def generateVisualizerTable(cls, table: TableModel,
visio: VisualizationModel) -> TableModel:
columns = list()
for columnId in visio.usedColumns:
if columnId != visio.xColumn:
columnIndex = DataController.getElementIndexById(
table.columns, columnId)
columns.append(table.columns[columnIndex])
returnTable = TableModel(columns, table.name, table.id,
table.properties, table.aggregator,
table.filters, table.isDeleted)
# setting used colors in table:
# 1- rows:
returnTable.rowsColors = table.rowsColors
# 2- columns:
columnsColors = list()
for columnId in visio.usedColumns:
if columnId != visio.xColumn:
columnIndex = DataController.getElementIndexById(
table.columns, columnId)
columnsColors.append(table.columnsColors[columnIndex])
returnTable.columnsColors = columnsColors
return returnTable
def _generateTableFromDict(cls, columns: dict, name: str, id: int,
randomColumnsColors: List, randomRowsColors: List) -> TableModel:
columnIdCounter = 0
bufferColumnsList = []
for columnName in columns.keys():
bufferColumnsList.append(cls._generateColumnFromDict(columns[columnName], columnName, columnIdCounter))
columnIdCounter += 1
properties = PropertiesModel(enums.FileType.Excel.value, 50)
aggregator = AggregationModel([], 0, '', False)
table = TableModel(bufferColumnsList, name, id, properties, aggregator,[] , False)
table.rowsColors = randomRowsColors
table.columnsColors = randomColumnsColors
return table