public void Graduation_axes(double a, double b, double interval, double j, double grad, bool index)
{
double text = 0.1;
double[] arr;
for (double i = a + interval; (i <= b && a < b) || (i >= b && a > b); i = i + interval)
{
if (index)
{
arr = new[] { j + 4, i, j - 4, i };
shapes.Text(grad, i - 10, text.ToString(), Convert.ToInt32(Math.Abs(interval) * 0.4));
}
else
{
arr = new[] { i, j + 4, i, j - 4 };
shapes.Text(i, grad, text.ToString(), Convert.ToInt32(Math.Abs(interval) * 0.4));
}
shapes.Draw_polyline(arr, 2, Colors.Black, false);
text = text + 0.1;
}
}
public Color[] Name_area(int left_lim, int right_lim, int select_index, double l, double h)
{
var str_name = String.Empty;
var shapes = new Main_figures(gr);
int count = right_lim - left_lim - 1;
Color[] color = new Color[count];
count = 0;
var gr_table2 = list_gr2[select_index];
for (int i = left_lim + 1; i < right_lim; i++)
{
var gr_table1 = list_gr1[i];
str_name = gr_table2.Name + gr_table1.Name;
switch (Convert.ToInt32(str_name))
{
case 55:
case 45:
case 54: color[count++] = Colors.DimGray; shapes.Text(l + (koef * h) / 10.5 * 12 - 20, 600, Name_Oblast_ST[4], Convert.ToInt32(0.5 * (koef * h) / 10.5)); shapes.Draw_Rect(l + (koef * h) / 10.5 * 12 - 65, 590, 40, 40, Colors.DimGray, 1); break;
case 44:
case 53: color[count++] = Colors.Gray; shapes.Text(l + (koef * h) / 10.5 * 12 - 20, 550, Name_Oblast_ST[3], Convert.ToInt32(0.5 * (koef * h) / 10.5)); shapes.Draw_Rect(l + (koef * h) / 10.5 * 12 - 65, 540, 40, 40, Colors.Gray, 1); break;
case 43:
case 52:
case 51: color[count++] = Colors.DarkGray; shapes.Text(l + (koef * h) / 10.5 * 12 - 20, 500, Name_Oblast_ST[2], Convert.ToInt32(0.5 * (koef * h) / 10.5)); shapes.Draw_Rect(l + (koef * h) / 10.5 * 12 - 65, 490, 40, 40, Colors.DarkGray, 1); break;
case 42:
case 34:
case 35: color[count++] = Colors.Silver; shapes.Text(l + (koef * h) / 10.5 * 12 - 20, 450, Name_Oblast_ST[1], Convert.ToInt32(0.5 * (koef * h) / 10.5)); shapes.Draw_Rect(l + (koef * h) / 10.5 * 12 - 65, 440, 40, 40, Colors.Silver, 1); break;
default: color[count++] = Colors.Gainsboro; shapes.Text(l + (koef * h) / 10.5 * 12 - 20, 400, Name_Oblast_ST[0], Convert.ToInt32(0.5 * (koef * h) / 10.5)); shapes.Draw_Rect(l + (koef * h) / 10.5 * 12 - 65, 390, 40, 40, Colors.Gainsboro, 1); break;
}
str_name = str_name.First().ToString();
}
return(color);
}
public void Graph_Build(List <Class_point_gr> list, bool flag, Canvas gr)
{
double x_graph_map = 0;
double y_graph_map = 0;
double interval = 0;
var shapes = new Main_figures(gr);
for (int index = 0; index < list.Count; index++)
{
int count = 0;
var xy = list[index].xy.Split(';');
//Створюємо масив для роботи з графіком
var arr = new double[xy.Length - 1];
for (int i = 0; i < xy.Length - 1; i = i + 2)
{
if (flag)
{
x_graph_map = 0.7 * gr.Width / 2;
y_graph_map = 20;
}
else
{
x_graph_map = 10;
y_graph_map = 1.1 * gr.Height / 2;
}
//Наповнюємо масив відповідними координатами для відмалювання графіка
arr[count++] = Convert.ToDouble(xy[i]);
arr[count++] = Convert.ToDouble(xy[i + 1]);
}
Color color;
double[] arr_leg;
interval = interval + 20;
//Вибір кольорів для графіків
var gr_table = list[index] as Class_point_gr;
switch (gr_table.Name)
{
case "1": color = Colors.Blue; break;
case "2": color = Colors.Green; break;
case "3": color = Colors.Yellow; break;
case "4": color = Colors.Orange; break;
case "5": color = Colors.Red; break;
default: color = Colors.Navy; break;
}
arr_leg = new[] { x_graph_map, y_graph_map + interval, x_graph_map + koef * 60, y_graph_map + interval };
//Відмальвуємо графік
shapes.Draw_polyline(arr, 2, color, false);
//Підписуємо легенду графіка
shapes.Text(x_graph_map + koef * 60 + 10, y_graph_map + interval - 10, _Namegraph(gr_table.Name), Convert.ToInt32(0.25 * (koef * gr.Height) / 10.5));
//Легенда графіка
shapes.Draw_polyline(arr_leg, 3, color, false);
}
}
