private void AddDetailsForNonNHSCountAndArea(ExcelWorksheet worksheet, CurrentCell currentCell, List <int> simulationYears,
int totalBridgeCountOrDeckAreaStartRow, int nHSBridgeCountOrDeckAreaStartRow, bool isDeckArea)
{
int startRow, startColumn, row, column;
bridgeWorkSummaryCommon.InitializeLabelCells(worksheet, currentCell, out startRow, out startColumn, out row, out column);
for (var index = 0; index <= simulationYears.Count; index++)
{
var bridgeGood = Convert.ToDouble(worksheet.Cells[totalBridgeCountOrDeckAreaStartRow + 1, column].Value);
var bridgeFair = Convert.ToDouble(worksheet.Cells[totalBridgeCountOrDeckAreaStartRow + 2, column].Value);
var bridgePoor = Convert.ToDouble(worksheet.Cells[totalBridgeCountOrDeckAreaStartRow + 3, column].Value);
var NHSGood = Convert.ToDouble(worksheet.Cells[nHSBridgeCountOrDeckAreaStartRow + 1, column].Value);
var NHSFair = Convert.ToDouble(worksheet.Cells[nHSBridgeCountOrDeckAreaStartRow + 2, column].Value);
var NHSPoor = Convert.ToDouble(worksheet.Cells[nHSBridgeCountOrDeckAreaStartRow + 3, column].Value);
var nonNHSGood = bridgeGood - NHSGood;
var nonNHSFair = bridgeFair - NHSFair;
var nonNHSPoor = bridgePoor - NHSPoor;
worksheet.Cells[startRow, column].Value = nonNHSGood;
worksheet.Cells[startRow + 1, column].Value = nonNHSFair;
worksheet.Cells[startRow + 2, column].Value = nonNHSPoor;
column++;
}
excelHelper.ApplyBorder(worksheet.Cells[startRow, startColumn, row, column - 1]);
excelHelper.SetCustomFormat(worksheet.Cells[startRow, startColumn + 1, row, column - 1], "Number");
//if (isDeckArea)
//{
// excelHelper.ApplyColor(worksheet.Cells[row - 1, startColumn + 1, row - 1, column - 1], Color.Khaki);
//}
bridgeWorkSummaryCommon.UpdateCurrentCell(currentCell, row + 1, column);
}
private void AddDetailsForTotalDeckArea(ExcelWorksheet worksheet, CurrentCell currentCell, List <int> simulationYears, List <SimulationDataModel> simulationDataModels)
{
int startRow, startColumn, row, column;
bridgeWorkSummaryCommon.InitializeLabelCells(worksheet, currentCell, out startRow, out startColumn, out row, out column);
AddTotalDeckArea(worksheet, simulationDataModels, startRow, column, 0);
foreach (var year in simulationYears)
{
row = startRow;
column = ++column;
AddTotalDeckArea(worksheet, simulationDataModels, row, column, year);
}
excelHelper.ApplyBorder(worksheet.Cells[startRow, startColumn, row + 2, column]);
excelHelper.SetCustomFormat(worksheet.Cells[startRow, startColumn + 1, row + 2, column], "Number");
excelHelper.ApplyColor(worksheet.Cells[row + 2, startColumn + 1, row + 2, column], Color.Khaki);
bridgeWorkSummaryCommon.UpdateCurrentCell(currentCell, row + 3, column);
}
private void AddDetailsForTotalBridgeAndDeckPercent(ExcelWorksheet worksheet, CurrentCell currentCell, List <int> simulationYears, int dataStartRow)
{
int startRow, startColumn, row, column;
bridgeWorkSummaryCommon.InitializeLabelCells(worksheet, currentCell, out startRow, out startColumn, out row, out column);
for (var index = 0; index <= simulationYears.Count; index++)
{
var sumFormula = "SUM(" + worksheet.Cells[dataStartRow, column, dataStartRow + 2, column] + ")";
worksheet.Cells[startRow, column].Formula = worksheet.Cells[dataStartRow, column] + "/" + sumFormula;
worksheet.Cells[startRow + 1, column].Formula = worksheet.Cells[dataStartRow + 1, column] + "/" + sumFormula;
worksheet.Cells[startRow + 2, column].Formula = worksheet.Cells[dataStartRow + 2, column] + "/" + sumFormula;
column++;
}
excelHelper.ApplyBorder(worksheet.Cells[startRow, startColumn, startRow + 2, column - 1]);
excelHelper.SetCustomFormat(worksheet.Cells[startRow, startColumn + 1, startRow + 2, column], "Percentage");
bridgeWorkSummaryCommon.UpdateCurrentCell(currentCell, row, column - 1);
}
private int AddCostsOfCommittedWork(ExcelWorksheet worksheet, List <int> simulationYears, CurrentCell currentCell,
List <WorkSummaryByBudgetModel> comittedProjectsData)
{
var startYear = simulationYears[0];
int startRow, startColumn, row, column;
bridgeWorkSummaryCommon.SetRowColumns(currentCell, out startRow, out startColumn, out row, out column);
currentCell.Column = column;
var committedTotalRow = 0;
var uniqueTreatments = new Dictionary <string, int>();
var costForTreatments = new Dictionary <string, double>();
foreach (var data in comittedProjectsData)
{
if (data.YEARS < startYear || data.TREATMENT.ToLower() == "no treatment")
{
continue;
}
if (!uniqueTreatments.ContainsKey(data.TREATMENT))
{
uniqueTreatments.Add(data.TREATMENT, currentCell.Row);
worksheet.Cells[currentCell.Row, currentCell.Column].Value = data.TREATMENT;
var cellToEnterCost = data.YEARS - startYear;
worksheet.Cells[uniqueTreatments[data.TREATMENT], currentCell.Column + cellToEnterCost + 2].Value = data.CostPerTreatmentPerYear;
costForTreatments.Add(data.TREATMENT, data.CostPerTreatmentPerYear);
currentCell.Row += 1;
}
else
{
var cellToEnterCost = data.YEARS - startYear;
worksheet.Cells[uniqueTreatments[data.TREATMENT], currentCell.Column + cellToEnterCost + 2].Value = data.CostPerTreatmentPerYear;
}
}
row = currentCell.Row;
column = currentCell.Column;
worksheet.Cells[row, column].Value = Properties.Resources.CommittedTotal;
column++;
var fromColumn = column + 1;
foreach (var year in simulationYears)
{
var yearlyBudget = comittedProjectsData.FindAll(_ => _.YEARS == year);
var aggregateAmountPerYear = yearlyBudget.Sum(s => s.CostPerTreatmentPerYear);
column = ++column;
worksheet.Cells[row, column].Value = aggregateAmountPerYear;
TotalCommittedSpent.Add(year, aggregateAmountPerYear);
committedTotalRow = row;
}
excelHelper.ApplyBorder(worksheet.Cells[startRow, startColumn, row, column]);
excelHelper.SetCustomFormat(worksheet.Cells[startRow, fromColumn, row, column], "NegativeCurrency");
excelHelper.ApplyColor(worksheet.Cells[startRow, fromColumn, row, column], Color.FromArgb(198, 224, 180));
excelHelper.ApplyColor(worksheet.Cells[committedTotalRow, fromColumn, committedTotalRow, column], Color.FromArgb(84, 130, 53));
excelHelper.SetTextColor(worksheet.Cells[committedTotalRow, fromColumn, committedTotalRow, column], Color.White);
bridgeWorkSummaryCommon.UpdateCurrentCell(currentCell, ++row, column);
return(committedTotalRow);
}
private int AddCostsOfCulvertWork(ExcelWorksheet worksheet, List <SimulationDataModel> simulationDataModels, List <int> simulationYears, CurrentCell currentCell)
{
int startRow, startColumn, row, column;
bridgeWorkSummaryCommon.SetRowColumns(currentCell, out startRow, out startColumn, out row, out column);
int culvertTotalRow = 0;
worksheet.Cells[row++, column].Value = Properties.Resources.Preservation;
worksheet.Cells[row++, column].Value = Properties.Resources.Rehabilitation;
worksheet.Cells[row++, column].Value = Properties.Resources.Replacement;
worksheet.Cells[row++, column].Value = Properties.Resources.CulvertTotal;
column++;
var fromColumn = column + 1;
foreach (var year in simulationYears)
{
row = startRow;
column = ++column;
var preservationCost = bridgeWorkSummaryComputationHelper.CalculateCost(simulationDataModels, year, Properties.Resources.CulvertPreservation);
worksheet.Cells[row, column].Value = preservationCost;
var rehabilitationCost = bridgeWorkSummaryComputationHelper.CalculateCost(simulationDataModels, year, Properties.Resources.CulvertRehabilitation);
worksheet.Cells[++row, column].Value = rehabilitationCost;
var replacementCost = bridgeWorkSummaryComputationHelper.CalculateCost(simulationDataModels, year, Properties.Resources.CulvertReplacement);
worksheet.Cells[++row, column].Value = replacementCost;
worksheet.Cells[++row, column].Value = preservationCost + rehabilitationCost + replacementCost;
culvertTotalRow = row;
}
excelHelper.ApplyBorder(worksheet.Cells[startRow, startColumn, row, column]);
excelHelper.SetCustomFormat(worksheet.Cells[startRow, fromColumn, row, column], "NegativeCurrency");
excelHelper.ApplyColor(worksheet.Cells[startRow, fromColumn, row, column], Color.DarkSeaGreen);
bridgeWorkSummaryCommon.UpdateCurrentCell(currentCell, ++row, column);
return(culvertTotalRow);
}
