public FieldSystem(Field field, PrintCharTable table)
: base(field)
{
this.field = field;
this.table = table;
values = new int [xSize, ySize];
}
public FlowSystem(
Field field,
PrintCharTable table,
int dropAmount = DROP_AMOUNT,
int dropMin = DROP_MIN,
int dropMax = DROP_MAX,
int initLimit = INIT_LIMIT,
int maxDelta = MAX_DELTA
)
: base(field, table)
{
this.maxDelta = maxDelta;
// dropping initial shafts of water
for (int i=0; i<dropAmount; i++) {
int size = rnd.Next (dropMin, dropMax);
values [field.randomX (), field.randomY ()] = size;
}
// to some OK position
for (int i=0; i<initLimit; i++)
if (!PerformFlow ())
break;
}
/*
* Global
*/
public Field(int xSize = 40, int ySize = 120)
: base(xSize, ySize)
{
// creating object table
for (int x=0; x<xSize; x++)
objectsOnField.Add (new List<List<FieldObject>> ());
foreach (List<List<FieldObject>> column in objectsOnField)
for (int y=0; y<ySize; y++)
column.Add (new List<FieldObject> ());
// creating height table
PrintCharTable terrainPrintTable = new PrintCharTable();
terrainPrintTable.defaultLowChar = '.';
terrainPrintTable.printChars.Add(7, '^');
terrainPrintTable.defaultHiChar = '^';
terrain = new FlowSystem(
this,
terrainPrintTable,
TERRAIN_DROP_AMOUNT,
TERRAIN_DROP_MIN,
TERRAIN_DROP_MAX,
TERRAIN_INIT_LIMIT,
TERRAIN_MAX_DELTA
);
// creating water
PrintCharTable waterPrintTable = new PrintCharTable();
waterPrintTable.defaultLowChar = null;
waterPrintTable.printChars.Add(3, '-');
waterPrintTable.printChars.Add(5, '~');
waterPrintTable.printChars.Add(7, '=');
waterPrintTable.defaultHiChar = '#';
water = new FlowSystem(
this,
waterPrintTable,
WATER_DROP_AMOUNT,
WATER_DROP_MIN,
WATER_DROP_MAX,
WATER_INIT_LIMIT,
WATER_MAX_DELTA
);
// creating grass table
grass = new int [xSize, ySize];
// creating buffer for printing
buffer = new char[xSize][];
for (int x=0; x<xSize; x++)
buffer[x] = new char[ySize];
}
