public void setConfig(string configStr)
{
ConfigurationCollector.ServerConfig config = JsonUtility.FromJson <ConfigurationCollector.ServerConfig>(configStr);
// Set LowPolyTerrainGenerator - Config
LowPolyTerrainGenerator.Config terrainConfig = new LowPolyTerrainGenerator.Config();
// terrain: cell size, noise scale
terrainConfig.cellSize = config.cellSize;
terrainConfig.noiseScale = config.noiseScale;
// terrain, va: height vs. valence arousal, noise vs. valence arousal
terrainConfig.heightValenceDirect = config.heightRelations[0];
terrainConfig.heightValenceInverse = config.heightRelations[1];
terrainConfig.heightArousalDirect = config.heightRelations[2];
terrainConfig.heightArousalInverse = config.heightRelations[3];
terrainConfig.noiseValenceDirect = config.noiseRelations[0];
terrainConfig.noiseValenceInverse = config.noiseRelations[1];
terrainConfig.noiseArousalDirect = config.noiseRelations[2];
terrainConfig.noiseArousalInverse = config.noiseRelations[3];
terrain.setConfig(terrainConfig);
terrain.Generate();
// Set Light Properties
// colors: skybox atmosphere thickness, sea material color, light colors
lights.setAtmosphereThickness(config.atmosphereThickness);
lights.setSeaColor(config.seaColor);
lights.setLightColors(config.lightHSV);
// TODO implement path + interpolation stuff
// path: object positions (x,y, (z)) coordinates -- z should be fitted somehow
}
public void uploadConfig()
{
// Get from LowPolyTerrainGenerator - Config
LowPolyTerrainGenerator.Config terrainConfig = terrain.getConfig();
// terrain: cell size, noise scale
config.cellSize = terrainConfig.cellSize;
config.noiseScale = terrainConfig.noiseScale;
// terrain, va: height vs. valence arousal, noise vs. valence arousal
config.heightRelations = new bool[4];
config.noiseRelations = new bool[4];
config.heightRelations[0] = terrainConfig.heightValenceDirect;
config.heightRelations[1] = terrainConfig.heightValenceInverse;
config.heightRelations[2] = terrainConfig.heightArousalDirect;
config.heightRelations[3] = terrainConfig.heightArousalInverse;
config.noiseRelations[0] = terrainConfig.noiseValenceDirect;
config.noiseRelations[1] = terrainConfig.noiseValenceInverse;
config.noiseRelations[2] = terrainConfig.noiseArousalDirect;
config.noiseRelations[3] = terrainConfig.noiseArousalInverse;
// Get from LightPanel
// colors: skybox atmosphere thickness, sea material color
config.atmosphereThickness = lights.getAtmosphereThickness();
config.seaColor = lights.getSeaColor();
// colors, va: saturation vs. valence arousal, brightness vs. valence arousal
// colors, regions: hue values for 9 lights (or combine with prev step and get hsv or rgb)
config.lightHSV = lights.getLightColors();
// Get from LightPlacer
// path: object positions (x,y, (z)) coordinates -- z should be fitted somehow
config.terrainName = nameField.text;
config.terrainPass = passField.text;
string json = JsonUtility.ToJson(config);
Debug.Log(json);
StartCoroutine(upload(json));
//upload(json);
//return config;
}
public void setConfig()
{
//TODO get config via HTTP request
ConfigurationCollector.ServerConfig config = JsonUtility.FromJson <ConfigurationCollector.ServerConfig>(configStr);
// Set LowPolyTerrainGenerator - Config
LowPolyTerrainGenerator.Config terrainConfig = new LowPolyTerrainGenerator.Config();
// terrain: cell size, noise scale
terrainConfig.cellSize = config.cellSize;
terrainConfig.noiseScale = config.noiseScale;
// terrain, va: height vs. valence arousal, noise vs. valence arousal
terrainConfig.heightValenceDirect = config.heightRelations[0];
terrainConfig.heightValenceInverse = config.heightRelations[1];
terrainConfig.heightArousalDirect = config.heightRelations[2];
terrainConfig.heightArousalInverse = config.heightRelations[3];
terrainConfig.noiseValenceDirect = config.noiseRelations[0];
terrainConfig.noiseValenceInverse = config.noiseRelations[1];
terrainConfig.noiseArousalDirect = config.noiseRelations[2];
terrainConfig.noiseArousalInverse = config.noiseRelations[3];
terrain.setConfig(terrainConfig);
terrain.Generate();
// Set Light Properties
// colors: skybox atmosphere thickness, sea material color
skyboxMat.SetFloat("_AtmosphereThickness", config.atmosphereThickness);
seaMat.SetColor("_EmissionColor", Color.HSVToRGB(config.seaColor.x, config.seaColor.y, config.seaColor.z));
// colors, va: saturation vs. valence arousal, brightness vs. valence arousal
// colors, regions: hue values for 9 lights (or combine with prev step and get hsv or rgb)
setLightColors(config.lightHSV);
setLightHeights(config.heightRelations);
// TODO implement path + interpolation stuff
// path: object positions (x,y, (z)) coordinates -- z should be fitted somehow
}
