private void InitLogistics()
{
var tree = new TreeNode("Logistics")
{
//DefaultOpened = true,
FrameType = IToolTreeNode.TreeNodeFrameType.Framed
};
Group.AddComponent(tree);
var line = graph.AddData(CalcLogistics(DataBase.Data.Count, 0.3f, DataBase.Data.Count > 0 ? DataBase.Data.First.Value : 0, (int)graph.MaxY));
line.Color = new Color(255, 255, 255, 0);
var colorEdit = new ColorEdit("Color", new Color(255, 255, 255))
{
EditAlpha = false
};
colorEdit.ColorChanged += (x, y) =>
{
var c = y.NewValue;
c.A = line.Color.A;
line.Color = c;
};
tree.AddComponent(colorEdit);
var inputFloat_R = new InputFloat1("r", 0.3f)
{
Max = 1.0f,
Min = 0.0f
};
inputFloat_R.ValueChanged += (x, y) => updateLogisticsLine?.Invoke(false);
tree.AddComponent(inputFloat_R);
var inputInt_K = new InputInt1("K", (int)graph.MaxY)
{
Min = 1
};
inputInt_K.ValueChanged += (x, y) => updateLogisticsLine?.Invoke(false);
tree.AddComponent(inputInt_K);
var checkBox = new CheckBox("Shown", false);
checkBox.ChangeChecked += (x, y) =>
{
var color = line.Color;
color.A = y.NewValue ? (byte)255 : default;
line.Color = color;
};
tree.AddComponent(checkBox);
updateLogisticsLine = (x) =>
{
if (x)
{
inputInt_K.Value = (int)graph.MaxY;
}
line.Data = CalcLogistics(DataBase.Data.Count, inputFloat_R.Value, DataBase.Data.Count > 0 ? DataBase.Data.First.Value : 0, inputInt_K.Value);
};
}
private void InitChaos()
{
var tree = new TreeNode("Chaos")
{
//DefaultOpened = true,
FrameType = IToolTreeNode.TreeNodeFrameType.Framed
};
Group.AddComponent(tree);
var line = graph.AddData(Array.Empty <Vector2F>());
var color = new Color(255, 255, 100, 0);
line.Color = color;
color.A = 255;
var colorEdit = new ColorEdit("Color", color)
{
EditAlpha = false
};
colorEdit.ColorChanged += (x, y) =>
{
var c = y.NewValue;
c.A = line.Color.A;
line.Color = c;
};
tree.AddComponent(colorEdit);
var inputFloat_Init = new InputFloat1("InitValue", 0.1f)
{
Min = 0.0f,
Max = 1.0f
};
inputFloat_Init.ValueChanged += (x, y) => updateChaosLine?.Invoke(false);
tree.AddComponent(inputFloat_Init);
var inputFloat_Lamda = new InputFloat1("lamda", 1.0f)
{
Min = 0.0f,
Max = 4.0f,
};
inputFloat_Lamda.ValueChanged += (x, y) => updateChaosLine?.Invoke(false);
tree.AddComponent(inputFloat_Lamda);
var inputFloat_Arg = new InputFloat1("Arg", 1.0f)
{
Min = 0.0f
};
inputFloat_Arg.ValueChanged += (x, y) => updateChaosLine?.Invoke(false);
tree.AddComponent(inputFloat_Arg);
var inputInt_Count = new InputInt1("Count", 50)
{
Min = 1
};
inputInt_Count.ValueChanged += (x, y) => updateChaosLine?.Invoke(false);
tree.AddComponent(inputInt_Count);
var checkBox = new CheckBox("Shown", false);
checkBox.ChangeChecked += (x, y) =>
{
var c = line.Color;
c.A = y.NewValue ? byte.MaxValue : default;
line.Color = c;
};
tree.AddComponent(checkBox);
updateChaosLine = x =>
{
if (x)
{
inputFloat_Arg.Value = graph.MaxY;
}
line.Data = CalcChaos(inputInt_Count.Value, inputFloat_Lamda.Value, inputFloat_Init.Value, inputFloat_Arg.Value);
};
}
