def new_project(self):
"""
Get the file path to a new project
"""
# dirpath will be None or a string
msg, pth = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='klusterintel',
Title='Create a new Kluster project',
AppName='klusterintel',
fFilter="*.json",
bSave=True,
DefaultFile='kluster_project.json')
if pth:
# the project name is mandatory, just so that we can find it later, I ask for a file path for the project
# file and override the filename, kind of messy but works for now
if os.path.exists(pth):
os.remove(pth)
directory, filename = os.path.split(pth)
project_file = os.path.join(directory, 'kluster_project.json')
self.fil_text.setText(project_file)
self.project_file = project_file
self.project = FqprProject(is_gui=True)
self.project.new_project_from_directory(directory)
if self.parent:
self.parent.set_project(self.project)
self._load_from_project()
def output_file_browse(self):
curr_opts = self.export_opts.currentText().lower()
if curr_opts == 'csv':
titl = 'Select output csv file'
ffilter = "csv file|*.csv"
elif curr_opts == 'bag':
titl = 'Select output bag file'
ffilter = "bag file|*.bag"
elif curr_opts == 'geotiff':
titl = 'Select output geotiff file'
ffilter = "geotiff file|*.tif"
else:
raise ValueError(
'dialog_export_grid: unrecognized method: {}'.format(
curr_opts))
# dirpath will be None or a string
msg, self.output_pth = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='Kluster',
Title=titl,
fFilter=ffilter,
AppName='\\reghelp')
if self.output_pth is not None:
self.output_text.setText(self.output_pth)
def export_variable(self):
"""
Export the currently selected dataset/variable to csv
"""
if self.datasets:
ky = self.dataset_dropdown.currentText()
plottype = self.plottype_dropdown.currentText()
reduce_method = None
zero_centered = False
try:
dvar = self.variable_reverse_lookup[
self.variable_dropdown.currentText()]
except:
dvar = self.variable_dropdown.currentText()
defvalue = os.path.join(self.fqpr.output_folder,
'export_{}_{}.csv'.format(ky, dvar))
if plottype[0:4] == 'Line':
zero_centered = self.zero_center_plot.isChecked()
if plottype.find('Mean') != -1:
reduce_method = 'mean'
defvalue = os.path.splitext(defvalue)[0] + '_mean.csv'
elif plottype.find('Nadir') != -1:
reduce_method = 'nadir'
defvalue = os.path.splitext(defvalue)[0] + '_nadir.csv'
elif plottype.find('Port') != -1:
reduce_method = 'port_outer_beam'
defvalue = os.path.splitext(defvalue)[0] + '_portbeam.csv'
elif plottype.find('Starboard') != -1:
reduce_method = 'starboard_outer_beam'
defvalue = os.path.splitext(defvalue)[0] + '_stbdbeam.csv'
if zero_centered:
defvalue = os.path.splitext(defvalue)[0] + '_zerocentered.csv'
msg, output_pth = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='Kluster',
DefaultVal=self.fqpr.output_folder,
fFilter="csv files|*.csv",
DefaultFile=defvalue,
Title='Output dataset path for csv export',
AppName='\\reghelp')
if output_pth:
min_max = self.data_widget.return_trim_times()
if min_max:
err = self.fqpr.subset_by_time(min_max[0], min_max[1])
if err:
self.data_widget.warning_message.setText(
'ERROR: no data in times {}-{}'.format(
min_max[0], min_max[1]))
return
self.reload_datasets()
self.fqpr.export_variable(ky,
dvar,
output_pth,
reduce_method=reduce_method,
zero_centered=zero_centered)
if min_max:
self.fqpr.restore_subset()
def export_source(self):
"""
Export the currently selected dataset to csv
"""
if self.datasets:
ky = self.dataset_dropdown.currentText()
defvalue = os.path.join(self.fqpr.output_folder,
'export_{}.csv'.format(ky))
msg, output_pth = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='Kluster',
DefaultVal=self.fqpr.output_folder,
fFilter="csv files|*.csv",
DefaultFile=defvalue,
Title='Output dataset path for csv export',
AppName='\\reghelp')
if output_pth:
min_max = self.data_widget.return_trim_times()
if min_max:
err = self.fqpr.subset_by_time(min_max[0], min_max[1])
if err:
self.data_widget.warning_message.setText(
'ERROR: no data in times {}-{}'.format(
min_max[0], min_max[1]))
return
self.reload_datasets()
self.fqpr.export_dataset(ky, output_pth)
if min_max:
self.fqpr.restore_subset()
def file_browse(self):
# dirpath will be None or a string
msg, self.output_pth = RegistryHelpers.GetDirFromUserQT(self, RegistryKey='Kluster',
Title='Select output directory', AppName='\\reghelp')
if self.output_pth is not None:
self.fil_text.setText(self.output_pth)
self.update_output_structure_view()
def file_browse(self):
# dirpath will be None or a string
msg, self.log_file_path = RegistryHelpers.GetFilenameFromUserQT(self, RegistryKey='Kluster',
Title='Select POSPac Export Log',
AppName='\\reghelp', bSave=False,
fFilter="Log Files|*.txt;*.log")
if self.log_file_path is not None:
self.log_file.setText(self.log_file_path)
def output_browse(self):
msg, out_path = RegistryHelpers.GetDirFromUserQT(
self,
RegistryKey='Kluster',
Title='Select folder to store plot images',
AppName='\\reghelp')
if out_path:
self.out_text.setText(out_path)
def grid_folder_browse(self):
# dirpath will be None or a string
msg, self.input_pth = RegistryHelpers.GetDirFromUserQT(
self,
RegistryKey='Kluster',
Title='Select Grid directory',
AppName='\\reghelp')
if self.input_pth is not None:
self.update_input_path(self.input_pth)
def file_browse(self):
"""
select a file and add it to the list.
"""
fils = []
if self.opts['mode'] == 'file':
msg, fils = RegistryHelpers.GetFilenameFromUserQT(self, RegistryKey=self.opts['registry_key'],
Title=self.opts['filebrowse_title'],
AppName=self.opts['app_name'],
bMulti=self.opts['multiselect'], bSave=False,
fFilter=self.opts['filebrowse_filter'])
elif self.opts['mode'] == 'directory':
msg, fils = RegistryHelpers.GetDirFromUserQT(self, RegistryKey=self.opts['registry_key'],
Title=self.opts['filebrowse_title'],
AppName=self.opts['app_name'])
fils = [fils]
if fils:
self.add_new_files(fils)
self.files_changed()
def vdatum_browse(self):
# dirpath will be None or a string
msg, self.vdatum_pth = RegistryHelpers.GetDirFromUserQT(
self,
RegistryKey='Kluster',
Title='Select Vdatum directory',
AppName='\\reghelp')
if self.vdatum_pth:
self.vdatum_text.setText(self.vdatum_pth)
self._refresh_error_message()
def file_browse(self, e):
msg, file_path = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='Kluster',
Title='Select a raw file to read',
AppName='\\analyzer',
bMulti=False,
bSave=False,
fFilter='all files (*.*)')
if file_path:
self.fil_text.setText(file_path)
self.filename = file_path
fext = os.path.splitext(self.filename)[1]
self.functioncombobox.clear()
if fext == '.all':
self.filetype = 'kongsberg_all'
self.fileobject = par3.AllRead(self.filename)
self.functioncombobox.addItems([
'read_first_fifty_records', 'kluster_read_test',
'bscorr_generation'
])
elif fext == '.kmall':
self.filetype = 'kongsberg_kmall'
self.fileobject = kmall.kmall(self.filename)
self.functioncombobox.addItems(['read_first_fifty_records'])
elif fext in ['.out', '.sbet', 'smrmsg']:
if sbet.is_sbet(file_path):
self.filetype = 'applanix_sbet'
self.fileobject = sbet.read(file_path, numcolumns=17)
self.functioncombobox.addItems(
['read_first_fifty_records'])
elif sbet.is_smrmsg(file_path):
self.filetype = 'applanix_smrmsg'
self.fileobject = sbet.read(file_path, numcolumns=10)
self.functioncombobox.addItems(
['read_first_fifty_records'])
else:
print(
f'Not a recognized file type, tried sbet and smrmsg: {self.filename}'
)
self.filetype = ''
self.fileobject = None
else:
try:
poscheck = int(fext[1:])
self.filetype = 'posmv'
self.fileobject = PCSio.PCSFile(self.filename)
self.functioncombobox.addItems(
['read_first_fifty_records'])
except:
print(f'Not a recognized file type: {self.filename}')
self.filetype = ''
self.fileobject = None
self.ftypelabel.setText(f'File Type: {self.filetype}')
def surf_browse(self):
msg, surf_path = RegistryHelpers.GetDirFromUserQT(
self,
RegistryKey='Kluster',
Title='Select gridded data folder',
AppName='\\reghelp')
if surf_path:
if os.path.isdir(surf_path):
self.surf_text.setText(surf_path)
else:
print('{} is not an existing directory'.format(surf_path))
def file_browse(self):
msg, self.output_pth = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='Kluster',
Title='Select output surface path',
AppName='kluster',
bMulti=False,
bSave=True,
fFilter='numpy npz (*.npz)')
if self.output_pth is not None:
self.fil_text.setText(self.output_pth)
def dir_browse(self):
"""
As long as you aren't currently running the monitoring, this will get the directory you want to monitor
"""
if not self.is_running():
# dirpath will be None or a string
msg, pth = RegistryHelpers.GetDirFromUserQT(self, RegistryKey='klusterintel',
Title='Select directory to monitor', AppName='klusterintel')
if pth is not None:
self.fil_text.setText(pth)
else:
print('You have to stop monitoring before you can change the path')
def open_project(self):
"""
Get the file path to a new project
"""
# dirpath will be None or a string
msg, pth = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='klusterintel',
Title='Open an existing Kluster project',
AppName='klusterintel',
fFilter="*.json",
bSave=False)
if pth:
self.fil_text.setText(pth)
self.build_from_project(pth)
def file_browse(self):
"""
Browse to a Kluster converted data folder. Structure should look something like:
C:\collab\dasktest\data_dir\kmall_test\mbes\converted
C:\collab\dasktest\data_dir\kmall_test\mbes\converted\attitude.zarr
C:\collab\dasktest\data_dir\kmall_test\mbes\converted\ping_53011.zarr
You would point at the converted folder using this browse button.
"""
# dirpath will be None or a string
msg, fqpr_path = RegistryHelpers.GetDirFromUserQT(self, RegistryKey='Kluster',
Title='Select converted data directory',
AppName='\\reghelp')
if fqpr_path:
self.new_fqpr_path(fqpr_path)
self.initialize_controls()
def file_browse_two(self, e):
msg, file_path = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='Kluster',
Title='Select a raw file to read',
AppName='\\analyzer',
bMulti=False,
bSave=False,
fFilter='all files (*.*)')
if file_path:
fext = os.path.splitext(file_path)[1]
if self.filetype == 'kongsberg_all' and fext != '.all':
print('Expected .all file, got {}'.format(file_path))
elif self.filetype == 'kongsberg_kmall' and fext != '.kmall':
print('Expected .kmall file, got {}'.format(file_path))
elif self.filetype in [
'applanix_sbet', 'applanix_smrmsg'
] and fext not in ['.out', '.sbet', 'smrmsg']:
print('Expected .kmall file, got {}'.format(file_path))
else:
self.fil_two_text.setText(file_path)
self.filenametwo = file_path
if fext == '.all':
self.fileobjecttwo = par3.AllRead(file_path)
elif fext == '.kmall':
self.fileobjecttwo = kmall.kmall(file_path)
elif fext in ['.out', '.sbet', 'smrmsg']:
if sbet.is_sbet(file_path):
self.fileobjecttwo = sbet.read(file_path,
numcolumns=17)
elif sbet.is_smrmsg(file_path):
self.fileobjecttwo = sbet.read(file_path,
numcolumns=10)
else:
print(
f'Not a recognized file type, tried sbet and smrmsg: {file_path}'
)
self.fileobjecttwo = None
else:
try:
poscheck = int(fext[1:])
self.fileobjecttwo = PCSio.PCSFile(self.filename)
except:
print(f'Not a recognized file type: {self.filename}')
self.fileobjecttwo = None
def output_file_browse(self):
curr_opts = self.export_opts.currentText().lower()
if curr_opts == 'geopackage':
titl = 'Select output geopackage file'
ffilter = "gpkg file|*.gpkg"
else:
raise ValueError(
'dialog_export_tracklines: unrecognized method: {}'.format(
curr_opts))
# dirpath will be None or a string
msg, outpth = RegistryHelpers.GetFilenameFromUserQT(
self,
RegistryKey='Kluster',
DefaultFile=self.output_text.text(),
Title=titl,
fFilter=ffilter,
AppName='\\reghelp')
if outpth:
self.output_text.setText(outpth)
def filter_browse(self):
# dirpath will be None or a string
msg, filter_pth = RegistryHelpers.GetDirFromUserQT(self, RegistryKey='Kluster',
Title='Select filter directory', AppName='\\reghelp')
if filter_pth:
self.filter_text.setText(filter_pth)
