def setup_plots(self):
"""setup plotting commands"""
depends = self.get_option(self.sctn,'depends')
if depends == None:
depends = ''
self.plots = {}
for v in self.variables:
plot = plotcommand.plot('%s_%s'%(self.basename,v),[self.source],depends.split())
com = '%s -v%s'%(self.get_option(self.sctn,'plotcommand'),v)
extra = self.get_option(self.sctn,v)
if extra != None:
com = '%s %s'%(com,extra)
plot.plot_command = '%s %s'%(com,self.plotwidth)
plot.convert_options = self.get_option(self.sctn,'convertargs')
plot.thumb_size = int(self.get_option(self.sctn,'thumb_size'))
# setup animation
if self.animate:
fps = self.get_option(self.sctn,'anim_fps')
if fps != None:
plot.avi_fps = int(fps)
asize = self.get_option(self.sctn,'anim_size')
if asize != None:
plot.avi_size = int(asize)
self.plots[v] = plot
def setup_plots(self):
"""setup plotting commands"""
self.plots = {}
basic_plot = self.get_option(self.sctn,'plotcommand')
# check whether we should plot profile locations
first_prof = 0
if self.plotlocation:
first_prof = 1
# get names of profiles
profstring = ''
for p in self.variables[first_prof:]:
profile = self.get_option(self.sctn,'%s_prof'%p)
if profile==None:
print 'Warning, no profile definition for profile %s'%v
continue
profstring = '%s -p%s'%(profstring,profile)
plot = plotcommand.plot('%s_ploc'%(self.basename),[self.source])
plot.plot_command = '%s %s %s'%(self.get_option(self.sctn,'plotloc_command'),self.plotwidth,profstring)
plot.convert_options = self.get_option(self.sctn,'plotloc_convert')
plot.thumb_size = int(self.get_option(self.sctn,'thumb_size'))
self.plots['locations'] = plot
for v in self.variables[first_prof:]:
profile = self.get_option(self.sctn,'%s_prof'%v)
if profile==None:
print 'Warning, no profile definition for profile %s'%v
continue
prof_extra = self.get_option(self.sctn,'%s_extra'%v)
if prof_extra==None:
prof_extra = ''
plot = plotcommand.plot('%s_%s'%(self.basename,v),[self.source],[profile])
plot.plot_command = '%s -p%s %s'%(basic_plot,profile,prof_extra)
plot.convert_options = self.get_option(self.sctn,'convertargs')
plot.thumb_size = int(self.get_option(self.sctn,'thumb_size'))
# setup animation
if self.animate:
fps = self.get_option(self.sctn,'anim_fps')
if fps != None:
plot.avi_fps = int(fps)
asize = self.get_option(self.sctn,'anim_size')
if asize != None:
plot.avi_size = int(asize)
self.plots[v] = plot
def __init__(self,basename,config,sctn):
self.section_type = 'RSL'
self.template_name = 'rsl.tmpl'
section.__init__(self,basename,config,sctn)
TITLES = {'rsl':'relative sea-level curves',
'hist':'time dependent histograms of RSL residuals',
'res':'distribution of mean RSL residuals'}
self.rslplots = ['rsl','hist','res']
rsldb = self.get_option(sctn,'rsldb')
if rsldb != "":
rsldb = "-r %s"%rsldb
self.plots = {}
for r in self.rslplots:
plot = plotcommand.plot('%s_%s'%(basename,r),[self.source])
com = '%s %s'%(self.get_option(sctn,'%scommand'%r),rsldb)
plot.plot_command = com
cargs = self.get_option(sctn,'%sconvert'%r)
if cargs==None:
cargs = ''
plot.convert_options = cargs
plot.thumb_size = int(self.get_option(sctn,'thumb_size'))
self.plots[r] = plot
# create plots
rsl = {}
for r in self.rslplots:
rsl[r] = {}
rsl[r]['ps'] = os.path.basename(self.plots[r].plotps())
rsl[r]['png'] = os.path.basename(self.plots[r].plotpng())
rsl[r]['thumb'] = os.path.basename(self.plots[r].plotthumb())
rsl[r]['title'] = TITLES[r]
# filling template
self.template.rsl = self.rslplots
self.template.numr = len(self.rslplots)
self.template.rslplots = rsl