def load_data_set(self, fname): #(only in this one)
if not fname == None:
extension = fname.rsplit('.')[len(fname.rsplit('.')) - 1]
if extension == "adat":
[data, labels] = io.load_file_windows(fname, '\t')
elif extension == "adat2":
[data, labels] = io.load_file_windows(fname)
elif extension == "a5dat":
data, param = load_experiment(fname)
data = np.transpose(np.array(data))
labels = {}
labels["param"] = ["Vc", "T", "P"]
else:
[data, labels] = io.load_file_windows(fname)
# print "load data set "+fname
new_data_set = DataSet(data, labels)
self.change_data_set(new_data_set)
def create_plw(parent, load_fname = None):
"""
add a new plot load window in the MDI area. The data and channels
are loaded from a file
"""
# maintain the previous functionality if file name not passed in
if not load_fname:
load_fname = str(parent.widgets["loadPlotWidget"].load_file_name())
logging.info("loading %s for plot"%(load_fname))
extension = load_fname.rsplit('.')[len(load_fname.rsplit('.')) - 1]
# print extension
if extension == "ldat":
lb_data = LabeledData(fname = load_fname)
data = lb_data.data
labels = {}
labels["param"] = lb_data.labels
else:
[data, labels] = IOTool.load_file_windows(load_fname)
#add the header to the header text area
parent.widgets["loadPlotWidget"].header_text(labels['hdr'])
#update the name information in the widget
parent.widgets["loadPlotWidget"].load_file_name(load_fname)
#store the hdr is there is more than one file
parent.loaded_data_header[load_fname] = labels['hdr']
chan_contr = OrderedDict()
chan_contr["groupBox_Name"] = ["Channel", "lineEdit"]
chan_contr["groupBox_X"] = ["X", "radioButton"]
chan_contr["groupBox_Y"] = ["YL", "checkBox"]
chan_contr["groupBox_YR"] = ["YR", "checkBox"]
chan_contr["groupBox_fit"] = ["fit", "radioButton"]
chan_contr["groupBox_invert"] = ["+/-", "checkBox"]
chan_contr["groupBox_marker"] = ["M", "comboBox"]
chan_contr["groupBox_line"] = ["L", "comboBox"]
logging.info("channel names are ", labels)
# print data
nb_channels = np.size(data, 1)
logging.info("%i channels in total"% (nb_channels))
plw = PlotDisplayWindow.PlotDisplayWindow(
data_array = data,
name = PlotDisplayWindow.PLOT_WINDOW_TITLE_PAST + load_fname,
window_type = PlotDisplayWindow.PLOT_WINDOW_TYPE_PAST,
default_channels = nb_channels,
channel_controls = chan_contr)
parent.connect(plw.mplwidget, SIGNAL(
"limits_changed(int,PyQt_PyObject)"), parent.emit_axis_lim)
parent.connect(parent.widgets['AnalyseDataWidget'], SIGNAL(
"data_set_updated(PyQt_PyObject)"), plw.update_plot)
parent.connect(parent.widgets['AnalyseDataWidget'], SIGNAL(
"update_fit(PyQt_PyObject)"), plw.update_fit)
parent.connect(parent, SIGNAL("remove_fit()"), plw.remove_fit)
try:
for i, param in enumerate(labels['channel_labels']):
plw.lineEdit_Name[i].setText(param)
except:
pass
try:
plw.set_axis_ticks(IOTool.load_pset_file(load_fname, labels['param']))
except:
pass
# self.dataAnalyseWidget.refresh_active_set()
plw.update_labels(labels['channel_labels'])
parent.widgets['AnalyseDataWidget'].update_data_and_fit(data)
# plw.update_plot(data)
parent.zoneCentrale.addSubWindow(plw)
plw.show()