def plot_sed_floc_toy(pdf):
his_name='ocean_his.nc'
testcase='Sed_floc_toy'
path_his_old, path_his_new=os.path.join(util_plot.get_result_path())
path_his_old=path_his_old+'/Projects/'+testcase+'/'+his_name
path_his_new=path_his_new+'/Projects/'+testcase+'/'+his_name
if os.path.isfile(path_his_old) and os.path.isfile(path_his_new):
print "------------------------------------------------------------"
print "The history file from OLDER COAWST regression run for",testcase,"case is",path_his_old
print "------------------------------------------------------------"
print "The history file from NEW COAWST regression run for",testcase,"case is",path_his_new
""" set the contour levels for zeta plots """
colormin=-0.01
colormax=0.01
xmin=0.0
xmax=30.0
ymin=-0.01
ymax=0.01
""" call the function for zeta (water level) plots """
util_plot.plot_zeta(pdf,path_his_old,path_his_new,his_name,testcase,xmin,xmax,\
ymin,ymax,colormin,colormax)
else:
print "-------------------xx---------------------------------------"
print "One or both HISTORY files for", testcase, "don't exist in the path"
def plot_sed_floc_toy(pdf):
his_name = 'ocean_his.nc'
testcase = 'Sed_floc_toy'
path_his_old, path_his_new = os.path.join(util_plot.get_result_path())
path_his_old = path_his_old + '/Projects/' + testcase + '/' + his_name
path_his_new = path_his_new + '/Projects/' + testcase + '/' + his_name
if os.path.isfile(path_his_old) and os.path.isfile(path_his_new):
print "------------------------------------------------------------"
print "The history file from OLDER COAWST regression run for", testcase, "case is", path_his_old
print "------------------------------------------------------------"
print "The history file from NEW COAWST regression run for", testcase, "case is", path_his_new
""" set the contour levels for zeta plots """
colormin = -0.01
colormax = 0.01
xmin = 0.0
xmax = 30.0
ymin = -0.01
ymax = 0.01
""" call the function for zeta (water level) plots """
util_plot.plot_zeta(pdf,path_his_old,path_his_new,his_name,testcase,xmin,xmax,\
ymin,ymax,colormin,colormax)
else:
print "-------------------xx---------------------------------------"
print "One or both HISTORY files for", testcase, "don't exist in the path"
def plot_speclight(pdf):
his_name = 'ocean_his.nc'
testcase = 'Spec_light'
path_his_old, path_his_new = os.path.join(util_plot.get_result_path())
path_his_old = path_his_old + '/Projects/' + testcase + '/' + his_name
print "------------------------------------------------------------"
print "The history file from older COAWST regression run for", testcase, "case is", path_his_old
path_his_new = path_his_new + '/Projects/' + testcase + '/' + his_name
print "------------------------------------------------------------"
print "The history file from new COAWST regression run for", testcase, "case is", path_his_new
print "------------------------------------------------------------"
""" set the contour levels for zeta plots """
colormin = -0.545
colormax = -0.52
xmin = -73.5
xmax = -72.9
ymin = -39.5
ymax = -38.5
""" call the function for zeta (water level) plots """
util_plot.plot_zeta(pdf,path_his_old,path_his_new,his_name,testcase,xmin,xmax,\
ymin,ymax,colormin,colormax)
def plot_speclight(pdf):
his_name='ocean_his.nc'
testcase='Spec_light'
path_his_old, path_his_new=os.path.join(util_plot.get_result_path())
path_his_old=path_his_old+'/Projects/'+testcase+'/'+his_name
print "------------------------------------------------------------"
print "The history file from older COAWST regression run for",testcase,"case is",path_his_old
path_his_new=path_his_new+'/Projects/'+testcase+'/'+his_name
print "------------------------------------------------------------"
print "The history file from new COAWST regression run for",testcase,"case is",path_his_new
print "------------------------------------------------------------"
""" set the contour levels for zeta plots """
colormin=-0.545
colormax=-0.52
xmin=-73.5
xmax=-72.9
ymin=-39.5
ymax=-38.5
""" call the function for zeta (water level) plots """
util_plot.plot_zeta(pdf,path_his_old,path_his_new,his_name,testcase,xmin,xmax,\
ymin,ymax,colormin,colormax)
