// subGroups returns a list of subgroups to be analysed.
func subGroups(g group.Group) []subGroup {
groups := []subGroup{}
for _, def := range groupDefs {
groups = append(groups, subGroup{def.Name, template.URL(def.Query), g.SubGroup(def.Filter)})
}
return groups
}
func subjectGrid(sheet *xlsx.Sheet, g group.Group, subj *subject.Subject, natYear string) {
pg := g.ProgressGrid(subj, natYear)
row := sheet.AddRow()
row = sheet.AddRow()
blankCell(row)
newCell(row, "Progress Grid: "+subj.Subj, newStyle("Title", "None", "None", "Left"))
row = sheet.AddRow()
row = sheet.AddRow()
blankCell(row)
newCell(row, "KS2", newStyle("Bold", "None", "Bottom", "Left"))
for _, grd := range pg.Grades {
newCell(row, grd, newStyle("Bold", "None", "Bottom", "Center"))
}
newCell(row, "VA", newStyle("Bold", "None", "Bottom", "Center"))
for i, ks2 := range pg.KS2 {
row := sheet.AddRow()
blankCell(row)
newCell(row, ks2, newStyle("Bold", "None", "None", "Left"))
for j := range pg.Grades {
pgCell := pg.Cells[i][j]
switch {
case pg.CellVA[i][j] < -0.33:
newInt(row, len(pgCell.Students), newStyle("Default", "Red", "None", "Center"))
case pg.CellVA[i][j] > 0.67:
newInt(row, len(pgCell.Students), newStyle("Default", "Green", "None", "Center"))
default:
newInt(row, len(pgCell.Students), newStyle("Default", "Yellow", "None", "Center"))
}
}
newFloat(row, pg.RowVA[i], "+0.00;-0.00;0.00", newStyle("Default", "None", "None", "Center"))
}
row = sheet.AddRow()
blankCell(row)
newCell(row, "Total", newStyle("Bold", "None", "None", "None"))
for i := range pg.Grades {
newInt(row, pg.Counts[i], newStyle("Bold", "None", "None", "Center"))
}
newFloat(row, g.SubjectVA(subj.Subj).VA, "+0.00;-0.00;0.00", newStyle("Bold", "None", "None", "Center"))
}
// groupMatrix returns a 2-d list of subgroups. Headers are used for
// both column and row headers
func groupMatrix(g group.Group) subGroupMatrix {
headers := []string{}
var groups [][]subGroup
for i, def1 := range groupDefs[1:] {
headers = append(headers, def1.Name)
row := []subGroup{}
for j, def2 := range groupDefs[1:] {
switch {
case i == j:
row = append(row, subGroup{def1.Name, template.URL(def1.Query), g.SubGroup(def1.Filter)})
default:
row = append(row, subGroup{def1.Name + " & " + def2.Name, template.URL(def1.Query + def2.Query),
g.SubGroup(def1.Filter, def2.Filter)})
}
}
groups = append(groups, row)
}
return subGroupMatrix{headers, groups}
}
