def project(self, options, input, output=None):
d1 = gmt_data.GMT_Dataset(self._gmt_session)
d1.register_input(input)
d2 = gmt_data.GMT_Dataset(self._gmt_session)
d2.register_output()
module_options = ' '.join([d1.in_str, options, d2.out_str, self.v])
self._print_call('project ' + module_options)
self._gmt_session.call_module('project', module_options)
return d2
def gmtconvert(self, options, input, output=None):
d = gmt_data.GMT_Dataset(self._gmt_session)
d.register_input(input)
d.register_output(output)
module_options = ' '.join([d.in_str, options, d.out_str, self.v])
self._print_call('gmtconvert ' + module_options)
self._gmt_session.call_module('gmtconvert', module_options)
return d
def fitcircle(self, options, input, output=None):
d = gmt_data.GMT_Dataset(self._gmt_session)
d.register_input(input)
t = gmt_text.GMT_Text(self._gmt_session)
t.register_output(output)
module_options = ' '.join([d.in_str, options, t.out_str, self.v])
self._print_call('fitcircle ' + module_options)
self._gmt_session.call_module('fitcircle', module_options)
return t
def pswiggle(self, options, input):
'''
Call the GMT pswiggle module with the text string "options"
'''
d = gmt_data.GMT_Dataset(self._gmt_session)
d.register_input(input)
module_options = ' '.join([
d.in_str, options, self.ko, self.v, self.range_proj, self.ps_output
])
self._print_call('pswiggle ' + module_options)
self._gmt_session.call_module('pswiggle', module_options)
def psxy(self, options, input, cpt=None):
'''
Call the GMT psxy module with the text string "options" and the input "input"
options is a text string of the flags to be given to psxy.
'''
d = gmt_data.GMT_Dataset(self._gmt_session)
d.register_input(input)
module_options = ' '.join([
d.in_str, options, self.ko, self.v, self.range_proj, self.ps_output
])
if cpt != None:
c = gmt_cpt.GMT_CPT(self._gmt_session)
c.register_input(cpt)
module_options = module_options + ' ' + c.in_str
self._print_call('psxy ' + module_options)
self._gmt_session.call_module('psxy', module_options)