and trapezoid fill(lc--(254,492)--(532,308)--cycle,white); fill(uc--rc--(647,384)--(259,641)..(256,645)..(254,649)--cycle,white); // Defining Background's rounded corners path llc = ((0,90)..(27,27)..(90,0)); path lrc = ((1024-90,0)..(1024-27,27)..(1024,90)); path urc = ((1024,1024-90)..(1024-27,1024-27)..(1024-90,1024)); path ulc = ((90,1024)..(27,1024-27)..(0,1024-90)); // Clipping extra background clip(currentpicture, llc--lrc--urc--ulc--cycle); [/asy]$

## Screencast Logo

This is the third logo in the series of logos I am drawing in Asymptote. Screencast is a service offered by TechSmith that allows you to host videos, images, and multimedia with others.

When drawing this, I first made the fading background, then the lighter parallelogram, and lastly the white triangle and trapezoid.