def __init__(self):
PluginBase.__init__(self, name="Pr Inversion")
## Simulation window manager
self.simview = None
## State data
self.alpha = self.DEFAULT_ALPHA
self.nfunc = self.DEFAULT_NFUNC
self.max_length = self.DEFAULT_DMAX
self.q_min = None
self.q_max = None
self.has_bck = False
self.slit_height = 0
self.slit_width = 0
## Remember last plottable processed
self.last_data = ""
self._current_file_data = None
## Time elapsed for last computation [sec]
# Start with a good default
self.elapsed = 0.022
self.iq_data_shown = False
## Current invertor
self.invertor = None
self.pr = None
self.data_id = IQ_DATA_LABEL
# Copy of the last result in case we need to display it.
self._last_pr = None
self._last_out = None
self._last_cov = None
## Calculation thread
self.calc_thread = None
## Estimation thread
self.estimation_thread = None
## Result panel
self.control_panel = None
## Currently views plottable
self.current_plottable = None
## Number of P(r) points to display on the output plot
self._pr_npts = 51
self._normalize_output = False
self._scale_output_unity = False
## List of added P(r) plots
self._added_plots = {}
self._default_Iq = {}
self.list_plot_id = []
# Associate the inversion state reader with .prv files
from inversion_state import Reader
# Create a CanSAS/Pr reader
self.state_reader = Reader(self.set_state)
self._extensions = '.prv'
l = Loader()
l.associate_file_reader('.prv', self.state_reader)
#l.associate_file_reader(".svs", self.state_reader)
# Log startup
logging.info("Pr(r) plug-in started")
def __init__(self):
PluginBase.__init__(self, name="Plotting")
## Plot panels
self.plot_panels = {}
self._panel_on_focus = None
self.menu_default_id = None
# Plot menu
self.menu = None
def __init__(self):
PluginBase.__init__(self, name="Invariant")
# dictionary containing data name and error on dy of that data
self.err_dy = {}
# default state objects
self.state_reader = None
self._extensions = '.inv'
self.temp_state = None
self.__data = None
# Log startup
logging.info("Invariant plug-in started")
def __init__(self):
PluginBase.__init__(self, name="Calculator")
# Log startup
logging.info("Calculator plug-in started")
self.sub_menu = "Tool"
self.data_edit_frame = None
# data operator use one frame all the time
self.data_operator_frame = None
self.kiessig_frame = None
self.sld_frame = None
self.cal_md_frame = None
self.cal_slit_frame = None
self.cal_res_frame = None
self.gen_frame = None
self.image_view = None
self.py_frame = None
def __init__(self):
PluginBase.__init__(self, name="Calculator")
# Log startup
logging.info("Calculator plug-in started")
self.sub_menu = "Tool"
self.data_edit_frame = None
# data operator use one frame all the time
self.data_operator_frame = None
self.kiessig_frame = None
self.sld_frame = None
self.cal_md_frame = None
self.cal_slit_frame = None
self.cal_res_frame = None
self.gen_frame = None
self.image_view = None
self.py_frame = None
def __init__(self):
PluginBase.__init__(self, name="DataLoader")
# Default location
self._default_save_location = DEFAULT_OPEN_FOLDER
self.loader = Loader()
self._data_menu = None
def __init__(self, standalone=True):
PluginBase.__init__(self, name="Pr Inversion", standalone=standalone)
## Simulation window manager
self.simview = None
## State data
self.alpha = self.DEFAULT_ALPHA
self.nfunc = self.DEFAULT_NFUNC
self.max_length = self.DEFAULT_DMAX
self.q_min = None
self.q_max = None
self.has_bck = False
self.slit_height = 0
self.slit_width = 0
## Remember last plottable processed
self.last_data = ""
self._current_file_data = None
## Time elapsed for last computation [sec]
# Start with a good default
self.elapsed = 0.022
self.iq_data_shown = False
## Current invertor
self.invertor = None
self.pr = None
self.data_id = IQ_DATA_LABEL
# Copy of the last result in case we need to display it.
self._last_pr = None
self._last_out = None
self._last_cov = None
## Calculation thread
self.calc_thread = None
## Estimation thread
self.estimation_thread = None
## Result panel
self.control_panel = None
## Currently views plottable
self.current_plottable = None
## Number of P(r) points to display on the output plot
self._pr_npts = 51
## Flag to let the plug-in know that it is running standalone
self.standalone = standalone
self._normalize_output = False
self._scale_output_unity = False
## List of added P(r) plots
self._added_plots = {}
self._default_Iq = {}
self.list_plot_id = []
# Associate the inversion state reader with .prv files
from inversion_state import Reader
# Create a CanSAS/Pr reader
self.state_reader = Reader(self.set_state)
self._extensions = '.prv'
l = Loader()
l.associate_file_reader('.prv', self.state_reader)
#l.associate_file_reader(".svs", self.state_reader)
# Log startup
logging.info("Pr(r) plug-in started")
def __init__(self, standalone=False):
PluginBase.__init__(self, name="DataLoader", standalone=standalone)
# Default location
self._default_save_location = DEFAULT_OPEN_FOLDER
self.loader = Loader()
self._data_menu = None