def generateTableTextRemovedCols(verticalBorder, horizontalBorder,
useBooktabs):
print("Generating a table for table_variants_text_rc.tex ..")
dimCx = Dim([("0.0", None), ("0.5", None)])
dimSel = Dim([("T", None), ("L", None)])
dimMethod = Dim([("U", None), ("P", None), ("S", None), ("IS", None)])
dimSingleCol = Dim([("C", None), ("D", None)])
main = dimSel * dimMethod * dimCx + dimSingleCol
dimCols = main + Dim([("mean", None)])
cells, rows_names = printer.latexToArrayRowNames(
tableBody) # maybe switch for pandas as a primary representation?
dimRows = Dim.from_names(rows_names)
rBold = printer.LatexTextbf(lambda v, b: v == "1.00")
rShading = printer.CellShading(0.0, 0.5, 1.0, "colorLow", "colorMedium",
"colorHigh")
table = printer.Table(cells,
dimRows=dimRows,
dimCols=dimCols,
cellRenderers=[rBold, rShading],
verticalBorder=verticalBorder,
horizontalBorder=horizontalBorder,
useBooktabs=useBooktabs,
headerRowNames=["method", "", "cx"])
table.leaveColumns([0, 2, 6, 8, 10, 14]) # leaving out S and C
return table
def generateTableData(verticalBorder, horizontalBorder, useBooktabs):
print("Generating a table for table_variants_data.tex ..")
dimCols = Dim.from_dict(
data, "A", nameFun=lambda v: "A={0}".format(v)) * Dim.from_dict(
data, "B", nameFun=lambda v: "B={0}".format(v))
dimRows = Dim.from_dict(data, "F", nameFun=lambda v: "F={0}".format(v))
cells = printer.generateTableCells(
data,
dimRows=dimRows,
dimCols=dimCols,
fun=lambda props: sum([p["value"] for p in props]))
rShading = printer.CellShading(0.0, 5.0, 10.0, "colorLow", "colorMedium",
"colorHigh")
table = printer.Table(cells,
dimCols=dimCols,
dimRows=dimRows,
cellRenderers=[rShading],
verticalBorder=verticalBorder,
horizontalBorder=horizontalBorder,
useBooktabs=useBooktabs,
headerRowNames=["A-value"])
return table
def processTableNewInterface_SvsSI(tableBody, title):
print(title)
rBold = printer.LatexTextbf(lambda v, b: v == "1.00")
rShading = printer.CellShading(0.0, 0.5, 1.0, "colorLow", "colorMedium",
"colorHigh")
table = printer.Table(printer.latexToArray(tableBody),
cellRenderers=[rBold, rShading])
table.leaveColumns([0, 5, 6, 7, 8, 13, 14, 15,
16]) # comparing only SI with S
colored = printer.table_color_map(str(table), 0.0, 0.5, 1.0, "colorLow",
"colorMedium", "colorHigh")
#print(reporting.color_scheme_green)
print(colored)
print(table.renderCsv())
def processTableNewInterface_withoutSC(tableBody, title):
dimCx = Dim([("0.0", None), ("0.5", None)])
dimSel = Dim([("T", None), ("L", None)])
dimMethod = Dim([("U", None), ("P", None), ("S", None), ("IS", None)])
main = dimSel * dimMethod * dimCx
dimCols = Dim([("method", None)]) + main + Dim([("mean", None)])
print("numConfigs: " + str(len(dimCols.configs)))
print("asd: " + title)
rBold = printer.LatexTextbf(lambda v, b: v == "1.00")
rShading = printer.CellShading(0.0, 0.5, 1.0, "colorLow", "colorMedium",
"colorHigh")
table = printer.Table(printer.latexToArray(tableBody),
dimCols=dimCols,
cellRenderers=[rBold, rShading])
table.leaveColumns([0, 1, 3, 7, 9, 11, 15]) # leaving out S and C
print(table.render())
print(table.renderCsv())
cellRenderers=[
printer.LatexTextbfMinInRow(),
printer.CellShadingRow(
"colorLow", "colorMedium",
"colorHigh")
]) #, valueExtractor=log10ValueExtractor
print("RUNTIME")
print(table_runtime.renderTableBody())
cells_fitness = printer.latexToArray(text_fitness, removeRenderings=True)
table_fitness = printer.Table(cells_fitness,
cellRenderers=[
printer.LatexTextbfMaxInRow(),
printer.CellShadingRow(
"colorLow", "colorMedium",
"colorHigh")
]) # , valueExtractor=log10ValueExtractor
print("FITNESS")
print(table_fitness.renderTableBody())
cells_successRate = printer.latexToArray(text_successRate,
removeRenderings=True)
table_successRate = printer.Table(
cells_successRate,
cellRenderers=[
printer.LatexTextbfMaxInRow(),
printer.CellShading(0.0, 0.5, 1.0, "colorLow", "colorMedium",
"colorHigh")
]) # , valueExtractor=log10ValueExtractor
print("SUCCESS RATE")
print(table_successRate.renderTableBody())