public bool AttemptPlace()
{
PlayerCharacter character = Main.LocalPlayer.GetModPlayer <PlayerCharacter>();
if (CanPlaceItem(Main.mouseItem))
{
foreach (ProceduralMinion minion in character.minions.Where(minion => minion.source == character.selectedAbility && minion.projectile.modProjectile is ProceduralMinion))
{
foreach (ProceduralSpellProj psp in minion.circlingProtection)
{
psp.projectile.Kill();
}
minion.circlingProtection.Clear();
if (minion.smallProt != null)
{
minion.smallProt.projectile.Kill();
}
minion.projectile.Kill();
}
Item prevItem = Glyph;
Glyph = Main.mouseItem;
Main.mouseItem = prevItem;
Main.PlaySound(Terraria.ID.SoundID.Item4, Main.screenPosition + Bounds.Center());
return(true);
}
else
{
return(false);
}
}
// Configures and adds primary label view
private void LayoutPrimaryLabel()
{
if (_primaryLabel == null)
{
_primaryLabel = new UILabel();
AddSubview(_primaryLabel);
}
_primaryLabel.Font = PrimaryTextFont != null ? PrimaryTextFont : UIFont.BoldSystemFontOfSize(PrimaryTextSize);
_primaryLabel.TextColor = PrimaryTextColor;
_primaryLabel.TextAlignment = PrimaryTextAlignment;
_primaryLabel.Lines = 0;
_primaryLabel.LineBreakMode = UILineBreakMode.WordWrap;
_primaryLabel.Text = PrimaryText;
_primaryLabel.SizeToFit();
var height = _primaryLabel.Frame.Height;
var width = _primaryLabel.Frame.Width;
var maxWidth = Frame.Width - (MaterialShowcase.LABEL_MARGIN * 2);
if (width > maxWidth)
{
width = maxWidth;
}
_primaryLabel.Frame = new CGRect(x: (Bounds.Width - width) * 0.5, y: Bounds.Center().Y - height, width: width, height: height);
_primaryLabel.SizeToFitHeight();
_primaryLabel.UserInteractionEnabled = false;
}
public Bezier(BezierType type, ICollection<float> pointData, IList<PointF> pixels, Angle angle = default(Angle)) : this()
{
Bounds = InitializeBezier(type, pointData, pixels, out points, angle);
Option = type;
Angle = angle.AssignCenter(Bounds.Center());
ID = Factory.NewID(Name);
}
internal virtual void PerformClick()
{
if (!Enabled)
{
WhiteLogger.Instance.WarnFormat("Clicked on disabled item: {0}", ToString());
}
mouse.Click(Bounds.Center(), actionListener);
}
// Return the position of the ship's nose.
public PointF NosePosition()
{
PointF center = Bounds.Center();
double radians = Heading * Math.PI / 180;
double x = center.X + ShipRadius * Math.Cos(radians);
double y = center.Y + ShipRadius * Math.Sin(radians);
return(new PointF((int)x, (int)y));
}
/// <summary>
/// Creates a kmlLookAt from a Bounds object.
/// </summary>
/// <param name="ge">the plug-in</param>
/// <param name="bounds">the bounds object to create the view of</param>
/// <param name="aspectRatio">Optional aspect ratio</param>
/// <param name="defaultRange">Optional default range</param>
/// <param name="scaleRange">Optional scale range</param>
/// <returns>A KmlLookAt based on the <paramref name="bounds"/> (or null)</returns>
public static dynamic CreateBoundsView(
dynamic ge,
Bounds bounds,
double aspectRatio = 1.0,
double defaultRange = 1000,
double scaleRange = 1.5)
{
Coordinate center = bounds.Center();
Coordinate boundsSpan = bounds.Span();
double lookAtRange = defaultRange;
dynamic lookat = null;
if (Convert.ToBoolean(boundsSpan.Latitude) || Convert.ToBoolean(boundsSpan.Longitude))
{
// Distance - using law of cosines for speed...
double distEW = new Coordinate(center.Latitude, bounds.East)
.Distance(new Coordinate(center.Latitude, bounds.West));
double distNS = new Coordinate(bounds.North, center.Longitude)
.Distance(new Coordinate(bounds.South, center.Longitude));
aspectRatio = Math.Min(Math.Max(aspectRatio, distEW / distNS), 1.0);
// Create a LookAt using the experimentally derived distance formula.
double alpha = Maths.ConvertDegreesToRadians(45.0 / (aspectRatio + 0.4) - 2.0);
double expandToDistance = Math.Max(distNS, distEW);
double beta = Math.Min(
Maths.ConvertDegreesToRadians(90),
alpha + expandToDistance / (2 * Maths.EarthMeanRadiusKilometres));
lookAtRange = scaleRange * Maths.EarthMeanRadiusKilometres *
(Math.Sin(beta) * Math.Sqrt(1 + 1 / Math.Pow(Math.Tan(alpha), 2)) - 1);
}
try
{
lookat = ge.createLookAt(string.Empty);
lookat.set(center.Latitude, center.Longitude, bounds.Top, bounds.Northeast.AltitudeMode, 0, 0, lookAtRange);
}
catch (RuntimeBinderException rbex)
{
Debug.WriteLine("CreateBoundsView: " + rbex.Message, "KmlHelpers");
}
return(lookat);
}
/// <summary>
/// Implements <see cref="IUIItem.RightClick()"/>
/// </summary>
public virtual void RightClick()
{
RightClickAt(Bounds.Center());
}
/// <summary>
/// Implements <see cref="IUIItem.DoubleClick"/>
/// </summary>
public virtual void DoubleClick()
{
actionListener.ActionPerforming(this);
PerformIfValid(() => mouse.DoubleClick(Bounds.Center(), actionListener));
}
/// <summary>
/// Creates a kmlLookAt from a Bounds object.
/// </summary>
/// <param name="ge">the plug-in</param>
/// <param name="bounds">the bounds object to create the view of</param>
/// <param name="aspectRatio">Optional aspect ratio</param>
/// <param name="defaultRange">Optional default range</param>
/// <param name="scaleRange">Optional scale range</param>
/// <returns>A KmlLookAt based on the <paramref name="bounds"/> (or null)</returns>
public static dynamic CreateBoundsView(
dynamic ge,
Bounds bounds,
double aspectRatio = 1.0,
double defaultRange = 1000,
double scaleRange = 1.5)
{
Coordinate center = bounds.Center();
Coordinate boundsSpan = bounds.Span();
double lookAtRange = defaultRange;
dynamic lookat = null;
if (Convert.ToBoolean(boundsSpan.Latitude) || Convert.ToBoolean(boundsSpan.Longitude))
{
// Distance - using law of cosines for speed...
double distEW = new Coordinate(center.Latitude, bounds.East)
.Distance(new Coordinate(center.Latitude, bounds.West));
double distNS = new Coordinate(bounds.North, center.Longitude)
.Distance(new Coordinate(bounds.South, center.Longitude));
aspectRatio = Math.Min(Math.Max(aspectRatio, distEW / distNS), 1.0);
// Create a LookAt using the experimentally derived distance formula.
double alpha = Maths.ConvertDegreesToRadians(45.0 / (aspectRatio + 0.4) - 2.0);
double expandToDistance = Math.Max(distNS, distEW);
double beta = Math.Min(
Maths.ConvertDegreesToRadians(90),
alpha + expandToDistance / (2 * Maths.EarthMeanRadiusKilometres));
lookAtRange = scaleRange * Maths.EarthMeanRadiusKilometres *
(Math.Sin(beta) * Math.Sqrt(1 + 1 / Math.Pow(Math.Tan(alpha), 2)) - 1);
}
try
{
lookat = ge.createLookAt(string.Empty);
lookat.set(center.Latitude, center.Longitude, bounds.Top, bounds.Northeast.AltitudeMode, 0, 0, lookAtRange);
}
catch (RuntimeBinderException rbex)
{
Debug.WriteLine("CreateBoundsView: " + rbex.Message, "KmlHelpers");
}
return lookat;
}
private void RightClickOnCenter()
{
RightClickAt(Bounds.Center());
}
public virtual void ClickAtCenter()
{
mouse.Click(Bounds.Center(), actionListener);
}
protected override async Task ExecuteAsync(CancellationToken stoppingToken)
{
Logger.LogInformation("Running OfflineCacheBackgroundTask.");
using (IServiceScope scope = ScopeFactory.CreateScope())
{
TileCacheRepository = scope.ServiceProvider.GetRequiredService <TileCacheRepository>();
TileSourceRepository = scope.ServiceProvider.GetRequiredService <TileSourceRepository>();
Mapper = scope.ServiceProvider.GetRequiredService <IMapper>();
do
{
TileCacheViewModel unfinishedTileCache =
Mapper.Map <TileCacheViewModel>(await TileCacheRepository.GetFirstUnfinishedTileCache());
if (unfinishedTileCache != null)
{
await TileCacheRepository.SetTileCacheStarted(unfinishedTileCache.TileCacheId);
TileCacheManager tileCacheManager = await CreateTileCacheManager(unfinishedTileCache.TileCacheId);
TilesCount = 0;
// Do not remove already downloaded tiles
////tileService.ClearTiles();
try
{
Bounds bounds = GeometryHelper.ToBounds(unfinishedTileCache.Bbox);
TileSource tileSource = await TileSourceRepository.GetTileSourceWithId(unfinishedTileCache.TileSourceId);
TileRangeCalculator calculator = new TileRangeCalculator
{
ValidBounds = GeometryHelper.ToBounds(tileSource.Bbox),
ValidZoomRange = new ZoomRange
{
MinZoom = 0,
MaxZoom = tileSource.ZoomLevelMax,
},
};
TileRangeCollection tiles = new TileRangeCollectionCalculator(calculator).GetTileRanges(bounds, new ZoomRange
{
MinZoom = unfinishedTileCache.ZoomLevelMin ?? 0,
MaxZoom = unfinishedTileCache.ZoomLevelMax,
});
TilesTotal = tiles.TilesTotal;
if (TilesTotal > 30000)
{
await TileCacheRepository.SetTileCacheError(unfinishedTileCache.TileCacheId);
throw new ArgumentException($"Tile cache exceeding the maximum number of 30000 tiles: {TilesTotal}.");
}
TileDownloader tileDownloader =
tileSource.AllowHiDefStitching ? new MergedTileDownloader() : new TileDownloader();
tileDownloader.TileServerUrls = tileSource.TileServerUrls.Select(x => x.Url).ToList();
await tileDownloader.Download(tiles, (zoomLevel, tileRow, tileColumn, tileData) =>
{
// Note that in the TMS tiling scheme, the Y axis is reversed from the "XYZ" coordinate system commonly used in the URLs
int mbtilesRow = (int)Math.Pow(2, zoomLevel) - 1 - tileRow;
lock (OfflineCacheBackgroundTask.lockObject)
{
TilesCount++;
}
if (tileCacheManager.TryGetTile(tileColumn, mbtilesRow, zoomLevel) == null)
{
tileCacheManager.SaveTile(zoomLevel, mbtilesRow, tileColumn, tileData);
}
});
Bounds tileCacheBounds = GeometryHelper.ToBounds(unfinishedTileCache.Bbox);
string metadataBounds = tileCacheBounds.ToCsv();
double centerLon = tileCacheBounds.Center().Lon;
double centerLat = tileCacheBounds.Center().Lat;
string metadataCenter = $"{centerLon},{centerLat},{unfinishedTileCache.ZoomLevelMin}";
string format = tileSource.TileServerUrls[0].Url.EndsWith("png") ? "png" : "jpg";
tileCacheManager.SaveMetadata(unfinishedTileCache.Name, format, metadataBounds, metadataCenter,
unfinishedTileCache.ZoomLevelMin ?? 0, unfinishedTileCache.ZoomLevelMax);
await TileCacheRepository.SetTileCacheFinished(unfinishedTileCache.TileCacheId,
$"{unfinishedTileCache.TileCacheId}.mbtiles");
}
catch (Exception exception)
{
Console.WriteLine(exception);
Logger.LogWarning(exception,
$"OfflineCacheBackgroundTask: Exception when creating tile cache for campaign {unfinishedTileCache.TileCacheId}.");
}
}
await Task.Delay(5 * 1000, stoppingToken);
}while (!stoppingToken.IsCancellationRequested);
Logger.LogInformation("Exiting OfflineCacheBackgroundTask.");
}
}
IDiagram IRotatable.PerformRotate(Angle angle)
{
return(new PathDiagram(Instructions.RotateAbout(Bounds.Center(), angle), StrokeWidth, StrokeStyle));
}
public PathF Rotate(float angle)
{
var center = Bounds.Center();
return(Rotate(angle, center));
}
private void Render(PnPProcDoc D, Graphics G, bool after)
{
G.TranslateTransform(G.ClipBounds.Width / 2, G.ClipBounds.Height / 2);
TheBox.Reset();
// TheBox.FitPoint(0, 0);
TheBox.AddBox(D.Box);
if (idx > -1)
{
var rd = pnp.selectedrefdes[idx % pnp.selectedrefdes.Count()];
BOMEntry.RefDesc refd = D.B.GetRefDes(rd);
if (refd != null)
{
TheBox.Reset();
TheBox.FitPoint(refd.x - 10, refd.y - 10);
TheBox.FitPoint(refd.x + 10, refd.y + 10);
}
}
float S = (float)Math.Min(pictureBox1.Width / (TheBox.Width()), pictureBox1.Height / (TheBox.Height()));
bool TopView = false;
if (PostDisplay)
{
TopView = D.FlipBoard ? false : true;
}
var C = TheBox.Center();
G.ScaleTransform(S * 0.8f, -S * 0.8f);
G.TranslateTransform((float)-C.X, (float)-C.Y);
RenderLayerSets(G, S, BoardSide.Both, BoardLayer.Outline, Color.Gray, true);
if (pnp.bottomsilkvisible)
{
RenderLayerSets(G, S, BoardSide.Bottom, BoardLayer.Silk, Color.White, true);
}
if (pnp.topsilkvisible)
{
RenderLayerSets(G, S, BoardSide.Top, BoardLayer.Silk, Color.DarkGray, true);
}
var B = D.B;
if (after)
{
B = D.BPost;
}
int curpart = 0;
foreach (var p in B.DeviceTree)
{
foreach (var pp in p.Value.Values)
{
var curcol = Helpers.RefractionNormalledMaxBrightnessAndSat(curpart / p.Value.Values.Count());
curpart++;
foreach (var rf in pp.RefDes)
{
DrawMarker(curcol, G, rf, true, S, false, pnp.selectedrefdes.Contains(rf.NameOnBoard));
}
}
}
}
private void LoadFile(string s)
{
string outfile = Path.Combine(Path.GetDirectoryName(s), Path.GetFileNameWithoutExtension(s) + "_carved.gcode");
try
{
var P = FenixSVG.LoadSVGToPolies(s,0,0);
double tantoolangle = Math.Tan(toolangle / 2);
cuttingdepth = -toolradiusatcuttingdepth / tantoolangle;
Bounds B = new Bounds();
foreach(var a in P)
{
foreach( var b in a)
{
B.AddPolygon(b.ToPath());
}
}
var C = B.Center();
ClipPaths subj = new ClipPaths();
foreach(var a in P)
{
foreach( var b in a)
{
subj.Add(b.ToPath(-C.X*100000, -C.Y*100000));
}
}
GCodeFile F = new GCodeFile();
var R1 = ClipperLib.Clipper.OffsetPolygons(subj, (toolradiusatcuttingdepth * 1.5)*100000.0);
// t = o / a
// a = o / t
// F.RectangularFillBetweenPolygons(R1, cuttingdepth, rapiddepth, toolradiusatcuttingdepth * 0.75, -B.Width() / 2 - 2, B.Width() / 2 + 2, -B.Height() / 2 - 2, B.Height() / 2 + 2, 0.2);
// F.AddClipperPolygonsToCarve(R1, cuttingdepth, rapiddepth,0.5);
var R = ClipperLib.Clipper.OffsetPolygons(subj, toolradiusatcuttingdepth * 100000.0);
F.AddClipperPolygonsToCarve(R, cuttingdepth, rapiddepth,0.5);
toolradiusatcuttingdepth = 0.25;
cuttingdepth = -toolradiusatcuttingdepth / tantoolangle;
var R3 = ClipperLib.Clipper.OffsetPolygons(subj, toolradiusatcuttingdepth * 100000.0);
F.AddClipperPolygonsToCarve(R3, cuttingdepth, rapiddepth,0.5);
F.MoveTo(0, 0, rapiddepth, GCodeFile.MoveMode.Fast);
F.MoveTo(0, 0, 0, GCodeFile.MoveMode.Slow);
F.Write(outfile);
}
catch (Exception)
{
BackColor = Color.Red;
}
}
IDiagram IRotatable.PerformRotate(Angle angle) =>
new BoundingBoxOverridingDiagram(
Diagram.RotateAbout(Bounds.Center(), angle),
Bounds.RotateAbout(Bounds.Center(), angle));