private void GiveWater(CellularColumn from, CellularColumn to)
{
float waterFlown = (from.CurrentWaterLevel - to.CurrentWaterLevel) *
(float)_velocityRate;
to.CurrentWaterLevel += waterFlown;
from.CurrentWaterLevel -= waterFlown;
}
private void UpdateCellEarthState(CellularColumn cell, Graphics graphics, float earthLevel)
{
cell.EarthLevel = panelAutomata.Size.Height - earthLevel;
cell.CurrentWaterLevel = 0;
cell.EarthRect = new Rectangle(new Point(cell.CellShape.Left, (int)earthLevel),
new Size(_columnWidth, (int)cell.EarthLevel));
cell.WaterRect = new Rectangle(new Point(cell.CellShape.Left, (int)earthLevel),
new Size(_columnWidth, (int)cell.CurrentWaterLevel));
}
private void FillCell(CellularColumn cell, Graphics graphics)
{
graphics.FillRectangle(_dictionary[State.Air], cell.CellShape);
graphics.FillRectangle(_dictionary[State.Water], cell.WaterRect);
graphics.FillRectangle(_dictionary[State.Earth], cell.EarthRect);
graphics.DrawRectangle(_pen, cell.CellShape);
graphics.DrawRectangle(_pen, cell.WaterRect);
graphics.DrawRectangle(_pen, cell.EarthRect);
}
private void CreateCells(CellularColumn[] automata, State state)
{
var x = 0;
automata[0] = new CellularColumn(new Rectangle(new Point(x, 0),
new Size(_columnWidth, panelAutomata.Size.Height)), state);
automata[0].CurrentWaterLevel = _maxLevel;
automata[0].EarthLevel = 0;
automata[0].EarthRect = new Rectangle(new Point(x, panelAutomata.Size.Height),
new Size(_columnWidth, 0));
automata[0].WaterRect = new Rectangle(new Point(x, 0),
new Size(_columnWidth, panelAutomata.Size.Height));
x += _columnWidth;
for (var i = 1; i < automata.Length - 1; i++)
{
automata[i] = new CellularColumn(new Rectangle(new Point(x, 0),
new Size(_columnWidth, panelAutomata.Size.Height)), state);
automata[i].EarthRect = new Rectangle(
new Point(x, panelAutomata.Size.Height - (int)automata[i].EarthLevel),
new Size(_columnWidth, (int)automata[i].EarthLevel));
automata[i].WaterRect = new Rectangle(
new Point(x,
panelAutomata.Size.Height - (int)automata[i].EarthLevel - (int)automata[i].CurrentWaterLevel),
new Size(_columnWidth, (int)automata[i].CurrentWaterLevel));
x += _columnWidth;
}
automata[automata.Length - 1] = new CellularColumn(new Rectangle(new Point(x, 0),
new Size(_columnWidth, panelAutomata.Size.Height)), state);
automata[automata.Length - 1].EarthLevel = _maxLevel;
automata[automata.Length - 1].EarthRect = new Rectangle(new Point(x, 0),
new Size(_columnWidth, panelAutomata.Size.Height));
automata[automata.Length - 1].WaterRect = new Rectangle(new Point(x, 0),
new Size(_columnWidth, 0));
}
