| [preset00] | |
| fRating=2.000000 | |
| fGammaAdj=1.7 | |
| fDecay=0.940000 | |
| fVideoEchoZoom=1.003587 | |
| fVideoEchoAlpha=0.0 | |
| nVideoEchoOrientation=1 | |
| nWaveMode=0 | |
| bAdditiveWaves=1 | |
| bWaveDots=0 | |
| bWaveThick=0 | |
| bModWaveAlphaByVolume=1 | |
| bMaximizeWaveColor=0 | |
| bTexWrap=1 | |
| bDarkenCenter=0 | |
| bRedBlueStereo=0 | |
| bBrighten=0 | |
| bDarken=1 | |
| bSolarize=0 | |
| bInvert=0 | |
| fWaveAlpha=0.001000 | |
| fWaveScale=1.285751 | |
| fWaveSmoothing=0.630000 | |
| fWaveParam=0.0 | |
| fModWaveAlphaStart=0.710000 | |
| fModWaveAlphaEnd=1.3 | |
| fWarpAnimSpeed=1.0 | |
| fWarpScale=1.331000 | |
| fZoomExponent=0.999999 | |
| fShader=0.0 | |
| zoom=1.000491 | |
| rot=0.0 | |
| cx=0.5 | |
| cy=0.5 | |
| dx=0.0 | |
| dy=0.0 | |
| warp=0.010000 | |
| sx=1.220190 | |
| sy=1.220190 | |
| wave_r=0.650000 | |
| wave_g=0.650000 | |
| wave_b=0.650000 | |
| wave_x=0.5 | |
| wave_y=0.5 | |
| ob_size=0.010000 | |
| ob_r=0.0 | |
| ob_g=0.0 | |
| ob_b=0.0 | |
| ob_a=0.0 | |
| ib_size=0.260000 | |
| ib_r=0.25 | |
| ib_g=0.25 | |
| ib_b=0.25 | |
| ib_a=0.0 | |
| nMotionVectorsX=12.0 | |
| nMotionVectorsY=9.0 | |
| mv_dx=0.0 | |
| mv_dy=0.0 | |
| mv_l=0.9 | |
| mv_r=1.0 | |
| mv_g=1.0 | |
| mv_b=1.0 | |
| mv_a=0.0 | |
| wavecode_0_enabled=0 | |
| wavecode_0_samples=512 | |
| wavecode_0_sep=0 | |
| wavecode_0_bSpectrum=1 | |
| wavecode_0_bUseDots=0 | |
| wavecode_0_bDrawThick=0 | |
| wavecode_0_bAdditive=0 | |
| wavecode_0_scaling=1.0 | |
| wavecode_0_smoothing=0.5 | |
| wavecode_0_r=1.0 | |
| wavecode_0_g=1.0 | |
| wavecode_0_b=1.0 | |
| wavecode_0_a=1.0 | |
| wave_0_per_frame1=t3 = q7; | |
| wave_0_per_frame2= | |
| wave_0_per_frame3=t1 = .5; | |
| wave_0_per_frame4=t2 = .5; | |
| wave_0_per_frame5= | |
| wave_0_per_frame6=//r = .5 + .5*sin(q2); | |
| wave_0_per_frame7=//g = .5 + .5*sin(q2 + 2.0944); | |
| wave_0_per_frame8=//b = .5 + .5*sin(q2 + 4.1888); | |
| wave_0_per_point1=sp = sample*6.2832; | |
| wave_0_per_point2=ti = time*20; | |
| wave_0_per_point3=raa = sin(ti*12.87 - sp*15.87)*2.5 - cos(ti*7.98 + sp*9.5)*6 + sin(ti*8.9 + sp*48)*7.4; | |
| wave_0_per_point4=raa = abs(raa - int(raa)); | |
| wave_0_per_point5=rab = sin(ti*6.74 - sp*18.52)*5.7 + cos(ti*3.94 + sp*27.55)*1.7 + sin(ti*14.8 + sp*3.5)*4; | |
| wave_0_per_point6=rab = abs(rab - int(rab)); | |
| wave_0_per_point7= | |
| wave_0_per_point8=cou = 30; | |
| wave_0_per_point9= | |
| wave_0_per_point10=seg = seg*above(sample,0); | |
| wave_0_per_point11=it = (it + 1)*above(sample,0); | |
| wave_0_per_point12=seg = seg + equal(ita,0); | |
| wave_0_per_point13=ita = (ita + 1)*above(sample,0)*below(ita,cou); | |
| wave_0_per_point14=cop = equal(ita,cou); | |
| wave_0_per_point15= | |
| wave_0_per_point16=toll = toll*above(sample,0); | |
| wave_0_per_point17=toll = toll + value1 + value2; | |
| wave_0_per_point18=tav = toll/cou*.1; | |
| wave_0_per_point19=mod = raa*bass*.5 - rab*(mid+treb)*.125; | |
| wave_0_per_point20=mod = if(q1,bass*.5*(.5 + .5*sin(sp)) - (mid+treb)*.25*(.5 + .5*cos(sp)),mod); | |
| wave_0_per_point21= | |
| wave_0_per_point22=toll = toll*(1-cop); | |
| wave_0_per_point23=//toll = 15; | |
| wave_0_per_point24= | |
| wave_0_per_point25= | |
| wave_0_per_point26=la = if((1-t3)*cop*equal(seg,1),tav,la); | |
| wave_0_per_point27=lb = if((1-t3)*cop*equal(seg,2),tav,lb); | |
| wave_0_per_point28=lc = if((1-t3)*cop*equal(seg,3),tav,lc); | |
| wave_0_per_point29=ld = if((1-t3)*cop*equal(seg,4),tav,ld); | |
| wave_0_per_point30=le = if((1-t3)*cop*equal(seg,5),tav,le); | |
| wave_0_per_point31=lf = if((1-t3)*cop*equal(seg,6),tav,lf); | |
| wave_0_per_point32=lg = if((1-t3)*cop*equal(seg,7),tav,lg); | |
| wave_0_per_point33=li = if((1-t3)*cop*equal(seg,8),tav,li); | |
| wave_0_per_point34=lj = if((1-t3)*cop*equal(seg,9),tav,lj); | |
| wave_0_per_point35=lk = if((1-t3)*cop*equal(seg,10),tav,lk); | |
| wave_0_per_point36= | |
| wave_0_per_point37=aa = if((1-t3)*cop*equal(seg,1),mod,aa); | |
| wave_0_per_point38=ab = if((1-t3)*cop*equal(seg,2),mod,ab); | |
| wave_0_per_point39=ac = if((1-t3)*cop*equal(seg,3),mod,ac); | |
| wave_0_per_point40=ad = if((1-t3)*cop*equal(seg,4),mod,ad); | |
| wave_0_per_point41=ae = if((1-t3)*cop*equal(seg,5),mod,ae); | |
| wave_0_per_point42=af = if((1-t3)*cop*equal(seg,6),mod,af); | |
| wave_0_per_point43=ag = if((1-t3)*cop*equal(seg,7),mod,ag); | |
| wave_0_per_point44=ai = if((1-t3)*cop*equal(seg,8),mod,ai); | |
| wave_0_per_point45=aj = if((1-t3)*cop*equal(seg,9),mod,aj); | |
| wave_0_per_point46=ak = if((1-t3)*cop*equal(seg,10),mod,ak)*0; | |
| wave_0_per_point47= | |
| wave_0_per_point48= | |
| wave_0_per_point49=lev = lev*above(sample,0); ud = ud*above(sample,0); rep = rep*above(sample,0); lev = if(ud,lev-1,lev+1); rep = (rep + equal(lev,0)); ud = if(equal(lev,0),0,if(equal(lev,10),1,ud)); | |
| wave_0_per_point50= | |
| wave_0_per_point51=mx = above(lev,0)*la*sin(aa) + above(lev,1)*lb*sin(ab) + above(lev,2)*lc*sin(ac) + above(lev,3)*ld*sin(ad); | |
| wave_0_per_point52=my = above(lev,0)*la*cos(aa) + above(lev,1)*lb*cos(ab) + above(lev,2)*lc*cos(ac) + above(lev,3)*ld*cos(ad); | |
| wave_0_per_point53=mx = mx + above(lev,4)*le*sin(ae) + above(lev,5)*lf*sin(af) + above(lev,6)*lg*sin(ag); | |
| wave_0_per_point54=my = my + above(lev,4)*le*cos(ae) + above(lev,5)*lf*cos(af) + above(lev,6)*lg*cos(ag); | |
| wave_0_per_point55=mx = mx + above(lev,7)*li*sin(ai) + above(lev,8)*lj*sin(aj);// + above(lev,9)*lk*sin(ak); | |
| wave_0_per_point56=my = my + above(lev,7)*li*cos(ai) + above(lev,8)*lj*cos(aj) + above(lev,9)*lk*cos(ak); | |
| wave_0_per_point57=mx = (1-2*equal(ud,1))*mx*(1-equal(lev,10)); | |
| wave_0_per_point58= | |
| wave_0_per_point59=my = min(my,.25); | |
| wave_0_per_point60= | |
| wave_0_per_point61=// add branches via rotation | |
| wave_0_per_point62=poi = q3; | |
| wave_0_per_point63=modx = if(equal(lev,poi)*ud,mx,modx); | |
| wave_0_per_point64=mody = if(equal(lev,poi)*ud,my,mody); | |
| wave_0_per_point65=mang = (above(rep,7)*below(rep,14) - above(rep,15)*below(rep,22))*above(lev,poi); | |
| wave_0_per_point66=modx = 0; | |
| wave_0_per_point67=mx = mx - modx; | |
| wave_0_per_point68=my = my - mody; | |
| wave_0_per_point69=ox = mx*cos(mang) - my*sin(mang); | |
| wave_0_per_point70=oy = mx*sin(mang) + my*cos(mang); | |
| wave_0_per_point71=mx = ox + modx; | |
| wave_0_per_point72=my = oy + mody; | |
| wave_0_per_point73= | |
| wave_0_per_point74= | |
| wave_0_per_point75=mang = above(rep,1)*rep*1.0472; | |
| wave_0_per_point76=ox = mx*cos(mang) - my*sin(mang); | |
| wave_0_per_point77=oy = mx*sin(mang) + my*cos(mang); | |
| wave_0_per_point78=mx = ox; | |
| wave_0_per_point79=my = oy; | |
| wave_0_per_point80= | |
| wave_0_per_point81= | |
| wave_0_per_point82=sz = .5; | |
| wave_0_per_point83=x = mx*.75*sz + t1; | |
| wave_0_per_point84=y = my*sz + t2; | |
| wave_0_per_point85= | |
| wave_0_per_point86= | |
| wave_0_per_point87= | |
| wave_0_per_point88=a = t3; // drawn every 2nd frame, gets values in other one | |
| wavecode_1_enabled=0 | |
| wavecode_1_samples=512 | |
| wavecode_1_sep=0 | |
| wavecode_1_bSpectrum=1 | |
| wavecode_1_bUseDots=1 | |
| wavecode_1_bDrawThick=1 | |
| wavecode_1_bAdditive=0 | |
| wavecode_1_scaling=1.0 | |
| wavecode_1_smoothing=0.5 | |
| wavecode_1_r=1.0 | |
| wavecode_1_g=1.0 | |
| wavecode_1_b=1.0 | |
| wavecode_1_a=1.0 | |
| wave_1_per_frame1=t3 = q7; | |
| wave_1_per_frame2= | |
| wave_1_per_frame3=t1 = .5; | |
| wave_1_per_frame4=t2 = .5; | |
| wave_1_per_point1=sp = sample*6.2832; | |
| wave_1_per_point2=ti = time*20; | |
| wave_1_per_point3=raa = sin(ti*12.87 - sp*15.87)*2.5 - cos(ti*7.98 + sp*9.5)*6 + sin(ti*8.9 + sp*48)*7.4; | |
| wave_1_per_point4=raa = abs(raa - int(raa)); | |
| wave_1_per_point5=rab = sin(ti*6.74 - sp*18.52)*5.7 + cos(ti*3.94 + sp*27.55)*1.7 + sin(ti*14.8 + sp*3.5)*4; | |
| wave_1_per_point6=rab = abs(rab - int(rab)); | |
| wave_1_per_point7= | |
| wave_1_per_point8=cou = 30; | |
| wave_1_per_point9= | |
| wave_1_per_point10=seg = seg*above(sample,0); | |
| wave_1_per_point11=it = (it + 1)*above(sample,0); | |
| wave_1_per_point12=seg = seg + equal(ita,0); | |
| wave_1_per_point13=ita = (ita + 1)*above(sample,0)*below(ita,cou); | |
| wave_1_per_point14=cop = equal(ita,cou); | |
| wave_1_per_point15= | |
| wave_1_per_point16=toll = toll*above(sample,0); | |
| wave_1_per_point17=toll = toll + value1 + value2; | |
| wave_1_per_point18=tav = toll/cou*.1; | |
| wave_1_per_point19=mod = raa*bass*.5 - rab*(mid+treb)*.125; | |
| wave_1_per_point20=mod = if(q1,bass*.5*(.5 + .5*sin(sp)) - (mid+treb)*.25*(.5 + .5*cos(sp)),mod); | |
| wave_1_per_point21= | |
| wave_1_per_point22=toll = toll*(1-cop); | |
| wave_1_per_point23=//toll = 15; | |
| wave_1_per_point24= | |
| wave_1_per_point25= | |
| wave_1_per_point26=la = if((1-t3)*cop*equal(seg,1),tav,la); | |
| wave_1_per_point27=lb = if((1-t3)*cop*equal(seg,2),tav,lb); | |
| wave_1_per_point28=lc = if((1-t3)*cop*equal(seg,3),tav,lc); | |
| wave_1_per_point29=ld = if((1-t3)*cop*equal(seg,4),tav,ld); | |
| wave_1_per_point30=le = if((1-t3)*cop*equal(seg,5),tav,le); | |
| wave_1_per_point31=lf = if((1-t3)*cop*equal(seg,6),tav,lf); | |
| wave_1_per_point32=lg = if((1-t3)*cop*equal(seg,7),tav,lg); | |
| wave_1_per_point33=li = if((1-t3)*cop*equal(seg,8),tav,li); | |
| wave_1_per_point34=lj = if((1-t3)*cop*equal(seg,9),tav,lj); | |
| wave_1_per_point35=lk = if((1-t3)*cop*equal(seg,10),tav,lk); | |
| wave_1_per_point36= | |
| wave_1_per_point37=aa = if((1-t3)*cop*equal(seg,1),mod,aa); | |
| wave_1_per_point38=ab = if((1-t3)*cop*equal(seg,2),mod,ab); | |
| wave_1_per_point39=ac = if((1-t3)*cop*equal(seg,3),mod,ac); | |
| wave_1_per_point40=ad = if((1-t3)*cop*equal(seg,4),mod,ad); | |
| wave_1_per_point41=ae = if((1-t3)*cop*equal(seg,5),mod,ae); | |
| wave_1_per_point42=af = if((1-t3)*cop*equal(seg,6),mod,af); | |
| wave_1_per_point43=ag = if((1-t3)*cop*equal(seg,7),mod,ag); | |
| wave_1_per_point44=ai = if((1-t3)*cop*equal(seg,8),mod,ai); | |
| wave_1_per_point45=aj = if((1-t3)*cop*equal(seg,9),mod,aj); | |
| wave_1_per_point46=ak = if((1-t3)*cop*equal(seg,10),mod,ak)*0; | |
| wave_1_per_point47= | |
| wave_1_per_point48= | |
| wave_1_per_point49=lev = lev*above(sample,0); ud = ud*above(sample,0); rep = rep*above(sample,0); lev = if(ud,lev-1,lev+1); rep = (rep + equal(lev,0)); ud = if(equal(lev,0),0,if(equal(lev,10),1,ud)); | |
| wave_1_per_point50= | |
| wave_1_per_point51=mx = above(lev,0)*la*sin(aa) + above(lev,1)*lb*sin(ab) + above(lev,2)*lc*sin(ac) + above(lev,3)*ld*sin(ad); | |
| wave_1_per_point52=my = above(lev,0)*la*cos(aa) + above(lev,1)*lb*cos(ab) + above(lev,2)*lc*cos(ac) + above(lev,3)*ld*cos(ad); | |
| wave_1_per_point53=mx = mx + above(lev,4)*le*sin(ae) + above(lev,5)*lf*sin(af) + above(lev,6)*lg*sin(ag); | |
| wave_1_per_point54=my = my + above(lev,4)*le*cos(ae) + above(lev,5)*lf*cos(af) + above(lev,6)*lg*cos(ag); | |
| wave_1_per_point55=mx = mx + above(lev,7)*li*sin(ai) + above(lev,8)*lj*sin(aj);// + above(lev,9)*lk*sin(ak); | |
| wave_1_per_point56=my = my + above(lev,7)*li*cos(ai) + above(lev,8)*lj*cos(aj) + above(lev,9)*lk*cos(ak); | |
| wave_1_per_point57=mx = (1-2*equal(ud,1))*mx*(1-equal(lev,10)); | |
| wave_1_per_point58= | |
| wave_1_per_point59=my = min(my,.25); | |
| wave_1_per_point60= | |
| wave_1_per_point61=// add branches via rotation | |
| wave_1_per_point62=poi = q3; | |
| wave_1_per_point63=modx = if(equal(lev,poi)*ud,mx,modx); | |
| wave_1_per_point64=mody = if(equal(lev,poi)*ud,my,mody); | |
| wave_1_per_point65=mang = (above(rep,7)*below(rep,14) - above(rep,15)*below(rep,22))*above(lev,poi); | |
| wave_1_per_point66=modx = 0; | |
| wave_1_per_point67=mx = mx - modx; | |
| wave_1_per_point68=my = my - mody; | |
| wave_1_per_point69=ox = mx*cos(mang) - my*sin(mang); | |
| wave_1_per_point70=oy = mx*sin(mang) + my*cos(mang); | |
| wave_1_per_point71=mx = ox + modx; | |
| wave_1_per_point72=my = oy + mody; | |
| wave_1_per_point73= | |
| wave_1_per_point74= | |
| wave_1_per_point75=mang = above(rep,1)*rep*1.0472; | |
| wave_1_per_point76=ox = mx*cos(mang) - my*sin(mang); | |
| wave_1_per_point77=oy = mx*sin(mang) + my*cos(mang); | |
| wave_1_per_point78=mx = ox; | |
| wave_1_per_point79=my = oy; | |
| wave_1_per_point80= | |
| wave_1_per_point81= | |
| wave_1_per_point82= | |
| wave_1_per_point83=sz = .5; | |
| wave_1_per_point84=x = mx*.75*sz + t1; | |
| wave_1_per_point85=y = my*sz + t2; | |
| wave_1_per_point86= | |
| wave_1_per_point87=a = t3; // drawn every 2nd frame, gets values in other one | |
| wave_1_per_point88= | |
| wave_1_per_point89=//r = .5 - .5*sin(q2); | |
| wave_1_per_point90=//g = .5 - .5*sin(q2 + 2.0944); | |
| wave_1_per_point91=//b = .5 - .5*sin(q2 + 4.1888); | |
| wavecode_2_enabled=1 | |
| wavecode_2_samples=512 | |
| wavecode_2_sep=0 | |
| wavecode_2_bSpectrum=1 | |
| wavecode_2_bUseDots=0 | |
| wavecode_2_bDrawThick=1 | |
| wavecode_2_bAdditive=0 | |
| wavecode_2_scaling=1.0 | |
| wavecode_2_smoothing=0.5 | |
| wavecode_2_r=0.0 | |
| wavecode_2_g=1.0 | |
| wavecode_2_b=0.0 | |
| wavecode_2_a=1.0 | |
| wave_2_per_point1=sw = 1-sw; | |
| wave_2_per_point2=sp = sample*6.2832 - time; | |
| wave_2_per_point3= | |
| wave_2_per_point4=sz = sp - q1 - .7854*.5; | |
| wave_2_per_point5=sz = .5 + .5*sin(sz*4) + value1 + value2; | |
| wave_2_per_point6= | |
| wave_2_per_point7=cv = sz*6.2832; | |
| wave_2_per_point8= | |
| wave_2_per_point9=sz = pow(sz,.5)*.05*sw; | |
| wave_2_per_point10= | |
| wave_2_per_point11=x = .5 + sz*sin(sp)*.75; | |
| wave_2_per_point12=y = .5 + sz*cos(sp); | |
| wave_2_per_point13= | |
| wave_2_per_point14=r = .5 + .5*sin(.5*(time - cv)); | |
| wave_2_per_point15=g = .5 + .5*sin(.5*(time - cv + 2.094)); | |
| wave_2_per_point16=b = .5 + .5*sin(.5*(time - cv + 4.188)); | |
| wavecode_3_enabled=0 | |
| wavecode_3_samples=512 | |
| wavecode_3_sep=0 | |
| wavecode_3_bSpectrum=1 | |
| wavecode_3_bUseDots=0 | |
| wavecode_3_bDrawThick=0 | |
| wavecode_3_bAdditive=0 | |
| wavecode_3_scaling=1.0 | |
| wavecode_3_smoothing=0.5 | |
| wavecode_3_r=0.0 | |
| wavecode_3_g=1.0 | |
| wavecode_3_b=0.0 | |
| wavecode_3_a=1.0 | |
| shapecode_0_enabled=0 | |
| shapecode_0_sides=50 | |
| shapecode_0_additive=0 | |
| shapecode_0_thickOutline=0 | |
| shapecode_0_textured=0 | |
| shapecode_0_x=0.5 | |
| shapecode_0_y=0.5 | |
| shapecode_0_rad=0.662300 | |
| shapecode_0_ang=0.0 | |
| shapecode_0_tex_ang=0.0 | |
| shapecode_0_tex_zoom=1.0 | |
| shapecode_0_r=0.0 | |
| shapecode_0_g=0.0 | |
| shapecode_0_b=0.0 | |
| shapecode_0_a=0.1 | |
| shapecode_0_r2=1.0 | |
| shapecode_0_g2=1.0 | |
| shapecode_0_b2=1.0 | |
| shapecode_0_a2=0.1 | |
| shapecode_0_border_r=1.0 | |
| shapecode_0_border_g=1.0 | |
| shapecode_0_border_b=1.0 | |
| shapecode_0_border_a=0.0 | |
| shape_0_per_frame1= | |
| shape_0_per_frame2=//r = .5 + .5*sin(time*1.123); | |
| shape_0_per_frame3=//g = .5 + .5*sin(time*1.456); | |
| shape_0_per_frame4=//b = .5 + .5*sin(time*1.789); | |
| shape_0_per_frame5= | |
| shape_0_per_frame6= | |
| shape_0_per_frame7=//r = .5 - .5*sin(q2); | |
| shape_0_per_frame8=//g = .5 - .5*sin(q2 + 2.0944); | |
| shape_0_per_frame9=//b = .5 - .5*sin(q2 + 4.1888); | |
| shapecode_1_enabled=0 | |
| shapecode_1_sides=50 | |
| shapecode_1_additive=1 | |
| shapecode_1_thickOutline=0 | |
| shapecode_1_textured=1 | |
| shapecode_1_x=0.5 | |
| shapecode_1_y=0.5 | |
| shapecode_1_rad=0.662300 | |
| shapecode_1_ang=0.0 | |
| shapecode_1_tex_ang=0.0 | |
| shapecode_1_tex_zoom=1.0 | |
| shapecode_1_r=0.0 | |
| shapecode_1_g=0.0 | |
| shapecode_1_b=0.0 | |
| shapecode_1_a=0.0 | |
| shapecode_1_r2=0.4 | |
| shapecode_1_g2=1.0 | |
| shapecode_1_b2=1.0 | |
| shapecode_1_a2=0.2 | |
| shapecode_1_border_r=1.0 | |
| shapecode_1_border_g=1.0 | |
| shapecode_1_border_b=1.0 | |
| shapecode_1_border_a=0.0 | |
| shape_1_per_frame1=tex_zoom = 1/rad; | |
| shapecode_2_enabled=0 | |
| shapecode_2_sides=50 | |
| shapecode_2_additive=0 | |
| shapecode_2_thickOutline=0 | |
| shapecode_2_textured=1 | |
| shapecode_2_x=1.0 | |
| shapecode_2_y=1.0 | |
| shapecode_2_rad=0.986086 | |
| shapecode_2_ang=0.0 | |
| shapecode_2_tex_ang=0.0 | |
| shapecode_2_tex_zoom=1.0 | |
| shapecode_2_r=1.0 | |
| shapecode_2_g=1.0 | |
| shapecode_2_b=1.0 | |
| shapecode_2_a=1.0 | |
| shapecode_2_r2=1.0 | |
| shapecode_2_g2=1.0 | |
| shapecode_2_b2=1.0 | |
| shapecode_2_a2=1.0 | |
| shapecode_2_border_r=1.0 | |
| shapecode_2_border_g=1.0 | |
| shapecode_2_border_b=1.0 | |
| shapecode_2_border_a=0.0 | |
| shapecode_3_enabled=0 | |
| shapecode_3_sides=50 | |
| shapecode_3_additive=0 | |
| shapecode_3_thickOutline=0 | |
| shapecode_3_textured=1 | |
| shapecode_3_x=1.0 | |
| shapecode_3_y=0.0 | |
| shapecode_3_rad=0.986086 | |
| shapecode_3_ang=0.0 | |
| shapecode_3_tex_ang=0.0 | |
| shapecode_3_tex_zoom=1.0 | |
| shapecode_3_r=1.0 | |
| shapecode_3_g=1.0 | |
| shapecode_3_b=1.0 | |
| shapecode_3_a=1.0 | |
| shapecode_3_r2=1.0 | |
| shapecode_3_g2=1.0 | |
| shapecode_3_b2=1.0 | |
| shapecode_3_a2=1.0 | |
| shapecode_3_border_r=1.0 | |
| shapecode_3_border_g=1.0 | |
| shapecode_3_border_b=1.0 | |
| shapecode_3_border_a=0.0 | |
| per_frame_1=warp = 0; | |
| per_frame_2= | |
| per_frame_3=tic = min(time-tin,.1); | |
| per_frame_4=tin = time; | |
| per_frame_5= | |
| per_frame_6=vol = (bass_att + treb_att + mid_att)*.333333; | |
| per_frame_7= | |
| per_frame_8=treb_avg = tic*(treb_avg*(1/tic - 10) + 10*treb); | |
| per_frame_9=mid_avg = tic*(mid_avg*(1/tic - 10) + 10*mid); | |
| per_frame_10=bass_avg = tic*(bass_avg*(1/tic - 10) + 10*bass); | |
| per_frame_11=vav = tic*(vav*(1/tic - 10) + 10*(bass+treb+mid)*.33333); | |
| per_frame_12= | |
| per_frame_13=tt = tt + tic*treb; | |
| per_frame_14=mt = mt + tic*mid; | |
| per_frame_15=bt = bt + tic*bass; | |
| per_frame_16=vt = vt + tic*vav; | |
| per_frame_17= | |
| per_frame_18=sp = abs(vav - slide)*.1; | |
| per_frame_19=slide = if(above(slide,vav),slide-tic*sp,slide+tic*sp) + (1-toc)*vav*.1; | |
| per_frame_20=toc = 1; | |
| per_frame_21= | |
| per_frame_22=q1 = rand(2); // shapecode | |
| per_frame_23=q2 = time; // colourcycle | |
| per_frame_24=q3 = 3 + rand(3) + rand(3); // branching | |
| per_frame_25= | |
| per_frame_26=q4 = vt; | |
| per_frame_27= | |
| per_frame_28=sw = 1-sw; | |
| per_frame_29= | |
| per_frame_30=q7 = sw; | |
| per_frame_31= | |
| per_frame_32= | |
| per_pixel_1=a = .5; | |
| per_pixel_2=b = .5; | |
| per_pixel_3=dis = pow((x-a)*(x-a) + .5625*(y-b)*(y-b),.5); | |
| per_pixel_4=sw = below(dis,(.2+(treb*0.03))); | |
| per_pixel_5= | |
| per_pixel_6=mod = -.18 + .18*pow(1-dis*4,.8); | |
| per_pixel_7=dx = if(sw,mod*(x-.5),0); | |
| per_pixel_8=dy = if(sw,mod*(y-.5),0); | |
| per_pixel_9= | |
| per_pixel_10= | |
| per_pixel_11=mod = .005 - .01*sin(rad*6.2832*2); | |
| per_pixel_12=dx = if(sw,dx + sin(ang)*mod,0); | |
| per_pixel_13=dy = if(sw,dy + cos(ang)*mod,0); | |
| per_pixel_14= | |
| per_pixel_15=sx = if(sw,sx,1); | |
| per_pixel_16=sy = if(sw,sy,1); | |
| per_pixel_17= | |
| per_pixel_18= | |
| per_pixel_19=a = above(x,.5); | |
| per_pixel_20=b = above(y,.5); | |
| per_pixel_21=dis = pow((x-a)*(x-a) + .5625*(y-b)*(y-b),.5); | |
| per_pixel_22= | |
| per_pixel_23=lim = below(dis,.25); | |
| per_pixel_24= | |
| per_pixel_25=dx = if(lim,.5*(1-2*below(x,.5)),dx); | |
| per_pixel_26=dy = if(lim,.5*(1-2*below(y,.5)),dy); | |
| per_pixel_27= | |
| per_pixel_28= | |
| per_pixel_29=mod = -1; | |
| per_pixel_30= | |
| per_pixel_31=a = sin(q4*.02347)*4; | |
| per_pixel_32=b = cos(q4*.03348)*4; | |
| per_pixel_33=//a = 1; | |
| per_pixel_34=//b = -2; | |
| per_pixel_35=dx = if(lim + sw,dx,mod*(x-a)); | |
| per_pixel_36=dy = if(lim + sw,dy,mod*(y-b)); | |
| per_pixel_37= | |
| per_pixel_38=//rot = if(lim + sw,rot,1.5708); |