def test_cappi_ber(): ber_loc=[-12.457, 130.925] gp_loc= [-12.2492, 131.0444] disp=mathematics.corner_to_point(gp_loc, ber_loc) #scanme=read_rays.construct_uf_scan(path='/bm/gdata/scollis/berrimah/20060122_035004/') gp_0740=read_rays.construct_lassen_scan(path='/bm/gdata/scollis/gunn_pt/20060122_074001/') ber_0740=read_rays.construct_uf_scan(path='/bm/gdata/scollis/berrimah/20060122_074003/') read_rays.plot_ppi_vel(ber_0740[1], radar_loc=ber_loc, fig_name='ber_vppi.png') read_rays.plot_ppi_vel(gp_0740[1], radar_loc=gp_loc, fig_name='gp_vppi.png') xar=linspace(-50.,50., 200)*1000.0 yar=linspace(-50.,50., 200)*1000.0 cap_gp=radar_to_cart.make_cappi(gp_0740, xar, yar, 2500.0, 'VR') cap_ber=radar_to_cart.make_cappi(ber_0740, xar-disp[0], yar-disp[1], 2500.0, 'VR') read_rays.plot_cappi_vel(xar, yar, cap_ber, fig_name='ber_vcappi_2_5km.png') read_rays.plot_cappi_vel(xar, yar, cap_gp, fig_name='gp_vcappi_2_5km.png')
def test_cappi(): scanme=read_rays.construct_lassen_scan(path='/bm/gdata/scollis/gunn_pt/20060122_0357/') read_rays.plot_ppi(scanme[5]) xar=linspace(-150.,150., 200)*1000.0 yar=linspace(-150.,150., 200)*1000.0 mycap=radar_to_cart.make_cappi(scanme, xar, yar, 2500.0, 'CZ') read_rays.plot_cappi(xar, yar, mycap)
def test_newpres():
gp_0740=read_rays.construct_lassen_scan(path='/bm/gdata/scollis/gunn_pt/20060122_074001/')
ber_0740=read_rays.construct_uf_scan(path='/bm/gdata/scollis/berrimah/20060122_074003/')
ber_loc=[-12.457, 130.925]
gp_loc= [-12.2492, 131.0444]
ldict={'lat_0':gp_loc[0], 'lon_0':gp_loc[1],'llcrnrlat':-13.0, 'llcrnrlon':130.2, 'urcrnrlat':-12.0 , 'urcrnrlon':131.2, 'lat_ts':gp_loc[0]}
az_scan=0
pres.plot_ppi(ber_0740[az_scan], 'CZ', radar_loc=ber_loc, loc_dict=ldict, fig_name='ber_cz_ppi.png')
pres.plot_ppi(gp_0740[az_scan], 'CZ', radar_loc=gp_loc, loc_dict=ldict, fig_name='gp_cz_ppi.png')
pres.plot_ppi(ber_0740[az_scan], 'VR', radar_loc=ber_loc, loc_dict=ldict, fig_name='ber_vr_ppi.png')
pres.plot_ppi(gp_0740[az_scan], 'VR', radar_loc=gp_loc, loc_dict=ldict, fig_name='gp_vr_ppi.png')
disp=mathematics.corner_to_point(gp_loc, ber_loc)
xar=linspace(-50.,50., 100)*1000.0
yar=linspace(-50.,50., 100)*1000.0
lev=1000.0
lstr="%(lev)05d" %{'lev':lev}
pref_dir='20062201_0740_caps/'
cap_gp_vr=radar_to_cart.make_cappi(gp_0740, xar, yar, lev, 'VR')
cap_ber_vr=radar_to_cart.make_cappi(ber_0740, xar-disp[0], yar-disp[1], lev, 'VR')
pres.plot_cappi(xar,yar,cap_gp_vr,gp_0740[0], parm='VR', fig_name=pref_dir+'gp_cappi_vr_'+lstr+'.png', loc_dict=ldict, radar_loc=gp_loc)
pres.plot_cappi(xar,yar,cap_ber_vr,ber_0740[0], parm='VR', fig_name=pref_dir+'ber_cappi_vr_'+lstr+'.png', loc_dict=ldict, radar_loc=gp_loc)
#cap_gp_test=radar_to_cart.make_cappi_testmode(gp_0740, xar, yar, lev, 'VR')
#plot_cappi(xar,yar,cap_gp_test,ber_0740[0], parm='TEST', fig_name='test.png', loc_dict=ldict, radar_loc=gp_loc)
gp_cube_vr=zeros([100,100,31], dtype=float)
ber_cube_vr=zeros([100,100,31], dtype=float)
levs=linspace(500, 10500, 31)
xar=linspace(-50.,50., 100)*1000.0
yar=linspace(-50.,50., 100)*1000.0
for i in range(31):
gp_cap_vr=radar_to_cart.make_cappi(gp_0740, xar, yar, levs[i], 'CZ')
gp_cube_vr[:,:,i]=gp_cap_vr
ber_cap_vr=radar_to_cart.make_cappi(ber_0740, xar-disp[0], yar-disp[1], levs[i], 'CZ')
ber_cube_vr[:,:,i]=ber_cap_vr
for i in range(31):
lstr="%(lev)05d" %{'lev':levs[i]}
pres.plot_cappi(xar,yar,gp_cube_vr[:,:,i],gp_0740[0], parm='CZ', fig_name=pref_dir+'gp_cappi_cz_'+lstr+'.png', loc_dict=ldict, radar_loc=gp_loc)
pres.plot_cappi(xar,yar,ber_cube_vr[:,:,i],ber_0740[0], parm='CZ', fig_name=pref_dir+'ber_cappi_cz_'+lstr+'.png', loc_dict=ldict, radar_loc=gp_loc)
print 'Done', i, ' of 31'