rasql -q "select png(c[0:450,0:300]) from rgb AS c"
rasql -q "select png(c[0:450,0:300]) from rgb AS c"
rasql -q "select png(c[0:450,0:300]) from rgb AS c"
rasql -q "select png((char)(abs((((c).1)-((c).0))))[0:450,0:300]) from rgb AS c"
rasql -q "select png((char)(abs((((c).1)-((c).0))))[0:450,0:300]) from rgb AS c"
rasql -q "select png((char)(abs((((c).1)-((c).0))))[0:450,0:300]) from rgb AS c"
rasql -q "select count_cells((((c).1)=(0))) from rgb AS c"
rasql -q "select count_cells((((c).1)=(0))) from rgb AS c"
rasql -q "select count_cells((((c).1)=(0))) from rgb AS c"
rasql -q "select png((char)((((((((((c).0)/((float)((((c).0)+((c).1))))))-((((c).1)/((float)((((c).0)+((c).1))))))))>(0.6)))*(255)))) from rgb AS c"
rasql -q "select png((char)((((((((((c).0)/((float)((((c).0)+((c).1))))))-((((c).1)/((float)((((c).0)+((c).1))))))))>(0.6)))*(255)))) from rgb AS c"
rasql -q "select png((char)((((((((((c).0)/((float)((((c).0)+((c).1))))))-((((c).1)/((float)((((c).0)+((c).1))))))))>(0.6)))*(255)))) from rgb AS c"
rasql -q "select jpeg(c) from rgb AS c"
rasql -q "select jpeg(c) from rgb AS c"
rasql -q "select jpeg(c) from rgb AS c"
rasql -q "select jpeg((char)(((255)-((c).red)))[50:150,50:150]) from rgb AS c"
rasql -q "select jpeg((char)(((255)-((c).red)))[50:150,50:150]) from rgb AS c"
rasql -q "select jpeg((char)(((255)-((c).red)))[50:150,50:150]) from rgb AS c"
rasql -q "select jpeg(log((s).2)) from rgb AS s"
rasql -q "select jpeg(log((s).2)) from rgb AS s"
rasql -q "select jpeg(log((s).2)) from rgb AS s"
rasql -q "select jpeg((((s).0)-((s).1))) from rgb AS s"
rasql -q "select jpeg((((s).0)-((s).1))) from rgb AS s"
rasql -q "select jpeg((((s).0)-((s).1))) from rgb AS s"
rasql -q "select jpeg((char)((((((s).0)-((s).1)))/((((s).0)+((s).1)))))) from rgb AS s"
rasql -q "select jpeg((char)((((((s).0)-((s).1)))/((((s).0)+((s).1)))))) from rgb AS s"
rasql -q "select jpeg((char)((((((s).0)-((s).1)))/((((s).0)+((s).1)))))) from rgb AS s"
rasql -q "select jpeg((((((((s).0)-((s).1)))/((((s).0)+((s).1)))))>(0.1))) from rgb AS s"
rasql -q "select jpeg((((((((s).0)-((s).1)))/((((s).0)+((s).1)))))>(0.1))) from rgb AS s"
rasql -q "select jpeg((((((((s).0)-((s).1)))/((((s).0)+((s).1)))))>(0.1))) from rgb AS s"
rasql -q "select jpeg(s) from rgb AS s"
rasql -q "select jpeg(s) from rgb AS s"
rasql -q "select jpeg(s) from rgb AS s"
rasql -q "select count_cells((((((((s).0)+((s).1)))/((((s).0)-((s).1)))))>=(0))) from rgb AS s"
rasql -q "select count_cells((((((((s).0)+((s).1)))/((((s).0)-((s).1)))))>=(0))) from rgb AS s"
rasql -q "select count_cells((((((((s).0)+((s).1)))/((((s).0)-((s).1)))))>=(0))) from rgb AS s"
rasql -q "select jpeg((char)(marray ii in [51:150, 0:99] values ii[0])) from rgb AS c"
rasql -q "select jpeg((char)(marray ii in [51:150, 0:99] values ii[0])) from rgb AS c"
rasql -q "select jpeg((char)(marray ii in [51:150, 0:99] values ii[0])) from rgb AS c"
rasql -q "select csv(marray ii in [0:255] values count_cells(((c)=(ii[0])))) from mr AS c"
rasql -q "select csv(marray ii in [0:255] values count_cells(((c)=(ii[0])))) from mr AS c"
rasql -q "select csv(marray ii in [0:255] values count_cells(((c)=(ii[0])))) from mr AS c"
rasql -q "select jpeg(sin((c).1)) from rgb AS c"
rasql -q "select jpeg(sin((c).1)) from rgb AS c"
rasql -q "select jpeg(sin((c).1)) from rgb AS c"
rasql -q "select jpeg(exp((((c).1)/(100)))) from rgb AS c"
rasql -q "select jpeg(exp((((c).1)/(100)))) from rgb AS c"
rasql -q "select jpeg(exp((((c).1)/(100)))) from rgb AS c"
rasql -q "select max_cells((double)((c).2)) from rgb AS c"
rasql -q "select max_cells((double)((c).2)) from rgb AS c"
rasql -q "select max_cells((double)((c).2)) from rgb AS c"
rasql -q "select jpeg(((r)*((((((((r).green)>(130)))and((((r).red)<(110)))))and((((r).blue)<(140))))))) from rgb AS r"
rasql -q "select jpeg(((r)*((((((((r).green)>(130)))and((((r).red)<(110)))))and((((r).blue)<(140))))))) from rgb AS r"
rasql -q "select jpeg(((r)*((((((((r).green)>(130)))and((((r).red)<(110)))))and((((r).blue)<(140))))))) from rgb AS r"
rasql -q "select condense + over ii in [1:10] using ((ii[0])*(((a) [ii[0],10]).red)) from rgb AS a"
rasql -q "select condense + over ii in [1:10] using ((ii[0])*(((a) [ii[0],10]).red)) from rgb AS a"
rasql -q "select condense + over ii in [1:10] using ((ii[0])*(((a) [ii[0],10]).red)) from rgb AS a"
rasql -q "select condense + over ii in [1:10, 25:75] using ((ii[0])*(((a) [ii[0],ii[1]]).red)) from rgb AS a"
rasql -q "select condense + over ii in [1:10, 25:75] using ((ii[0])*(((a) [ii[0],ii[1]]).red)) from rgb AS a"
rasql -q "select condense + over ii in [1:10, 25:75] using ((ii[0])*(((a) [ii[0],ii[1]]).red)) from rgb AS a"
rasql -q "select csv(< [0:1] 0, 1>) from rgb AS c"
rasql -q "select csv(< [0:1] 0, 1>) from rgb AS c"
rasql -q "select csv(< [0:1] 0, 1>) from rgb AS c"
rasql -q "select csv(marray ii in [0:20] values condense + over ij in [0:20, 0:20] using 1) from mr AS c"
rasql -q "select csv(marray ii in [0:20] values condense + over ij in [0:20, 0:20] using 1) from mr AS c"
rasql -q "select csv(marray ii in [0:20] values condense + over ij in [0:20, 0:20] using 1) from mr AS c"
rasql -q "select csv(marray ii in [-20:20] values condense + over ij in [10:20, 10:20] using (((((c) [ij[0],ij[1]])>((ii[0])-(1))))and((((c) [ij[0],ij[1]])<=(ii[0]))))) from mr AS c"
rasql -q "select csv(marray ii in [-20:20] values condense + over ij in [10:20, 10:20] using (((((c) [ij[0],ij[1]])>((ii[0])-(1))))and((((c) [ij[0],ij[1]])<=(ii[0]))))) from mr AS c"
rasql -q "select csv(marray ii in [-20:20] values condense + over ij in [10:20, 10:20] using (((((c) [ij[0],ij[1]])>((ii[0])-(1))))and((((c) [ij[0],ij[1]])<=(ii[0]))))) from mr AS c"
rasql -q "select jpeg((char)(marray ii in [10:240, 10:230] values condense + over ij in [-1:1, -1:1] using (((< [-1:1, -1:1] 1, 1, 1, 0, 0, 0, -1, -1, -1>) [ij[0],ij[1]])*(((c) [(ii[0])+(ij[0]),(ii[1])+(ij[1])]).red)))) from rgb AS c"
rasql -q "select jpeg((char)(marray ii in [10:240, 10:230] values condense + over ij in [-1:1, -1:1] using (((< [-1:1, -1:1] 1, 1, 1, 0, 0, 0, -1, -1, -1>) [ij[0],ij[1]])*(((c) [(ii[0])+(ij[0]),(ii[1])+(ij[1])]).red)))) from rgb AS c"
rasql -q "select jpeg((char)(marray ii in [10:240, 10:230] values condense + over ij in [-1:1, -1:1] using (((< [-1:1, -1:1] 1, 1, 1, 0, 0, 0, -1, -1, -1>) [ij[0],ij[1]])*(((c) [(ii[0])+(ij[0]),(ii[1])+(ij[1])]).red)))) from rgb AS c"
rasql -q "select jpeg(marray ii in [65:70, 65:70] values condense + over ij in [65:70, 65:70] using (((c) [ij[0],ij[1]])*(cos((((-2)*((22.0)/(7.0)))*((((double)(((ij[0])*(ii[0]))/(((70)-(65))+(1))))+((double)(((ij[1])*(ii[1]))/(((70)-(65))+(1))))))))))) from rgb AS c"
rasql -q "select jpeg(marray ii in [65:70, 65:70] values condense + over ij in [65:70, 65:70] using (((c) [ij[0],ij[1]])*(cos((((-2)*((22.0)/(7.0)))*((((double)(((ij[0])*(ii[0]))/(((70)-(65))+(1))))+((double)(((ij[1])*(ii[1]))/(((70)-(65))+(1))))))))))) from rgb AS c"
rasql -q "select jpeg(marray ii in [65:70, 65:70] values condense + over ij in [65:70, 65:70] using (((c) [ij[0],ij[1]])*(cos((((-2)*((22.0)/(7.0)))*((((double)(((ij[0])*(ii[0]))/(((70)-(65))+(1))))+((double)(((ij[1])*(ii[1]))/(((70)-(65))+(1))))))))))) from rgb AS c"
rasql -q "select jpeg((char)(marray ii in [0:10, 0:10] values condense + over ij in [0:10, 0:10] using cos(0.6))) from mr AS c"
rasql -q "select jpeg((char)(marray ii in [0:10, 0:10] values condense + over ij in [0:10, 0:10] using cos(0.6))) from mr AS c"
rasql -q "select jpeg((char)(marray ii in [0:10, 0:10] values condense + over ij in [0:10, 0:10] using cos(0.6))) from mr AS c"
rasql -q "select jpeg((char)(marray ii in [0:10, 0:10] values condense + over ij in [0:10, 0:10] using 1)) from mr AS c"
rasql -q "select jpeg((char)(marray ii in [0:10, 0:10] values condense + over ij in [0:10, 0:10] using 1)) from mr AS c"
rasql -q "select jpeg((char)(marray ii in [0:10, 0:10] values condense + over ij in [0:10, 0:10] using 1)) from mr AS c"
rasql -q "select png(c[0:450,0:300]) from rgb AS c"
rasql -q "select png(c[0:450,0:300]) from rgb AS c"
rasql -q "select png(c[0:450,0:300]) from rgb AS c"
rasql -q "select png((char)(abs((((c).1)-((c).0))))[0:450,0:300]) from rgb AS c"
rasql -q "select png((char)(abs((((c).1)-((c).0))))[0:450,0:300]) from rgb AS c"
#rasql -q "select png((char)(abs((((c).1)-((c).0))))[0:450,0:300]) from rgb AS c"
#rasql -q "select count_cells((((c).1)=(0))) from rgb AS c"
#rasql -q "select count_cells((((c).1)=(0))) from rgb AS c"
#rasql -q "select count_cells((((c).1)=(0))) from rgb AS c"
#rasql -q "select png((char)((((((((((c).0)/((float)((((c).0)+((c).1))))))-((((c).1)/((float)((((c).0)+((c).1))))))))>(0.6)))*(255)))) from rgb AS c"
#rasql -q "select png((char)((((((((((c).0)/((float)((((c).0)+((c).1))))))-((((c).1)/((float)((((c).0)+((c).1))))))))>(0.6)))*(255)))) from rgb AS c"
#rasql -q "select png((char)((((((((((c).0)/((float)((((c).0)+((c).1))))))-((((c).1)/((float)((((c).0)+((c).1))))))))>(0.6)))*(255)))) from rgb AS c"
#rasql -q "select jpeg(c) from rgb AS c"
#rasql -q "select jpeg(c) from rgb AS c"
#rasql -q "select jpeg(c) from rgb AS c"
#rasql -q "select jpeg((char)(((255)-((c).red)))[50:150,50:150]) from rgb AS c"
#rasql -q "select jpeg((char)(((255)-((c).red)))[50:150,50:150]) from rgb AS c"
#rasql -q "select jpeg((char)(((255)-((c).red)))[50:150,50:150]) from rgb AS c"
#rasql -q "select jpeg(log((s).2)) from rgb AS s"
#rasql -q "select jpeg(log((s).2)) from rgb AS s"
#rasql -q "select jpeg(log((s).2)) from rgb AS s"
#rasql -q "select jpeg((((s).0)-((s).1))) from rgb AS s"
#rasql -q "select jpeg((((s).0)-((s).1))) from rgb AS s"
##rasql -q "select jpeg((((s).0)-((s).1))) from rgb AS s"
#rasql -q "select jpeg((char)((((((s).0)-((s).1)))/((((s).0)+((s).1)))))) from rgb AS s"
#rasql -q "select jpeg((char)((((((s).0)-((s).1)))/((((s).0)+((s).1)))))) from rgb AS s"
#rasql -q "select jpeg((char)((((((s).0)-((s).1)))/((((s).0)+((s).1)))))) from rgb AS s"
#rasql -q "select jpeg((((((((s).0)-((s).1)))/((((s).0)+((s).1)))))>(0.1))) from rgb AS s"
#rasql -q "select jpeg((((((((s).0)-((s).1)))/((((s).0)+((s).1)))))>(0.1))) from rgb AS s"
#rasql -q "select jpeg((((((((s).0)-((s).1)))/((((s).0)+((s).1)))))>(0.1))) from rgb AS s"
#rasql -q "select jpeg(s) from rgb AS s"
#rasql -q "select jpeg(s) from rgb AS s"
#rasql -q "select jpeg(s) from rgb AS s"
#rasql -q "select count_cells((((((((s).0)+((s).1)))/((((s).0)-((s).1)))))>=(0))) from rgb AS s"
#rasql -q "select count_cells((((((((s).0)+((s).1)))/((((s).0)-((s).1)))))>=(0))) from rgb AS s"
#rasql -q "select count_cells((((((((s).0)+((s).1)))/((((s).0)-((s).1)))))>=(0))) from rgb AS s"
#rasql -q "select jpeg((char)(marray ii in [51:150, 0:99] values ii[0])) from rgb AS c"
