//public static ToolBase.ToolErrors CreateNode(NetInfo info, NetTool.ControlPoint startPoint, NetTool.ControlPoint middlePoint, NetTool.ControlPoint endPoint, FastList<NetTool.NodePosition> nodeBuffer,
// int maxSegments, bool test, bool visualize, bool autoFix, bool needMoney, bool invert, bool switchDir, ushort relocateBuildingID,
// out ushort node, out ushort segment, out int cost, out int productionRate)
public override void SimulationStep()
{
base.SimulationStep();
if (isHoveringSegment)
{
ushort node;
ushort outSegment;
int cost;
int productionRate;
// Initializes colliding arrays
ToolErrors errors = NetTool.CreateNode(newPrefab != null ? newPrefab : segment.Info, startPoint, middlePoint, endPoint,
NetTool.m_nodePositionsSimulation, 1000, true, false, true, false, false, false, (ushort)0, out node, out outSegment, out cost, out productionRate);
}
}
//public static ToolBase.ToolErrors CreateNode(NetInfo info, NetTool.ControlPoint startPoint, NetTool.ControlPoint middlePoint, NetTool.ControlPoint endPoint, FastList<NetTool.NodePosition> nodeBuffer,
// int maxSegments, bool test, bool visualize, bool autoFix, bool needMoney, bool invert, bool switchDir, ushort relocateBuildingID,
// out ushort node, out ushort segment, out int cost, out int productionRate)
public override void SimulationStep()
{
ModDebug.LogClassAndMethodName(this.GetType().Name, System.Reflection.MethodBase.GetCurrentMethod().Name);
base.SimulationStep();
if (isHoveringSegment)
{
ushort node;
ushort outSegment;
int cost;
int productionRate;
// Initializes colliding arrays
ToolErrors errors = NetTool.CreateNode(newPrefab != null ? newPrefab : segment.Info, startPoint, middlePoint, endPoint,
NetTool.m_nodePositionsSimulation, 1000, true, false, true, false, false, false, (ushort)0, out node, out outSegment, out cost, out productionRate);
}
}
/// <summary>
/// Called by the game every simulation step.
/// Performs raycasting to select hovered instance.
/// </summary>
public override void SimulationStep()
{
// Get base mouse ray.
Ray mouseRay = m_mouseRay;
// Get raycast input.
RaycastInput input = new RaycastInput(mouseRay, m_mouseRayLength)
{
m_rayRight = m_rayRight,
m_netService = GetService(),
m_buildingService = GetService(),
m_propService = GetService(),
m_treeService = GetService(),
m_districtNameOnly = Singleton <InfoManager> .instance.CurrentMode != InfoManager.InfoMode.Districts,
m_ignoreTerrain = GetTerrainIgnore(),
m_ignoreNodeFlags = GetNodeIgnoreFlags(),
m_ignoreSegmentFlags = GetSegmentIgnoreFlags(out input.m_segmentNameOnly),
m_ignoreBuildingFlags = GetBuildingIgnoreFlags(),
m_ignoreTreeFlags = GetTreeIgnoreFlags(),
m_ignorePropFlags = GetPropIgnoreFlags(),
m_ignoreVehicleFlags = GetVehicleIgnoreFlags(),
m_ignoreParkedVehicleFlags = GetParkedVehicleIgnoreFlags(),
m_ignoreCitizenFlags = GetCitizenIgnoreFlags(),
m_ignoreTransportFlags = GetTransportIgnoreFlags(),
m_ignoreDistrictFlags = GetDistrictIgnoreFlags(),
m_ignoreParkFlags = GetParkIgnoreFlags(),
m_ignoreDisasterFlags = GetDisasterIgnoreFlags(),
m_transportTypes = GetTransportTypes()
};
// Enable ferry line selection.
input.m_netService.m_itemLayers |= ItemClass.Layer.FerryPaths;
ToolErrors errors = ToolErrors.None;
RaycastOutput output;
// Cursor is dark by default.
m_cursor = darkCursor;
// Is the base mouse ray valid?
if (m_mouseRayValid)
{
// Yes - raycast.
if (RayCast(input, out output))
{
// Set base tool accurate position.
m_accuratePosition = output.m_hitPos;
// Check for network hits.
if (output.m_netSegment != 0)
{
// Networks.
if (CheckSegment(output.m_netSegment, ref errors))
{
// CheckSegment passed - record hit position and set cursor to light cursor.
output.m_hitPos = Singleton <NetManager> .instance.m_segments.m_buffer[output.m_netSegment].GetClosestPosition(output.m_hitPos);
m_cursor = lightCursor;
}
else
{
// CheckSegment failed - deselect segment.
output.m_netSegment = 0;
}
}
// Create new hover instance and set hovered type (if applicable).
InstanceID hoverInstance = InstanceID.Empty;
if (output.m_netSegment != 0)
{
hoverInstance.NetSegment = output.m_netSegment;
}
// Update tool hover instance.
m_hoverInstance = hoverInstance;
}
else
{
// Raycast failed.
errors = ToolErrors.RaycastFailed;
}
}
else
{
// No valid mouse ray.
output = default;
errors = ToolErrors.RaycastFailed;
}
// Set mouse position and record errors.
m_mousePosition = output.m_hitPos;
m_selectErrors = errors;
}
private int ConvertSegments(string convertTo, string convertFrom, bool test, out int totalCost, out ToolErrors errors)
{
int num = 0;
totalCost = 0;
int tempCost = 0;
int issues = 0;
errors = 0;
StringWriter sw = new StringWriter();
//sw.WriteLine(String.Format("Entering ConvertObjects at {0}.", DateTime.Now.TimeOfDay));
NetInfo info = PrefabCollection<NetInfo>.FindLoaded(convertTo);
if (info == null)
{
//sw.WriteLine("Could not find the object: " + convertTo + ", aborting.");
return num;
}
NetSegment[] buffer = Singleton<NetManager>.instance.m_segments.m_buffer;
//sw.WriteLine("Filling Singleton<NetManager>.instance.m_segments.m_buffer. Found: " + buffer.Length);
for (int i = 0; i < buffer.Length - 1; i++)
{
NetSegment segment = buffer[i];
//Validate in selected area
if (segment.Info == null)
{
//sw.WriteLine(String.Format("Segment {0} is Null.", segment.Info.name));
}
else if (!segment.Info.name.Contains(convertFrom))
{
//sw.WriteLine(String.Format("Segment {0} is not a converting item.", segment.Info.name));
}
else if (ValidateSelectedArea(segment) == false)
{
//sw.WriteLine(String.Format("Segment {0} is not in the selected area.", segment.Info.name));
}
else
{
bool skip = false;
//Are we not equal
bool Curved = AngleBetween(segment.m_startDirection, segment.m_endDirection, 1);
string seg = segment.Info.name;
NetTool.ControlPoint point;
NetTool.ControlPoint point2;
NetTool.ControlPoint point3;
bool Bridge = seg.Contains("Bridge ") == true;
bool Slope = seg.Contains("Slope ") == true;
bool Tunnel = seg.Contains("Tunnel ") == true;
bool Ground = types[(int)tp.Ground].isChecked;
//sw.WriteLine(String.Format("Ground: {0}; Bridge: {1}; Slope: {2}; Tunnel: {3}; Curved: {4}", Ground, Bridge, Slope, Tunnel, Curved));
// we need to handle Ground, Bridge, Elevated, Slope, Tunnel, railroads, Pipe, Power Lines,
if (Ground == false && (Bridge || Slope || Tunnel || Curved)) { skip = true; }
else if (types[(int)tp.Tunnel].isChecked == false && seg.Contains("Tunnel")) { skip = true; }
else if (types[(int)tp.Bridge].isChecked == false && seg.Contains("Elevated")) { skip = true; }
else if (types[(int)tp.Slope].isChecked == false && seg.Contains("Slope")) { skip = true; }
else if (types[(int)tp.Curve].isChecked == false && Curved) { skip = true; }
//sw.WriteLine(segment.Info.name + " converting to " + convertTo + ".");
//sw.WriteLine("About to call GetSegmentControlPoints.\n");
GetSegmentControlPoints(i, out point, out point2, out point3);
bool visualize = false;
bool autoFix = true;
bool needMoney = true;
bool invert = false;
ushort num3 = 0;
ushort num4 = 0;
int num5 = 0;
int num6 = 0;
//test for bad index
if ((point.m_position == new Vector3()) && (point2.m_position == new Vector3()) && (point3.m_position == new Vector3())) { }
else if (skip == true) { }
else
{
try
{
//sw.WriteLine("About to call NetTool.Create test mode.\n");
//Validate in area and other errors (no money!)
errors = NetTool.CreateNode(info, point, point2, point3, NetTool.m_nodePositionsSimulation, 0x3e8, true, visualize, autoFix, needMoney, invert, false, 0, out num3, out num4, out num5, out num6);
//sw.WriteLine("Test Cost: " + num5);
tempCost = num5;
}
catch (Exception ex)
{
ARUT.WriteError("Error testing convert of: " + segment.Info.name + " to " + convertTo + ".", ex);
}
if (errors == 0)
{
try
{
errors = NetTool.CreateNode(info, point, point2, point3, NetTool.m_nodePositionsMain, 0x3e8, false, visualize, autoFix, needMoney, invert, false, 0, out num3, out num4, out num5, out num6);
num++;
totalCost += tempCost;
}
catch (Exception ex)
{
string lenght = "Left Segment Lenght: " + Math.Abs((float)(segment.m_startLeftSegment - segment.m_endLeftSegment)).ToString();
lenght += " Right Segment Lenght: " + Math.Abs((float)(segment.m_startRightSegment - segment.m_endRightSegment)).ToString();
string message = "Error converting: " + segment.Info.name + " to " + convertTo + "; errors: " + errors + "; " + lenght;
//sw.WriteLine(lenght);
ARUT.WriteError(message, ex);
//sw.WriteLine(message);
issues += 1;
try
{
//lets retry this once
errors = NetTool.CreateNode(info, point, point2, point3, NetTool.m_nodePositionsMain, 0x3e8, false, visualize, autoFix, needMoney, invert, false, 0, out num3, out num4, out num5, out num6);
num++;
totalCost += tempCost;
}
catch
{ //do nothing }
}
}
}
else
{
//sw.WriteLine("Error test convert: " + segment.Info.name + " to " + convertTo + ". Message22: " + errors);
issues += 1;
}
}
}
}
lInformation.text = "Items converted: " + num + " Total Cost: " + totalCost + " Recorded issues: " + issues;
//WriteLog("" + sw);
return num;
}
protected override bool CheckDisaster(ushort disaster, ref ToolErrors errors) => true;
protected override bool CheckCitizen(ushort citizenInstance, ref ToolErrors errors) => true;
protected override bool CheckParkedVehicle(ushort parkedVehicle, ref ToolErrors errors) => true;
protected override bool CheckVehicle(ushort vehicle, ref ToolErrors errors) => true;
protected override bool CheckTree(uint tree, ref ToolErrors errors) => true;
protected override bool CheckProp(ushort prop, ref ToolErrors errors) => true;
protected override bool CheckBuilding(ushort building, ref ToolErrors errors) => true;
protected override bool CheckSegment(ushort segment, ref ToolErrors errors) => true;
protected override bool CheckNode(ushort node, ref ToolErrors errors) => true;
/// <summary>
/// Called by the game every simulation step.
/// Performs raycasting to select hovered instance.
/// </summary>
public override void SimulationStep()
{
// Get base mouse ray.
Ray mouseRay = m_mouseRay;
// Get raycast input.
RaycastInput input = new RaycastInput(mouseRay, m_mouseRayLength)
{
m_rayRight = m_rayRight,
m_netService = GetService(),
m_buildingService = GetService(),
m_propService = GetService(),
m_treeService = GetService(),
m_districtNameOnly = Singleton <InfoManager> .instance.CurrentMode != InfoManager.InfoMode.Districts,
m_ignoreTerrain = GetTerrainIgnore(),
m_ignoreNodeFlags = GetNodeIgnoreFlags(),
m_ignoreSegmentFlags = GetSegmentIgnoreFlags(out input.m_segmentNameOnly),
m_ignoreBuildingFlags = GetBuildingIgnoreFlags(),
m_ignoreTreeFlags = GetTreeIgnoreFlags(),
m_ignorePropFlags = GetPropIgnoreFlags(),
m_ignoreVehicleFlags = GetVehicleIgnoreFlags(),
m_ignoreParkedVehicleFlags = GetParkedVehicleIgnoreFlags(),
m_ignoreCitizenFlags = GetCitizenIgnoreFlags(),
m_ignoreTransportFlags = GetTransportIgnoreFlags(),
m_ignoreDistrictFlags = GetDistrictIgnoreFlags(),
m_ignoreParkFlags = GetParkIgnoreFlags(),
m_ignoreDisasterFlags = GetDisasterIgnoreFlags(),
m_transportTypes = GetTransportTypes()
};
// Enable ferry line selection.
input.m_netService.m_itemLayers |= ItemClass.Layer.FerryPaths;
ToolErrors errors = ToolErrors.None;
RaycastOutput output;
// Cursor is dark by default.
m_cursor = darkCursor;
// Is the base mouse ray valid?
if (m_mouseRayValid)
{
// Yes - raycast.
if (RayCast(input, out output))
{
// Set base tool accurate position.
m_accuratePosition = output.m_hitPos;
// Select parent building of any 'untouchable' (sub-)building.
if (output.m_building != 0 && (Singleton <BuildingManager> .instance.m_buildings.m_buffer[output.m_building].m_flags & Building.Flags.Untouchable) != 0)
{
output.m_building = Building.FindParentBuilding(output.m_building);
}
// Check for valid hits by type - network, building, prop, tree, in that order (so e.g. embedded networks can be selected).
if (output.m_netSegment != 0)
{
// Networks.
if (CheckSegment(output.m_netSegment, ref errors))
{
// CheckSegment passed - record hit position and set cursor to light.
output.m_hitPos = Singleton <NetManager> .instance.m_segments.m_buffer[output.m_netSegment].GetClosestPosition(output.m_hitPos);
m_cursor = lightCursor;
}
else
{
// CheckSegment failed - deselect segment.
output.m_netSegment = 0;
}
}
else if (output.m_building != 0)
{
// Buildings.
if (CheckBuilding(output.m_building, ref errors))
{
// CheckSigment passed - record hit position and set cursor to light.
output.m_hitPos = Singleton <BuildingManager> .instance.m_buildings.m_buffer[output.m_building].m_position;
m_cursor = lightCursor;
}
else
{
// CheckSegment failed - deselect building.
output.m_building = 0;
}
}
else if (output.m_propInstance != 0)
{
// Map props.
if (CheckProp(output.m_propInstance, ref errors))
{
// CheckSigment passed - record hit position and set cursor to light.
output.m_hitPos = Singleton <PropManager> .instance.m_props.m_buffer[output.m_propInstance].Position;
m_cursor = lightCursor;
}
else
{
// CheckSegment failed - deselect prop.
output.m_propInstance = 0;
}
}
else if (output.m_treeInstance != 0)
{
// Map trees.
if (CheckTree(output.m_treeInstance, ref errors))
{
// CheckSigment passed - record hit position and set cursor to light.
output.m_hitPos = Singleton <TreeManager> .instance.m_trees.m_buffer[output.m_treeInstance].Position;
m_cursor = lightCursor;
}
else
{
// CheckSegment failed - deselect tree.
output.m_treeInstance = 0u;
}
}
// Create new hover instance and set hovered type (if applicable).
InstanceID hoverInstance = InstanceID.Empty;
if (output.m_netSegment != 0)
{
hoverInstance.NetSegment = output.m_netSegment;
}
else if (output.m_building != 0)
{
hoverInstance.Building = output.m_building;
}
else if (output.m_propInstance != 0)
{
hoverInstance.Prop = output.m_propInstance;
}
else if (output.m_treeInstance != 0)
{
hoverInstance.Tree = output.m_treeInstance;
}
// Has the hovered instance changed since last time?
if (hoverInstance != m_hoverInstance)
{
// Hover instance has changed.
// Unhide any previously-hidden props, trees or buildings.
if (m_hoverInstance.Prop != 0)
{
// Unhide previously hovered prop.
if (Singleton <PropManager> .instance.m_props.m_buffer[m_hoverInstance.Prop].Hidden)
{
Singleton <PropManager> .instance.m_props.m_buffer[m_hoverInstance.Prop].Hidden = false;
}
}
else if (m_hoverInstance.Tree != 0)
{
// Unhide previously hovered tree.
if (Singleton <TreeManager> .instance.m_trees.m_buffer[m_hoverInstance.Tree].Hidden)
{
Singleton <TreeManager> .instance.m_trees.m_buffer[m_hoverInstance.Tree].Hidden = false;
Singleton <TreeManager> .instance.UpdateTreeRenderer(m_hoverInstance.Tree, updateGroup : true);
}
}
else if (m_hoverInstance.Building != 0)
{
// Unhide previously hovered building.
if ((Singleton <BuildingManager> .instance.m_buildings.m_buffer[m_hoverInstance.Building].m_flags & Building.Flags.Hidden) != 0)
{
Singleton <BuildingManager> .instance.m_buildings.m_buffer[m_hoverInstance.Building].m_flags &= ~Building.Flags.Hidden;
Singleton <BuildingManager> .instance.UpdateBuildingRenderer(m_hoverInstance.Building, updateGroup : true);
}
}
// Update tool hover instance.
m_hoverInstance = hoverInstance;
}
}
else
{
// Raycast failed.
errors = ToolErrors.RaycastFailed;
}
}
else
{
// No valid mouse ray.
output = default;
errors = ToolErrors.RaycastFailed;
}
// Set mouse position and record errors.
m_mousePosition = output.m_hitPos;
m_selectErrors = errors;
}
