plot  = []

mus_path = $!musubi_path!$
omegas = $!musubi_omega!$
nHeights = $!seeder_nHeight!$

## Examples:
##http://matplotlib.github.com/api/pyplot_api.html#matplotlib.pyplot.plot
## HINT: startplot == False, can be used to generate multiple plots
show_plot = False
font_family= 'serif'
font_type= 'Times New Roman'
font_size = 14


for ipath in range(len(mus_path)):
	fol = mus_path[ipath]
	if '1.7' in fol:
		omega = '1.7'
	elif '1.9' in fol:
		omega = '1.9'
	if '16' in fol:
		nHeight = '16'
	elif '32' in fol:
		nHeight = '32'
	elif '64' in fol:
		nHeight = '64'
	elif '128' in fol:
		nHeight = '128'
		
 
	# wall shear stress
	plot.append(dict(kind = 'scatter',data=[mus_path[iplot]+'/tracking/*wss_spatial*.res'],
			col=[2,3,4], startplot = True, endplot = True,
			label = 'Wall shear stress', xlabel = 'y', ylabel = 'z', clabel='wss',
			figname = 'wss_scatter_omega'+omega+'_nH'+nHeight, format='png'))
	
        # velocityMag
	plot.append(dict(kind = 'scatter',data=[mus_path[iplot]+'tracking/*vel_spatial*.res'],
	           col=[2,3,4], startplot = True, endplot = True, 
	           label = 'velocity mag', xlabel = 'y', ylabel='z', clabel='velocity mag (m/s)',
	           figname = 'velMag_scatter_omega'+omega*'_nH'+nHeight, format='png'))
	
	## velocityX
	#plot.append(dict(kind = 'scatter',data=[mus_path[iplot]+'tracking/*vel_spatial*.res'],
	#           col=[2,3,5], startplot = True, endplot = True, 
	#           label = 'velocity X', xlabel = 'y', ylabel='z', clabel='velocity X (m/s)',
	#           figname = 'velX_scatter_omega'+omega*'_nH'+nHeight, format='png'))
	#
	## velocityY
	#plot.append(dict(kind = 'scatter',data=[mus_path[iplot]+'tracking/*vel_spatial*.res'],
	#           col=[2,3,6], startplot = True, endplot = True, 
	#           label = 'velocity Y', xlabel = 'y', ylabel='z', clabel='velocity Y (m/s)',
	#           figname = 'velY_scatter_omega'+omega*'_nH'+nHeight, format='png'))
	#
	## velocityZ
	#plot.append(dict(kind = 'scatter',data=[mus_path[iplot]+'tracking/*vel_spatial*.res'],
	#           col=[2,3,7], startplot = True, endplot = True, 
	#           label = 'velocity Z', xlabel = 'y', ylabel='z', clabel='velocitZ X (m/s)',
	#           figname = 'velZ_scatter_omega'+omega*'_nH'+nHeight, format='png'))
	
	## pressure
	#plot.append(dict(kind = 'scatter',data=[mus_path[iplot]+'tracking/.res'],
	#           col=[2,3,4], startplot = True, endplot = True, 
	#           label = 'Pressure', xlabel = 'y', ylabel='z', clabel='Pressure',
	#           figname = 'press_scatter_omega'+omega*'_nH'+nHeight, format='png'))
	#
