private void Awake()
{
controller = new BoidController(meshFilter);
controller.Generate();
StartCoroutine(controller.Simulate());
SetupSlider(maxSpeedSlider, maxSpeedText, controller.maxSpeed,
value => controller.maxSpeed = value);
SetupSlider(interactionRadiusSlider, interactionRadiusText, controller.interactionRadius,
value => controller.interactionRadius = value);
SetupSlider(cohesionCoefficientSlider, cohesionCoefficientText, controller.cohesionCoefficient,
value => controller.cohesionCoefficient = value);
SetupSlider(separationDistanceSlider, separationDistanceText, controller.separationDistance,
value => controller.separationDistance = value);
SetupSlider(separationCoefficientSlider, separationCoefficientText, controller.separationCoefficient,
value => controller.separationCoefficient = value);
SetupSlider(alignmentCoefficientSlider, alignmentCoefficientText, controller.alignmentCoefficient,
value => controller.alignmentCoefficient = value);
simulateToggle.onValueChanged.AddListener(value => simulate = value);
generateButton.onClick.AddListener(controller.Generate);
}
private void Generate()
{
controller = new BoidController();
GeneratePalette();
Color colorA = GetMainColorHSV().ToColor();
Color colorB = GetSecondaryColorHSV().ToColor();
config.template = MeshDraft.Tetrahedron(0.3f);
// Assuming that we are dealing with tetrahedron, first vertex should be boid's "nose"
config.template.colors.Add(colorA);
for (int i = 1; i < config.template.vertexCount; i++)
{
config.template.colors.Add(colorB);
}
meshFilter.mesh = controller.Generate(config);
}
