public IEnumerator AssembleWeapon()
{
//so it doesn't try and make more weapons if its already trying (stop errors, good fun)
//can use this class as a means of pre making weapons before they truly get spawned in
if (assembling)
{
yield break;
}
else
{
assembling = true;
}
openConnections = new Queue <ConnectPoint>();
//get all the parts that we can start with (handles)
//holder
parent = new GameObject("Parent");
//add a handle (the necessary component)
//this piece should be zeroed
//yield return AddPiece(WeaponPiece.pieceType.handle, WeaponPiece.pieceType.noType, parent.transform);
FirstPiece();
//and now iterate through openConnections until there are no more connections
while (openConnections.Count > 0)
{
//connect is the current connection we are using
connect = openConnections.Dequeue();
WeaponPiece.pieceType type;
ChoosePieceType(out type, true);
yield return(AddPiece(type, connect.transform));
}
FinishWeapon();
assembling = false;
}
public void ConnectToPoint(ConnectPoint point)
{
connectedPoint = point;
hoverPoint = null;
connectedPoint.ConnectCore(this);
}
private void HandleConnectPointConnected(ConnectPoint connectPt, Connectable connectable)
{
connectable.transform.SetParent(transform, true);
connectable.GetComponent <Damagable>().OnPartDestroyed.AddListener(HandleConnectedPartDestroyed);
Ship.RegisterConnectable(connectable);
ConnectedPart = connectable;
}
public void OnAttachedToHand()
{
if (connectedPoint != null)
{
Debug.Log($"Attaching {name} to hand, disconnecting from {connectedPoint.name}");
connectedPoint.DisconnectCore();
connectedPoint = null;
}
}
private async void GetImageBitmapFromUrl(string icon)
{
var response = ConnectPoint.HttpGetImage(string.Format(Content.weatherIconUrl, icon));
var result = await response;
if (result.Key == HttpStatusCode.OK)
{
var data = NSData.FromArray(result.Value);
var uiimage = UIImage.LoadFromData(data);
weather_icon.Image = uiimage;
}
}
private async void GetImageBitmapFromUrl(string icon)
{
Bitmap bitmap = null;
var response = ConnectPoint.HttpGetImage(string.Format(Content.weatherIconUrl, icon));
var result = await response;
if (result.Key == HttpStatusCode.OK)
{
bitmap = BitmapFactory.DecodeByteArray(result.Value, 0, result.Value.Length);
_currentWeatherInfoImageView.SetImageBitmap(bitmap);
}
}
private async void GetWeatherInfo()
{
string url = Content.weatherApiUrl;
var response = ConnectPoint.HttpGetData(Content.weatherApiUrl);
var result = await response;
if (result.Key == HttpStatusCode.OK)
{
OpenWeather openWeather = JsonConvert.DeserializeObject <OpenWeather>(result.Value);
GetImageBitmapFromUrl(openWeather.weather[0].icon);
current_weather_info.Text = openWeather.weather[0].description;
current_city.Text = openWeather.name;
current_temperature.Text = (openWeather.main.temp - 273.15) + "°C";
}
}
private async void GetWeatherInfo()
{
KeyValuePair <double, double> locationCoordinate = GetLocationData();
string url = string.Format(Content.weatherApiUrlCoordinate, locationCoordinate.Key,
locationCoordinate.Value);
var response = ConnectPoint.HttpGetData(Content.weatherApiUrl);
var result = await response;
if (result.Key == HttpStatusCode.OK)
{
OpenWeather openWeather = JsonConvert.DeserializeObject <OpenWeather>(result.Value);
GetImageBitmapFromUrl(openWeather.weather[0].icon);
_currentWeatherInfoTextView.Text = openWeather.weather[0].description;
_currentCityInfoTextView.Text = openWeather.name;
_currentTempInfoTextView.Text = (openWeather.main.temp - 273.15) + "°C";
}
}
void CreateTriggerPoint(int buttonId)
{
// create connect area for button
ConnectPoint connectArea = Instantiate(connectionPointOrigin) as ConnectPoint;
connectArray[buttonId] = connectArea;
// get line for coonect point
Line[] lines = this.GetComponent <SceneController>().GetLinesArray();
Line connectPointLine = lines[buttonId];
// place area
Vector3 placePos = placeForConnector.transform.position;
float x = placePos.x + startX + offset * buttonId;
float y = placePos.y; // place under line start
float z = placePos.z;
connectArea.transform.position = new Vector3(x, y, z);
//set area color
connectArea.GetComponent <MeshRenderer>().material.color = new Color(0.0f, 1.0f, 0.0022f, 0.5f);
}
public void updateLines(int slice)
{
if (_linesAtSlice[slice].lines.Count == 0)
{
return;
}
LineInfo maxLine = null;
LineInfo minLine = null;
float thisSliceZ = 0;
// begin cenas DM
List <LineInfo> usedLines = new List <LineInfo>();
LineInfo firstLine = _linesAtSlice[slice].lines[0];
ConnectPoint firstCP = ConnectPoint.first;
LineInfo currentLine = firstLine;
ConnectPoint currentCP = ConnectPoint.last;
LineInfo lastLine;
ConnectPoint lastCP;
while (currentLine != null)
{
usedLines.Add(currentLine);
Vector3 point = currentLine.line.GetPosition(currentCP == ConnectPoint.first? 0 : currentLine.line.positionCount - 1);
float mindist = float.MaxValue;
minLine = null;
ConnectPoint cp = ConnectPoint.first;
foreach (LineInfo li in _linesAtSlice[slice].lines)
{
if (usedLines.Contains(li))
{
continue;
}
float dist0 = (li.line.GetPosition(0) - point).magnitude;
float distn = (li.line.GetPosition(li.line.positionCount - 1) - point).magnitude;
if (dist0 < mindist)
{
mindist = dist0;
minLine = li;
cp = ConnectPoint.first;
}
if (distn < mindist)
{
mindist = distn;
minLine = li;
cp = ConnectPoint.last;
}
}
lastLine = currentLine;
lastCP = currentCP;
if (minLine == null)
{
currentLine = firstLine;
currentCP = firstCP;
}
else
{
currentLine = minLine;
currentCP = cp;
}
// perform connection
if (lastCP == ConnectPoint.last)
{
lastLine.NextLine = currentLine;
lastLine.NextLinePoint = currentCP;
}
else
{
lastLine.PrevLine = currentLine;
lastLine.PrevLinePoint = currentCP;
}
if (currentCP == ConnectPoint.last)
{
currentLine.NextLine = lastLine;
currentLine.NextLinePoint = lastCP;
}
else
{
currentLine.PrevLine = lastLine;
currentLine.PrevLinePoint = lastCP;
}
// just to break cycle :P
currentLine = minLine;
currentCP = currentCP == ConnectPoint.first ? ConnectPoint.last : ConnectPoint.first;
}
// end cenas DM
/*foreach (LineInfo lr in _linesAtSlice[slice].lines)
* {
*
* Vector3 lastPoint = lr.line.GetPosition(lr.line.positionCount - 1);
* float mindist = float.MaxValue;
* minLine = lr;
*
* ConnectPoint cp = ConnectPoint.first;
* foreach (LineInfo lr2 in _linesAtSlice[slice].lines)
* {
* if (lr2 == lr) continue;
*
* float dist0 = (lr2.line.GetPosition(0) - lastPoint).magnitude;
* float distn = (lr2.line.GetPosition(lr2.line.positionCount - 1) - lastPoint).magnitude;
* if (dist0 < mindist)
* {
* mindist = dist0;
* minLine = lr2;
* cp = ConnectPoint.first;
* }
* if (distn < mindist)
* {
* mindist = distn;
* minLine = lr2;
* cp = ConnectPoint.last;
* }
* }
*
* lr.NextLine = minLine;
* lr.NextLinePoint = cp;
*
* Vector3 firstPoint = lr.line.GetPosition(0);
* mindist = float.MaxValue;
* minLine = lr;
* cp = ConnectPoint.last;
* foreach (LineInfo lr2 in _linesAtSlice[slice].lines)
* {
* if (lr2 == lr) continue;
*
* float dist0 = (lr2.line.GetPosition(0) - firstPoint).magnitude;
* float distn = (lr2.line.GetPosition(lr2.line.positionCount - 1) - firstPoint).magnitude;
* if (dist0 < mindist)
* {
* mindist = dist0;
* minLine = lr2;
* cp = ConnectPoint.first;
* }
* if (distn < mindist)
* {
* mindist = distn;
* minLine = lr2;
* cp = ConnectPoint.last;
* }
* }
* lr.PrevLine = minLine;
* lr.PrevLinePoint = cp;
* }*/
float maxY = float.MinValue;
float maxX = float.MinValue;
float minY = float.MaxValue;
LineInfo linea = _linesAtSlice[slice].lines[0];
List <LineInfo> checkedLines = new List <LineInfo>();
int i = 0;
int inc = 1;
int count = 0;
//find maxes and mins
while (checkedLines.Count < _linesAtSlice[slice].lines.Count)
{
for (; i < linea.line.positionCount && i >= 0; i += inc)
{
if (linea.line.GetPosition(i).x > maxX)
{
maxX = linea.line.GetPosition(i).x;
thisSliceZ = linea.line.GetPosition(i).z;
}
if (linea.line.GetPosition(i).y > maxY)
{
maxY = linea.line.GetPosition(i).y;
}
if (linea.line.GetPosition(i).y < minY)
{
minY = linea.line.GetPosition(i).y;
}
}
checkedLines.Add(linea);
count += linea.line.positionCount;
//go to prev line
if (i == 0)
{
i = linea.PrevLinePoint == ConnectPoint.first ? 0 : linea.PrevLine.line.positionCount - 1;
inc = linea.PrevLinePoint == ConnectPoint.first ? 1 : -1;
linea = linea.PrevLine;
}
//go to next line
else
{
i = linea.NextLinePoint == ConnectPoint.first ? 0 : linea.NextLine.line.positionCount - 1;
inc = linea.NextLinePoint == ConnectPoint.first ? 1 : -1;
linea = linea.NextLine;
}
//if closed circle
if (checkedLines.Contains(linea))
{
break;
}
}
_linesAtSlice[slice].pointCount = count;
//find maxes and mins
int maxI = 0;
int minI = 0;
minLine = null;
maxLine = null;
float minDist = float.MaxValue;
float maxDist = float.MaxValue;
linea = _linesAtSlice[slice].lines[0];
i = 0;
inc = 1;
Vector3 bbTop = new Vector3(maxX, maxY, thisSliceZ);
Vector3 bbBot = new Vector3(maxX, minY, thisSliceZ);
int j = 0;
while (j < count)
{
//point closest to bbTop
if ((linea.line.GetPosition(i) - bbTop).sqrMagnitude < maxDist)
{
maxLine = linea;
maxI = i;
maxDist = (linea.line.GetPosition(i) - bbTop).sqrMagnitude;
}
//point closest to bbBottom
if ((linea.line.GetPosition(i) - bbBot).sqrMagnitude < minDist)
{
minLine = linea;
minI = i;
minDist = (linea.line.GetPosition(i) - bbBot).sqrMagnitude;
}
_linesAtSlice[slice].nextPoint(ref i, ref linea, ref inc);
j++;
}
_linesAtSlice[slice].lineStartID = _linesAtSlice[slice].lines.IndexOf(maxLine);
_linesAtSlice[slice].pointStartID = maxI;
int forwardSum = 0;
i = maxI;
inc = +1;
linea = maxLine;
j = 0;
while (j < count && !(linea == minLine && i == minI))
{
forwardSum++;
_linesAtSlice[slice].nextPoint(ref i, ref linea, ref inc);
j++;
}
int backSum = 0;
i = maxI;
inc = -1;
linea = maxLine;
j = 0;
while (j < count && !(linea == minLine && i == minI))
{
backSum++;
_linesAtSlice[slice].nextPoint(ref i, ref linea, ref inc);
}
if (forwardSum > backSum)
{
_linesAtSlice[slice].directionClockwise = 1;
}
else
{
_linesAtSlice[slice].directionClockwise = -1;
}
}
public void SetChildConnector(ConnectPoint connector)
{
childConnector = connector;
}
public void SetPointHovering(ConnectPoint point)
{
hoverPoint = point;
}
