private void FillColumns(Node endNode)
{
//var outputPos = new Vector2L(1200, 300);
//var output = new OutputNode();// { Pos = outputPos };
//output.PreviousNode = endNode;
tree.AddNode(endNode);
int startHeight = (int)outputPos.y;
AddToColumn(endNode, startHeight, 0);
AddNodeChildren(endNode, startHeight, 1);
}
public static async Task Run(string[] args, string gameDataPath, string planetName, Dictionary <string, string> settings, Dictionary <string, Dictionary <string, string> > pqsMods)
{
NodeTree config = new NodeTree();
foreach (KeyValuePair <string, string> setting in settings)
{
config.SetValue(setting.Key, setting.Value);
}
NodeTree mods = config.AddNode("Mods");
foreach (KeyValuePair <string, Dictionary <string, string> > mod in pqsMods)
{
NodeTree modNode = mods.AddNode(mod.Key);
foreach (KeyValuePair <string, string> parameter in mod.Value)
{
modNode.SetValue(parameter.Key, parameter.Value);
}
}
Console.WriteLine("\nGenerating maps.. This action can take a while, especially with high resolution\n");
using (Processor processor = await Processor.Create(gameDataPath))
{
Console.WriteLine("\nExporting maps..");
Processor.EncodedTextureData data = await processor.GenerateMapsEncoded(config);
await SaveStream(gameDataPath + @"GameData\Infinity\StarSystems\Planets\" + planetName + "_Color.png", data.Color);
await SaveStream(gameDataPath + @"GameData\Infinity\StarSystems\Planets\" + planetName + "_Height.png", data.Height);
await SaveStream(gameDataPath + @"GameData\Infinity\StarSystems\Planets\" + planetName + "_Normal.png", data.Normal);
Console.Clear();
}
}
public Rmh_Nodes()
{
var x = new NodeTree {
ID = DamageTakenTreeName, Name = DamageTakenTreeName, Required = true, Type = NodeTreeType.Combat
};
var n = new NodeTree {
ID = DamageDealtTreeName, Name = DamageDealtTreeName, Required = true, Type = NodeTreeType.Combat
};
var y = new NodeTree {
ID = StatScalingTreeName, Name = StatScalingTreeName, Required = true, Type = NodeTreeType.Combat
};
var p = new NodeTree {
ID = VitalScalingTreeName, Name = VitalScalingTreeName, Required = true, Type = NodeTreeType.Combat
};
var node = new CombatStartNode("Min Physical Damage", "Start node for dealt physical",
"Physical Damage represents weapon damage, or base combatant damage. You can then add additional nodes to add onto this value. Example: Add 10x Strength")
{
Identifier = "MIN_Physical"
};
node.OnCreate();
n.AddNode(node, new Vector2(25, 87.5f), 0);
var nodeMax = new CombatStartNode("Max Physical Damage", "Start node for dealt physical",
"Physical Damage represents weapon damage, or base combatant damage. You can then add additional nodes to add onto this value. Example: Add 10x Strength")
{
Identifier = "MAX_Physical"
};
nodeMax.OnCreate();
n.AddNode(nodeMax, new Vector2(25, 287.5f), 1);
var damageTakenNode = new CombatStartNode("Damage To Be Dealt", "Represents damage about to be taken",
"This is the incoming damage. It can be modified to take into account other stats. E.g. Damage - Defender's Armor value.")
{
Identifier = "DamageTaken"
};
var missedNode = new MissedHitNode();
var evadedNode = new EvadedHitNode();
var successHitNode = new SuccessHitEndNode();
damageTakenNode.OnCreate();
missedNode.OnCreate();
successHitNode.OnCreate();
evadedNode.OnCreate();
x.AddNode(damageTakenNode, new Vector2(25, 87.5f), 0);
x.AddNode(successHitNode, new Vector2(700, 87.5f), 1);
x.AddNode(missedNode, new Vector2(700, 237.5f), 2);
x.AddNode(evadedNode, new Vector2(700, 387.5f), 3);
n.Variables.Add(new NodeTreeVar("Attacker", PropertyType.CombatCharacter));
y.Variables.Add(new NodeTreeVar("Attacker", PropertyType.CombatCharacter));
p.Variables.Add(new NodeTreeVar("Attacker", PropertyType.CombatCharacter));
x.Variables.Add(new NodeTreeVar("Attacker", PropertyType.CombatCharacter));
x.Variables.Add(new NodeTreeVar("Defender", PropertyType.CombatCharacter));
x.Variables.Add(new NodeTreeVar("Physical Damage", PropertyType.Int)
{
ID = "DamageDealtVar_Physical"
});
AchievementsNodeBank = new NodeBank()
{
Type = NodeTreeType.Achievements,
NodeTrees = new List <NodeTree>()
};
CombatNodeBank = new NodeBank
{
Type = NodeTreeType.Combat,
NodeTrees = new List <NodeTree>()
{
x, n, y, p
}
};
EventNodeBank = new NodeBank
{
Type = NodeTreeType.Event,
NodeTrees = new List <NodeTree>()
};
DialogNodeBank = new NodeBank
{
Type = NodeTreeType.Dialog,
NodeTrees = new List <NodeTree>()
};
WorldMapNodeBank = new NodeBank
{
Type = NodeTreeType.WorldMap,
NodeTrees = new List <NodeTree>()
{
new NodeTree()
{
ID = CoreInitialMap, Name = CoreInitialMap, Required = true, Type = NodeTreeType.Combat
}
}
};
}
public static async Task Run(string[] args)
{
DateTime t = DateTime.Now;
NodeTree config = new NodeTree();
config.SetValue("__resolution", "2048");
config.SetValue("__radius", "25000");
config.SetValue("__hasOcean", "false");
config.SetValue("__oceanHeight", "0");
config.SetValue("__oceanColor", "0,0,0,0");
config.SetValue("__normalStrength", "7");
config.SetValue("mapMaxHeight", "19000");
NodeTree mods = config.AddNode("Mods");
NodeTree vertexSimplexHeightAbsolute = mods.AddNode("VertexSimplexHeightAbsolute");
vertexSimplexHeightAbsolute.SetValue("deformity", "8000");
vertexSimplexHeightAbsolute.SetValue("frequency", "0.5");
vertexSimplexHeightAbsolute.SetValue("octaves", "3");
vertexSimplexHeightAbsolute.SetValue("persistence", "0.5");
vertexSimplexHeightAbsolute.SetValue("seed", "12");
vertexSimplexHeightAbsolute.SetValue("order", "10");
vertexSimplexHeightAbsolute.SetValue("enabled", "True");
NodeTree vertexSimplexNoiseColor = mods.AddNode("VertexSimplexNoiseColor");
vertexSimplexNoiseColor.SetValue("blend", "1");
vertexSimplexNoiseColor.SetValue("colorStart", "0.641791046,0.51597774,0.488527536,1");
vertexSimplexNoiseColor.SetValue("colorEnd", "0.291044772,0.273304433,0.216757119,1");
vertexSimplexNoiseColor.SetValue("frequency", "1");
vertexSimplexNoiseColor.SetValue("octaves", "8");
vertexSimplexNoiseColor.SetValue("persistence", "0.5");
vertexSimplexNoiseColor.SetValue("seed", "111453");
vertexSimplexNoiseColor.SetValue("order", "100");
vertexSimplexNoiseColor.SetValue("enabled", "True");
NodeTree vertexHeightNoise = mods.AddNode("VertexHeightNoise");
vertexHeightNoise.SetValue("deformity", "150");
vertexHeightNoise.SetValue("frequency", "4");
vertexHeightNoise.SetValue("octaves", "6");
vertexHeightNoise.SetValue("persistence", "0.5");
vertexHeightNoise.SetValue("seed", "111111112");
vertexHeightNoise.SetValue("noiseType", "RidgedMultifractal");
vertexHeightNoise.SetValue("mode", "Low");
vertexHeightNoise.SetValue("lacunarity", "2.5");
vertexHeightNoise.SetValue("order", "19");
vertexHeightNoise.SetValue("enabled", "True");
NodeTree vertexHeightOblate = mods.AddNode("VertexHeightOblate");
vertexHeightOblate.SetValue("height", "6000");
vertexHeightOblate.SetValue("pow", "1");
vertexHeightOblate.SetValue("enabled", "True");
vertexHeightOblate.SetValue("order", "1");
using (Processor processor = await Processor.Create("/home/dorian/Dokumente/KSP/1.4.3/Kerbal Space Program/"))
{
Processor.EncodedTextureData data = await processor.GenerateMapsEncoded(config);
await SaveStream("color.png", data.Color);
await SaveStream("height.png", data.Height);
await SaveStream("normal.png", data.Normal);
}
Console.WriteLine(DateTime.Now - t);
}