// programmatically makes lanes at startup based on a config for how many lanes the specific conquest needs
public override void _Ready()
{
var laneTypes = CityInfo.Instance.currentCity.lanesInfo;
// set the number of lanes and position of the parent of the lanes (this node) based off dict
// it's hard coded, but no other way :/
numLanes = laneTypes.Count;
this.Position = new Vector2(700.5f, yPositionForNumLanes[numLanes]);
// Calculate how much x and y space we have in total
ColorRect TopBar = (ColorRect)GetParent().FindNode("TopBar");
ColorRect BottomBar = (ColorRect)GetParent().FindNode("BottomBar");
ColorRect ArmyBase = (ColorRect)GetParent().FindNode("ArmyBase");
float lanesXAvailable = GetViewportRect().Size.x - ArmyBase.RectSize.x;
float lanesYAvailable = GetViewportRect().Size.y - TopBar.RectSize.y - BottomBar.RectSize.y;
// Figure out how much y space for each lane
yPixelsForEachLane = lanesYAvailable / numLanes;
// info about which lane in the list we're on -- used to set position of the lane later
int laneIndex = 0;
foreach (Enums.LaneTypes type in laneTypes)
{
// get their info
var laneDetails = LaneInfo.Instance.laneInfoList[type];
// make new lane and set some info
Lane newLane = GD.Load <PackedScene>("res://src/combat/lanes/Lane.tscn").Instance <Lane>();
newLane.laneImg = laneDetails.image;
newLane.Curve = laneDetails.curve;
newLane.Position = new Vector2(0, yPixelsForEachLane * laneIndex);
// calculate scale of the lane texture
float imgXScale = lanesXAvailable / laneDetails.image.GetWidth();
float imgYScale = yPixelsForEachLane / laneDetails.image.GetHeight();
Vector2 newScaleVector = new Vector2(imgXScale, imgYScale);
// get sprite and set scale
Sprite newLaneSprite = newLane.GetNode <Sprite>("Sprite");
newLaneSprite.Scale = newScaleVector;
// get button and set the position (using the scale, its weird)
TextureButton button = newLane.GetNode <TextureButton>("Button");
button.RectPosition *= newScaleVector;
lanes.Add(newLane);
AddChild(newLane);
laneIndex++;
}
}
