public override List <string> GetTodoList(DateRange range)
{
List <string> result = new List <string>();
string PlantingName = Name;
if (range.IsDateInRange(created))
{
foreach (KeyValuePair <VarietyKeySeq, PlantingInfo> pair in Varieties)
{
VarietyKeySeq varietyKeySeq = pair.Key;
PlantingInfo plantingInfo = pair.Value;
Plant plant = GardenData.LoadedData.GetPlant(varietyKeySeq);
string sown = plant.MustBeSownOutside ? "sow" : "plant";
string strike = plantingInfo.AlreadyPlanted ? "#" : ""; //added as prefix to indicate that this entry should be marked as done
result.Add($"{strike}{DateRange.ApproxDayMonthDateTimeToString(plantingInfo.PlannedPlantingDate)}: {sown} {GardenData.LoadedData.GetVariety(varietyKeySeq).Name}");
}
//if (Varieties.Count > 0)
// result.Add(DateRange.ApproxDayMonthDateTimeToString(created)+": plant "+ Varieties.Keys.ToList().ConvertAll((VarietyKeySeq input) => GardenData.LoadedData.GetVariety(input).Name).Aggregate((string elem1, string elem2) => elem1 + ", " + elem2)+ " in "+PlantingName);
}
foreach (VarietyKeySeq varietyKeySeq in Varieties.Keys)
{
PlantVariety variety = GardenData.LoadedData.GetVariety(varietyKeySeq);
PlantingInfo plantingInfo = Varieties[varietyKeySeq];
System.DateTime plantTime = plantingInfo.PlannedPlantingDate.AddDays(-variety.DaysUntilPlantOutside);
if (variety.MustBeSownInside && range.IsDateInRange(plantTime))
{
string strike = plantingInfo.AlreadyPlanted ? "#" : ""; //added as prefix to indicate that this entry should be marked as done
result.Add(strike + DateRange.ApproxDayMonthDateTimeToString(plantTime) + ": sow " + variety.Name + " inside");
}
}
return(result);
}
public PlantingInfo GetPlantingInfo(VarietyKeySeq key)
{
if (Varieties.ContainsKey(key))
{
return(Varieties[key]);
}
else
{
return(null);
}
}
public void CalcColor()
{
double r = 0, g = 0, b = 0;
int sum = 0;
foreach (KeyValuePair <VarietyKeySeq, PlantingInfo> pair in Varieties)
{
VarietyKeySeq seq = pair.Key;
int count = pair.Value.Count;
PlantVariety variety = GardenData.LoadedData.GetVariety(seq);
Color color = variety.GetColor();
r += count * color.R;
g += count * color.G;
b += count * color.B;
sum += count;
}
r /= sum;
g /= sum;
b /= sum;
Color = new Color(r, g, b);
}
public void RemoveVarietyKey(VarietyKeySeq varietyKeySeq) => Varieties.Remove(varietyKeySeq);
public void AddVarietyKeys(string family, string plant, string variety, PlantingInfo plantingInfo)
{
VarietyKeySeq varietyKeySeq = new VarietyKeySeq(family, plant, variety);
Varieties.Add(new VarietyKeySeq(family, plant, variety), plantingInfo);
}
public override void Draw(Context context, int xoffset = 0, int yoffset = 0, double zoom = 1, int year = 0, int month = 0)
{
if (!CheckDate(year, month))
{
return;
}
Shape.Draw(context, xoffset, yoffset, LINE_COLOR, Color, LINE_WIDTH, zoom);
if (GardenPlannerSettings.GetSettings().ShowAreaImages&& Varieties.Count > 0)
{
int i = 0;
foreach (KeyValuePair <VarietyKeySeq, PlantingInfo> keyValuePair in Varieties)
{
VarietyKeySeq varietyKeySeq = keyValuePair.Key;
int count = keyValuePair.Value.Count;
Plant plant = GardenData.LoadedData.GetPlant(varietyKeySeq.FamilyKey, varietyKeySeq.PlantKey);
PlantVariety variety = GardenData.LoadedData.GetVariety(varietyKeySeq);
PointD plantingShapePoint = Shape.GetTopLeftPoint().ToCairoPointD(xoffset, yoffset, zoom);
//Draw image or substitute
if (plant.HasImageSurface())
{
ImageSurface surf = plant.GetImageSurface();
int surfw = surf.Width;
int surfh = surf.Height;
context.Save();
double scaleH = (IMAGE_SIZE / surfw) * zoom;
double scaleV = (IMAGE_SIZE / surfh) * zoom;
context.Translate(plantingShapePoint.X + 1 + scaleH * surfw * i, plantingShapePoint.Y + 1);
context.Scale(scaleH, scaleV);
context.SetSourceSurface(surf, 0, 0);
context.Paint();
context.Restore();
}
else
{
double imageZoom = IMAGE_SIZE * zoom;
double x = plantingShapePoint.X + 1 + imageZoom * i;
double y = plantingShapePoint.Y + 1;
context.SetSourceColor(plant.GetColor());
context.MoveTo(x, y);
context.LineTo(x + imageZoom, y);
context.LineTo(x + imageZoom, y + imageZoom);
context.LineTo(x, y + imageZoom);
context.LineTo(x, y);
context.Fill();
}
//Draw amount
context.SetSourceColor(new Color(0, 0, 0));
context.MoveTo(plantingShapePoint.X + 1 + IMAGE_SIZE * zoom * i, plantingShapePoint.Y + (IMAGE_SIZE / 2) * zoom);
context.SetFontSize(20 * zoom);
context.ShowText(count + "x");
//Draw Name
if (GardenPlannerSettings.GetSettings().ShowPlantNames || GardenPlannerSettings.GetSettings().ShowVarietyNames)
{
context.SetSourceColor(new Color(0, 0, 0));
context.MoveTo(plantingShapePoint.X + 1 + IMAGE_SIZE * zoom * i, plantingShapePoint.Y + (1.25 * IMAGE_SIZE) * zoom);
context.SetFontSize(18 * zoom);
context.Rotate(0.45);
string text = "";
if (GardenPlannerSettings.GetSettings().ShowPlantNames&& GardenPlannerSettings.GetSettings().ShowVarietyNames)
{
text = variety.Name + " (" + plant.Name + ")";
}
else
{
text = GardenPlannerSettings.GetSettings().ShowPlantNames ? plant.Name : variety.Name;
}
context.ShowText(text);
context.Rotate(-0.45);
}
i++;
}
}
}
public PlantVariety GetVariety(VarietyKeySeq varietyKeySeq) => GetVariety(varietyKeySeq.FamilyKey, varietyKeySeq.PlantKey, varietyKeySeq.VarietyKey);
public Plant GetPlant(VarietyKeySeq varietyKeySeq) => GetPlant(varietyKeySeq.FamilyKey, varietyKeySeq.PlantKey);
