```from rsf.proj import * Flow('t0',None,'spike n1=1001 d1=0.001 unit1="s" label1="Time" ') Flow('t1','t0','math output=x1') for n in range(2,11): Flow('t%d' % n,['t%d' % (n-1),'t%d' % (n-2)], 'math t2=\${SOURCES[1]} output="2*x1*input-t2" ') title='\s100 \F11 Polinom CHebysheva ' + \ '\c3 \F3 T\_\s75 n\^\s100 (cos \F10 q) = \F3 cos n\F10 q' Result('t10','graph grid=y gridcol=5 pad=n title="%s" ' % title) plots = {'def':'Default', 'par':'parallel2=n', 'man':'parallel2=n n2tic=3 o2num=-1 d2num=1', 'for':'parallel2=n format2=%3.1f', 'fnt':'parallel2=n format2=%3.1f font=2'} for plot in plots.keys(): Plot(plot,'t10','graph title="\s75 %s" %s' % tuple([plots[plot],]*2)) Result('def','def par man for','TwoRows') Result('geo','def fnt','OverUnderIso') Flow('x',None,'math n1=50 output=x1') Flow('y','x','math output=x1^2') Flow('z zbar','x','byte allpos=y bar=\${TARGETS[1]}') Result('xyz','x y z', ''' cmplx \${SOURCES[1]} | graph depth=\${SOURCES[2]} symbol=o symbolsz=8 color=h title="Colored Symbols" scalebar=y ''') End()```