diff --git a/main.go b/main.go
index fc36109..48b155f 100644
--- a/main.go
+++ b/main.go
@@ -144,14 +144,14 @@ func GenerateCharts(f *excelize.File, data any, name string, location string, yM
 	}
 
 	// store the data together
-	parsedData = addData(parsedData, "RCC", rcc, yMaxValue)
-	parsedData = addData(parsedData, "WSDC", wsdc, yMaxValue)
+	parsedData = addData(parsedData, "RCC", rcc)
+	parsedData = addData(parsedData, "WSDC", wsdc)
 	//parsedData["RCC"] = rcc
 	//parsedData["WSDC"] = wsdc
 	//prettyPrint(parsedData)
 
 	// Generate worksheet and graph
-	AvgChart(f, name, location, dataColumns, parsedData)
+	AvgChart(f, name, location, dataColumns, parsedData, yMaxValue)
 }
 
 func AvgChart(f *excelize.File, worksheetName string, location string, avgCpuColumns []string, data []KeyValue, yMaxValue float64) {
@@ -277,7 +277,7 @@ func AvgChart(f *excelize.File, worksheetName string, location string, avgCpuCol
 			Font: excelize.Font{
 				Color: "000000",
 			},
-			Maximum: yMaxValue,
+			Maximum: *yMaxValue,
 		},
 		Dimension: excelize.ChartDimension{
 			Height: 500,
@@ -328,7 +328,7 @@ func main() {
 	}
 
 	// Generate charts into workbook
-	GenerateAvgVcpusCharts(f, data.Tracking.AvgCpu, "Average vCPUs", 0)
+	GenerateAvgVcpusCharts(f, data.Tracking.AvgCpu, "Average vCPUs")
 	GenerateCharts(f, data.Tracking.AvgRam, "Average RAM(GB)", "A30", 0)
 	GenerateCharts(f, data.Tracking.ProVmCount, "ProRated VM Count", "A60", 10000)
 	GenerateCharts(f, data.Tracking.VmCount, "VM Count", "N60", 10000)