private void OnTransformBarricadeRequested(CSteamID instigator, byte x, byte y, ushort plant, uint instanceId,
ref Vector3 point, ref byte angleX, ref byte angleY, ref byte angleZ, ref bool shouldAllow)
{
if (!BarricadeManager.tryGetRegion(x, y, plant, out var region))
{
return;
}
var index = region.barricades.FindIndex(k => k.instanceID == instanceId);
var data = region.barricades[index];
var drop = region.drops[index];
var nativePlayer = Provider.clients.FirstOrDefault(cl => cl?.playerID.steamID == instigator)?.player;
var player = nativePlayer == null ? null : new UnturnedPlayer(nativePlayer);
var @event = new UnturnedBarricadeTransformingEvent(
new UnturnedBarricadeBuildable(data, drop), player, instigator, point,
Quaternion.Euler(angleX * 2, angleY * 2, angleZ * 2));
Emit(@event);
shouldAllow = [email protected];
point = @event.Point;
var eulerAngles = @event.Rotation.eulerAngles;
angleX = MeasurementTool.angleToByte(Mathf.RoundToInt(eulerAngles.x / 2f) * 2);
angleY = MeasurementTool.angleToByte(Mathf.RoundToInt(eulerAngles.y / 2f) * 2);
angleZ = MeasurementTool.angleToByte(Mathf.RoundToInt(eulerAngles.z / 2f) * 2);
}
private void OnTransformBarricadeRequested(CSteamID instigator, byte x, byte y, ushort plant, uint instanceID,
ref Vector3 point, ref byte angle_x, ref byte angle_y, ref byte angle_z, ref bool shouldAllow)
{
BarricadeRegion region = BarricadeManager.regions[x, y];
int index = region.barricades.FindIndex(k => k.instanceID == instanceID);
BarricadeData data = region.barricades[index];
BarricadeDrop drop = region.drops[index];
Player nativePlayer = Provider.clients.FirstOrDefault(x => x?.playerID.steamID == instigator)?.player;
UnturnedPlayer player = nativePlayer == null ? null : new UnturnedPlayer(nativePlayer);
UnturnedBarricadeTransformingEvent @event = new UnturnedBarricadeTransformingEvent(
new UnturnedBarricadeBuildable(data, drop), player, instigator, point,
Quaternion.Euler(angle_x * 2, angle_y * 2, angle_z * 2));
Emit(@event);
shouldAllow = [email protected];
point = @event.Point;
Vector3 eulerAngles = @event.Rotation.eulerAngles;
angle_x = MeasurementTool.angleToByte(Mathf.RoundToInt(eulerAngles.x / 2f) * 2);
angle_y = MeasurementTool.angleToByte(Mathf.RoundToInt(eulerAngles.y / 2f) * 2);
angle_z = MeasurementTool.angleToByte(Mathf.RoundToInt(eulerAngles.z / 2f) * 2);
}
