private void SetRainfall(ColorsStorage color)
{
//coast tiles
foreach (Node node in sea)
{
foreach (Node neighbour in node.neighbours)
{
if (neighbour.elevation >= 5)
{
neighbour.rainfall += 1;
}
}
}
//tropics
int slice = hgt / 13;
for (int i = 0; i < wdt; i++)
{
for (int j = slice * 6; j < slice * 7; j++)
{
nodeGrid[i][j].rainfall += 4;
}
}
//mountainsides
foreach (Node node in land)
{
node.Mountainsides();
}
//even it out
Queue <Node> highPoints = new Queue <Node>();
for (int i = 8; i > 0; i--)
{
foreach (Node node in worldGrid)
{
if (node.rainfall == i)
{
highPoints.Enqueue(node);
}
}
while (highPoints.Count != 0)
{
Node temp = highPoints.Dequeue();
temp.SmoothRainfall();
}
}
//color it all
foreach (Node node in sea)
{
node.temperatureColor = color.clear;
}
foreach (Node node in land)
{
if (node.rainfall >= 8)
{
node.rainfall = 7;
}
node.rainfallColor = color.rainfall[node.rainfall];
}
}
//generate nature
public void formWorld(ColorsStorage color)
{
continentConflicts();
setElevations(color);
setTemperature(color);
SetRainfall(color);
SetClimate(color);
}
public MainWindow()
{
InitializeComponent();
//ui text
text1 = "Width: " + GWidth;
text2 = "Height: " + GHeight;
text3 = "Width: " + GWidth;
panel.DataContext = this;
elevation.DataContext = this;
//create random & colorstorage
Random Rnd = new Random();
ColorsStorage cStorage = new ColorsStorage();
//create a world
mWorld.WorldInit(8, GWidth, GHeight, Rnd, mainCanvas);
//get list of grid places
List <Node> freeNodes = mWorld.GetList();
/*/get neighbours for nodes
* foreach(Node node in freeNodes) { node.SetNeighbours(freeNodes,GWidth,GHeight); }
*/
//create continents
continents = mWorld.createContinents(12, freeNodes, GWidth, GHeight, Rnd, color);
mainCanvas.Background = Brushes.Black;
main.Content = mainCanvas; //attach the grid to the window
//spread continents---Slow and need to find out a better way!
while (freeNodes.Count != 0)
{
foreach (Continent continent in continents)
{
continent.Spread(GWidth, freeNodes);
}
}
//clean some lists
foreach (Continent continent in continents)
{
continent.finishList();
}
//generate nature of the world
mWorld.formWorld(color);
//draw all continents
mWorld.show("temperature");
//add ui elements
mainCanvas.Children.Add(uigrid);
}
//set climate
private void SetClimate(ColorsStorage color)
{
foreach (Node node in land)
{
node.SetClimate(color);
}
foreach (Node node in sea)
{
if (node.temperature == 0 && node.rainfall >= 3)
{
node.enviromentColor = color.ClimateColor("Ice Cap");
}
else
{
node.enviromentColor = color.clear;
}
}
}
//finish elevation
private void setElevations(ColorsStorage color)
{
Smooth();
foreach (Node node in worldGrid)
{
if (node.elevation >= 5)
{
int i = node.elevation - 5;
Brush tempColor = color.land[i];
node.heightColor = tempColor;
land.Add(node);
}
else
{
int i = Math.Abs(node.elevation - 4);
Brush tempColor = color.water[i];
node.heightColor = tempColor;
sea.Add(node);
}
}
}
//create continents
public List <Continent> createContinents(int amount, List <Node> freeNodes, int GWidth, int GHeight, Random Rnd, ColorsStorage temp)
{
for (int i = 0; i < amount; i++)
{
continents.Add(new Continent(temp.colors[i], freeNodes, GWidth, GHeight, Rnd));
}
return(continents);
}
//set temperatures
private void setTemperature(ColorsStorage color)
{
int slice = hgt / 13;
for (int i = 0; i < wdt; i++)
{
int j = 0;
for (; j < slice; j++)
{
nodeGrid[i][j].temperature = 0;
}
for (; j < slice * 2; j++)
{
nodeGrid[i][j].temperature = 1;
}
for (; j < slice * 3; j++)
{
nodeGrid[i][j].temperature = 2;
}
for (; j < slice * 4; j++)
{
nodeGrid[i][j].temperature = 3;
}
for (; j < slice * 5; j++)
{
nodeGrid[i][j].temperature = 4;
}
for (; j < slice * 6; j++)
{
nodeGrid[i][j].temperature = 5;
}
for (; j < slice * 7; j++)
{
nodeGrid[i][j].temperature = 6;
}
for (; j < slice * 8; j++)
{
nodeGrid[i][j].temperature = 5;
}
for (; j < slice * 9; j++)
{
nodeGrid[i][j].temperature = 4;
}
for (; j < slice * 10; j++)
{
nodeGrid[i][j].temperature = 3;
}
for (; j < slice * 11; j++)
{
nodeGrid[i][j].temperature = 2;
}
for (; j < slice * 12; j++)
{
nodeGrid[i][j].temperature = 1;
}
for (; j < hgt; j++)
{
nodeGrid[i][j].temperature = 0;
}
}
foreach (Node node in land)
{
node.HeightAdjust();
}
//smooth temperature differences
Queue <Node> highPoints = new Queue <Node>();
for (int i = 8; i > 0; i--)
{
foreach (Node node in worldGrid)
{
if (node.temperature == i)
{
highPoints.Enqueue(node);
}
}
while (highPoints.Count != 0)
{
Node temp = highPoints.Dequeue();
temp.SmoothTemperature();
}
}
foreach (Node node in land)
{
node.temperatureColor = color.temperature[node.temperature];
}
foreach (Node node in sea)
{
node.temperatureColor = color.clear;
}
}
//set climate base on rainfall and temperature
public void SetClimate(ColorsStorage color)
{
switch (rainfall)
{
case 0:
switch (temperature)
{
case 0: climate = "Polar Desert"; break;
case 1: climate = "Polar Desert"; break;
case 2: climate = "Cool Desert"; break;
case 3: climate = "Cool Desert"; break;
case 4: climate = "Extreme Desert"; break;
case 5: climate = "Extreme Desert"; break;
case 6: climate = "Extreme Desert"; break;
}
break;
case 1:
switch (temperature)
{
case 0: climate = "Polar Desert"; break;
case 1: climate = "Polar Desert"; break;
case 2: climate = "Cool Desert"; break;
case 3: climate = "Cool Desert"; break;
case 4: climate = "Desert"; break;
case 5: climate = "Desert"; break;
case 6: climate = "Desert"; break;
}
break;
case 2:
switch (temperature)
{
case 0: climate = "Polar Desert"; break;
case 1: climate = "Polar Desert"; break;
case 2: climate = "Steppe"; break;
case 3: climate = "Steppe"; break;
case 4: climate = "Subtropical Scrub"; break;
case 5: climate = "Subtropical Scrub"; break;
case 6: climate = "Tropical Scrub"; break;
}
break;
case 3:
switch (temperature)
{
case 0: climate = "Ice Cap"; break;
case 1: climate = "Tundra"; break;
case 2: climate = "Boreal Forest"; break;
case 3: climate = "Temperate Woodlands"; break;
case 4: climate = "Subtropical Woodlands"; break;
case 5: climate = "Subtropical Woodlands"; break;
case 6: climate = "Tropical Woodlands"; break;
}
break;
case 4:
switch (temperature)
{
case 0: climate = "Ice Cap"; break;
case 1: climate = "Tundra"; break;
case 2: climate = "Boreal Forest"; break;
case 3: climate = "Temperate Woodlands"; break;
case 4: climate = "Mediterranean"; break;
case 5: climate = "Subtropical Dry Forest"; break;
case 6: climate = "Tropical Dry Forest"; break;
}
break;
case 5:
switch (temperature)
{
case 0: climate = "Ice Cap"; break;
case 1: climate = "Wet Tundra"; break;
case 2: climate = "Boreal Forest"; break;
case 3: climate = "Temperate Forest"; break;
case 4: climate = "Temperate Forest"; break;
case 5: climate = "Subtropical Forest"; break;
case 6: climate = "Tropical Wet Forest"; break;
}
break;
case 6:
switch (temperature)
{
case 0: climate = "Ice Cap"; break;
case 1: climate = "Wet Tundra"; break;
case 2: climate = "Boreal Forest"; break;
case 3: climate = "Temperate Wet Forest"; break;
case 4: climate = "Temperate Wet Forest"; break;
case 5: climate = "Subtropical Wet Forest"; break;
case 6: climate = "Tropical Wet Forest"; break;
}
break;
case 7:
switch (temperature)
{
case 0: climate = "Ice Cap"; break;
case 1: climate = "Polar Wetlands"; break;
case 2: climate = "Polar Wetlands"; break;
case 3: climate = "Temperate Wetlands"; break;
case 4: climate = "Temperate Wetlands"; break;
case 5: climate = "Subtropical Wetlands"; break;
case 6: climate = "Tropical Wetlands"; break;
}
break;
}
enviromentColor = color.ClimateColor(climate);
}
