def SaveGrid(self, path):
"""
Saves using the tables.TABLES object
"""
controlgrid = tables.TABLES(self)
controlgrid.grid_to_excel(path, [(self.m_grid3, "Control"),
(self.m_grid2, "Dict"),
(self.m_grid21, "Ranges")])
def FillDCData(self):
"""
Loads data to create a report. Requires a results sheet named "Results".
Uses tables.TABLES for a excel-to-grid object.
"""
datagrid = tables.TABLES(self)
self.data_grid = datagrid.excel_to_grid(self.DCdata_file, 'Sheet',
self.m_grid41)
def OnAnalyse(self, event):
"""
Reads the name of the file to analyse,
and sends it to the analysis object analysis.Analyser
"""
#read a text box to get the name of file to analyse
#create analysis object, send it the name of the file
#it updates the file, adding the ratios.
#call fill grid to load the new file up and replace the old one.
xcel_name = str(self.Analysis_file_name.GetValue()) #'Book1.xlsx'
print(xcel_name)
xcel_sheet = 'Sheet'
analyser = analysis.Analyser(xcel_name, xcel_sheet)
analyser.analysis()
analyser.Save(xcel_name)
controlgrid = tables.TABLES(self)
printed_results = controlgrid.excel_to_grid(xcel_name, 'Results',
self.m_grid4)
printed_results_ratios = controlgrid.excel_to_grid(
xcel_name, 'Gain Ratios', self.m_grid4b)
def FillData(self):
"""
Loads data to create a report. Requires a results sheet named "Results".
Uses tables.TABLES for a excel-to-grid object.
"""
datagrid = tables.TABLES(self)
self.data_grid = datagrid.excel_to_grid(self.data_file, 'Results',
self.m_grid44)
self.data_grid = datagrid.excel_to_grid(self.data_file, 'Gain Ratios',
self.m_grid42)
self.data_grid = datagrid.excel_to_grid(self.data_file,
'Linearity Ratios',
self.m_grid43)
meter_row = 0
for i in range(0, self.m_grid42.GetNumberRows()):
if self.m_grid42.GetCellValue(i, 0) == 'Meter Gain Ratios':
meter_row = i
if self.m_checkBox1.GetValue():
self.m_grid42.DeleteRows(0, meter_row)
else:
self.m_grid42.DeleteRows(meter_row - 1,
self.m_grid42.GetNumberRows() - 1)
def FillGrid(self):
"""
Loads self.proj_file to the grid. Requires a dictionary sheet named "Dict" and
a control sheet named "Sheet 1". Uses tables.TABLES for a excel-to-grid object.
"""
controlgrid = tables.TABLES(self)
self.filled_grid = controlgrid.excel_to_grid(self.proj_file, 'Control',
self.m_grid3)
if self.filled_grid == True:
grid = self.m_grid3
if int(float(grid.GetCellValue(3, 3))) > int(grid.GetNumberRows()):
#int(float(is needed as it cant seem to cast straight to an int
print("Final row needed to be updated in grid")
grid.SetCellValue(3, 3, str(grid.GetNumberRows()))
self.m_grid3.Layout()
else:
print("no sheet named 'Control' found")
self.loaded_dict = controlgrid.excel_to_grid(self.proj_file, 'Dict',
self.m_grid2)
if self.loaded_dict == True:
col_names = [
'Key words', 'Meter', 'Key words', 'Source S', 'Key words',
'Source X'
]
for i in range(len(col_names)):
self.m_grid2.SetColLabelValue(i, col_names[i])
self.m_grid2.Layout()
else:
print("no sheet named 'Dict' found, can not run")
self.loaded_ranges = controlgrid.excel_to_grid(self.proj_file,
'Ranges', self.m_grid21)
if self.loaded_ranges == True:
col_names = [
'Min', 'Max', '# Readings', 'Pre-reading delay',
'Inter-reading delay', '# Repetitions', '# steps'
]
for i in range(len(col_names)):
self.m_grid21.SetColLabelValue(i, col_names[i])
self.m_grid21.Layout()
#Copy ranges from m_grid21 to m_grid91
rows = self.m_grid21.GetNumberRows()
rows = range(0, int(rows))
for x in rows:
self.m_grid91.SetCellValue(x + 1, 0,
self.m_grid21.GetCellValue(x, 1))
else:
print("no sheet named 'Ranges' found")
#wip
i = 0
while (isinstance(self.m_grid21.GetCellValue(1, i),
(int, long, float))):
self.m_grid91.SetCellValue(0, i, self.m_grid21.GetCellValue(1, i))
i = i + 1
