def test_get_user_input():
gxprj.user_message('TEST', 'Starting get_user_info test')
gxprj.pause(
'Testing pause\nSome descriptive text\nLine 2\nLine 3\nThis tests the ability for DGW to properly resize a a dialog..........'
)
gxprj.pause('Testing pause with cancel', cancel=True)
ret = gxprj.get_user_input('Testing string input',
'String is a bit long',
default='test')
print('string return: {}'.format(ret))
ret = gxprj.get_user_input('Testing float',
'Float',
kind='float',
default=1.5)
print('float return: {}'.format(ret))
ret = gxprj.get_user_input('Testing int\nThis must be an integer value.',
'Int',
kind='int',
default=7)
print('int return: {}'.format(ret))
ret = gxprj.get_user_input('Testing a list',
'List',
kind='list',
default='maki',
items='maki, rider, explorer')
print('list return: {}'.format(ret))
input("Simple inputs test finished, press enter to continue...")
def test_scripting():
import os
import geosoft.gxapi as gxa
py_file = 'py_file.py'
gs_file = 'project.gs'
with open(py_file, 'w+') as f:
f.write('import geosoft\n')
f.write('def rungx():\n')
f.write(' pass\n')
gxprj.user_message('SCRIPTING TEST',
'Enter "project" in the next browse dialog.')
gxa.GXSYS.do_command("[ID] ID_GX_RECORD")
gxa.GXSYS.do_command("[GX] {}".format(py_file))
gxa.GXSYS.do_command("[ID] ID_GX_ENDRECORD")
with open(gs_file, 'r') as f:
script = f.read()
gxprj.user_message(
'SCRIPTING TEST RESULT',
'The following should contain "GX py_file.py"\n{}'.format(script))
# run script
gxa.GXSYS.set_interactive(0)
gxa.GXSYS.run_gs(os.path.normpath(gs_file))
gxa.GXSYS.set_interactive(1)
os.remove(gs_file)
os.remove(py_file)
def rungx():
float_val = gxa.GXSYS.get_double("SCRIPT_GX", "VALUE")
if gxa.GXSYS.interactive() != 0:
ret_val = gxprj.get_user_input('SCRIPT GX (interactive)', 'Float', kind='float', default=float_val)
print('float return: {}'.format(ret_val))
gxa.GXSYS.set_double("SCRIPT_GX", "VALUE", ret_val)
else:
gxa.GXSYS.set_interactive(1) # Restore interactive mod to make dialogs appear
gxprj.user_message('SCRIPT GX (non interactive)', "Received value: {}".format(float_val))
def rungx():
gxprj.user_message('Running:', __file__)
test_project()
test_get_user_input()
test_file()
test_multifile()
test_scripting()
gxprj.user_message('Project test', "test finished")
def rungx():
# get the name of a grid from the user
grid_file = gxproj.get_user_input(title='Grid statistics',
prompt='Grid file',
kind='file',
filemask='*.grd')
stats = grid_stats(grid_file)
gxproj.user_message(
grid_file, 'min: {}\nmax: {}\nmean: {}\nstd_dev: {}'.format(
stats.get_info(gxapi.ST_MIN), stats.get_info(gxapi.ST_MAX),
stats.get_info(gxapi.ST_MEAN), stats.get_info(gxapi.ST_STDDEV)))
def rungx():
# parameter 'GRID_FILE' is the last-specified grid file name for this script.
grid_parameter = 'GRID_FILE'
group = os.path.basename(__file__).split('.')[0]
parms = gxu.get_parameters(group, {grid_parameter: ''})
# get the name of a grid from the user
grid_file = gxproj.get_user_input(title='Grid statistics',
prompt='Grid file',
default=parms.get(grid_parameter),
kind='file',
filemask='*.grd')
# save the grid file name as the default the next time this script is run
parms[grid_parameter] = grid_file
gxu.save_parameters(group, parms)
stats = grid_stats(grid_file)
gxproj.user_message(
grid_file, 'min: {}\nmax: {}\nmean: {}\nstd_dev: {}'.format(
stats.get_info(gxapi.ST_MIN), stats.get_info(gxapi.ST_MAX),
stats.get_info(gxapi.ST_MEAN), stats.get_info(gxapi.ST_STDDEV)))
def rungx():
project = gxpj.Geosoft_project()
gxpj.user_message("Project name: {}".format(project.name),
"Project user: {}".format(project.gid))