@visbot/codemirror-avs

A mode for Winamp AVS to use with CodeMirror, the versatile text editor implemented in JavaScript for the browser.

Example

Let's take a look at this SuperScope from NemoOrange's Jaxx preset. Feel free to edit the code in order to test the highlighter and report an issue if you come across something fishy.

Frame nn=if(below(w,500),4,if(below(w,1000),6,8)); n=ceil((w/nn))*2+4; m=1/(n-1); linesize=nn-1; yms=if(equal(ymt,dest),0,ymu); ymt=if(above(abs(ymt),4),-4*sign(ymt),ymt+yms); //first time only wh=(ww-w); ww=w; p=1; loop(if(wh,n/2,0),exec3( assign(p,p+2), assign(megabuf(p+1000),rand(35)*.01+.65), assign(megabuf(p+2000),(rand(20)-10)*.005))); p=1; loop(if(wh,n/2,0),exec3( assign(p,p+2), assign(megabuf(p+3000),rand(10)*.02), assign(megabuf(p+4000),rand(628)*.01))); p=1; loop(if(wh,n/2,0),exec3( assign(p,p+2), assign(megabuf(p+7000),rand(35)*.01+.65), assign(megabuf(p+8000),(rand(20)-10)*.005))); p=1; loop(if(wh,n/2,0),exec3( assign(p,p+2), assign(megabuf(p+9000),rand(10)*.02), assign(megabuf(p+10000),rand(628)*.01))); p=1; loop(if(wh,n/2,0),exec3( assign(p,p+2), assign(megabuf(p+13000),rand(80)*.01), assign(megabuf(p+14000),(rand(20)-10)*.005))); p=1; loop(if(wh,n/2,0),exec3( assign(p,p+2), assign(megabuf(p+15000),rand(10)*.02), assign(megabuf(p+16000),rand(628)*.01))); //original t value & rand getspec value p=1; loop(if(wh,n/2,0),exec3( assign(p,p+2), assign(megabuf(p+23000),rand(1000)), assign(megabuf(p+30000),rand(80)*.01))); //red p=1; loop(n/2,exec3( assign(p,p+2), assign(megabuf(p+5000), megabuf(p+5000)+megabuf(p+2000)), assign(megabuf(p+6000), megabuf(p+1000)+sin(megabuf(p+5000) +megabuf(p+4000))*megabuf(p+3000)))); //green p=1; loop(n/2,exec3( assign(p,p+2), assign(megabuf(p+11000), megabuf(p+11000)+megabuf(p+8000)), assign(megabuf(p+12000), megabuf(p+7000)+sin(megabuf(p+11000) +megabuf(p+10000))*megabuf(p+9000)))); //blue p=1; loop(n/2,exec3( assign(p,p+2), assign(megabuf(p+17000), megabuf(p+17000)+megabuf(p+14000)), assign(megabuf(p+18000), megabuf(p+13000)+sin(megabuf(p+17000) +megabuf(p+16000))*megabuf(p+15000)))); //vertical movement p=1; loop(n/2,exec3( assign(p,p+2), assign(megabuf(p+22000), megabuf(p+22000)*megabuf(p+21000)), assign(megabuf(p+23000), megabuf(p+23000)+megabuf(p+22000)+getspec(megabuf(p+30000),.1,0)*.15))); p=1; loop(n/2,exec2( assign(p,p+2), assign(megabuf(p+20000), sin(megabuf(p+23000))*cos(megabuf(p+23000)*.7))));

Beat uu=equal(ymt,dest)*floor(rand(18)/17); rb=rand(5)-3; ru=if(uu,ru+rb,ru); ymu=if(uu,.02*sign(rb),ymu); rru=abs(ru%6); dest=if(uu,(rru*.5)+1.25*sign(rru-2.5)-1.25,dest); p=1; loop(n/2,exec3( assign(p,p+2), assign(megabuf(p+21000),(rand(15)+85)*.01), assign(megabuf(p+22000),(rand(20)-10)*.01)));

Point k=-k; x=(i*2-1+m*-k)*(1+m*3); yt=megabuf(i*n+20000)+megabuf(i*n+20001); y=k*2+yt+ymt; red=megabuf(i*n+6000); green=megabuf(i*n+12000); blue=megabuf(i*n+18000); drawmode=k;

Code on GitHub