private void Add()
{
var window = new SelectFolderWindow {
Owner = this
};
if (window.ShowDialog() != true)
{
return;
}
var newScanContext = new ScanContext
{
Root = new DirectoryInfo(window.SelectedFolder)
};
var folderSizeControl = new FolderSizeControl
{
DataContext = newScanContext,
RequestClose = Remove
};
var tabItem = new TabItem
{
Content = folderSizeControl,
Header = newScanContext.Root.Name,
ToolTip = newScanContext.Root.FullName,
DataContext = newScanContext
};
_tabControl.Items.Insert(0, tabItem);
_scanContexts.Add(newScanContext);
_tabControl.SelectedItem = tabItem;
}
public virtual IScanContext CreateContext()
{
var context = new ScanContext(this);
var handler = ContextCreated;
handler?.Invoke(context);
return(context);
}
public TokenTableEntry(ScanContext inputContext, ScanContext outputContext, string pattern, TokenColor color, TokenTriggers triggers)
{
this.inputContext = inputContext;
this.outputContext = outputContext;
this.regExpression = new Regex(/*"\\G" + */ pattern); // \G = "anchor to the current position"
this.tokenColor = color;
this.tokenTriggers = triggers;
}
private void TakePicture()
{
//cameraParameters.pixelFormat = showPicture == true ? CapturePixelFormat.BGRA32 : CapturePixelFormat.JPEG;
scanContext = new ScanContext(horizontalAngle, ratio, Camera.main.transform); // create a context with Camera position.
placeScanner(scanContext.origin);
ScannerScreen.GetComponent <MoveLine>().startScanAnimation();
StartCoroutine(TakePictureInternal());
}
//private Dictionary<System.Guid, ScanContext> scanContextMap = new Dictionary<System.Guid, ScanContext>();
// we may use a dictionary to store many scans waiting for results ... let's start with one for now
// Use this for initialization
void Start()
{
angleRadian = horizontalAngle * (Math.PI / 180);
gaze = CoreServices.InputSystem.GazeProvider;
cursor?.SetActive(false);//disable cursor
shutterSound = GetComponent <AudioSource>() as AudioSource;
labeler = GetComponent <ObjectLabeler>() as ObjectLabeler;
mqttHelper = GetComponent <MqttHelper>() as MqttHelper;
mqttHelper.Subscribe(ResultReceiver);
// Debug.Log("File path " + Application.persistentDataPath);
// take lower resolution available
if ((PhotoCapture.SupportedResolutions != null) && (PhotoCapture.SupportedResolutions.Count() > 0))
{
cameraResolution = PhotoCapture.SupportedResolutions.OrderByDescending((res) => res.width * res.height).Last();
ratio = (float)cameraResolution.height / (float)cameraResolution.width;
Debug.Log("Resolution " + cameraResolution.height + " x " + cameraResolution.width);
}
else
{
ratio = 9f / 16f;
}
scanContext = new ScanContext(horizontalAngle, ratio, Camera.main.transform); // create a context with Camera position.
ScannerScreen.SetActive(false); // remove the scanner
Vector3 scale = ScannerScreen.transform.localScale;
scale.x = 2f * scannerScreenDistance * (float)Math.Tan(angleRadian / 2f);
scale.y = scale.x * ratio; // scale the entire photo on height
ScannerScreen.transform.localScale = scale;
Debug.Log("scanContext init " + scanContext.ToString());
// Create a PhotoCapture object
PhotoCapture.CreateAsync(false, delegate(PhotoCapture captureObject)
{
photoCaptureObject = captureObject;
CameraParameters cameraParameters = new CameraParameters();
cameraParameters.hologramOpacity = 0.0f;
cameraParameters.cameraResolutionWidth = cameraResolution.width;
cameraParameters.cameraResolutionHeight = cameraResolution.height;
cameraParameters.pixelFormat = CapturePixelFormat.BGRA32;
//cameraParameters.pixelFormat = showPicture == true ? CapturePixelFormat.BGRA32 : CapturePixelFormat.JPEG;
photoCaptureObject.StartPhotoModeAsync(cameraParameters, delegate(PhotoCapture.PhotoCaptureResult result)
{
// Take a picture
Debug.Log("camera ready to take picture");
});
});
PointerUtils.SetGazePointerBehavior(PointerBehavior.AlwaysOn);
}
private List <CompetitorData> ParseBasicGameDetails(HtmlNode node, DateTime date)
{
List <CompetitorData> game = null;
try
{
var home = new CompetitorData();
var away = new CompetitorData();
home.Name = ParseFunctions.ExtractValueFromNode(node, "//td[@class='team team-a ']/a/.", "title");
away.Name = ParseFunctions.ExtractValueFromNode(node, "//td[@class='team team-b ']/a/.", "title");
home.Link = ParseFunctions.ExtractValueFromNode(node, "//td[@class='team team-a ']/a/.", "href");
away.Link = ParseFunctions.ExtractValueFromNode(node, "//td[@class='team team-b ']/a/.", "href");
home.Id = ParseFunctions.ParsePositiveNumber(home.Link, "/(?<num>\\d{2,})");
away.Id = ParseFunctions.ParsePositiveNumber(away.Link, "/(?<num>\\d{2,})");
var rawGameStartTime = ParseFunctions.ExtractValueFromNode(node, "//td[@class='score-time status']");
var rawScore = ParseFunctions.ExtractValueFromNode(node, "//td[@class='score-time score']");
if (!string.IsNullOrEmpty(rawGameStartTime))
{
var time = ParseFunctions.ParseTime(rawGameStartTime);
var gameTime = date.Date.Add(time).Subtract(DataFetcher.TimeOffset);
var scanContext = new ScanContext(gameTime);
home.NextScan = scanContext;
away.NextScan = scanContext;
}
else
{
var gameTime = date.Date.AddHours(16);
var scanContext = new ScanContext(gameTime);
home.NextScan = scanContext;
away.NextScan = scanContext;
}
game = new List <CompetitorData>()
{
home, away
};
}
catch (Exception exception)
{
}
return(game);
}
private void Remove(ScanContext scanContext)
{
TabItem tabItemToRemove = null;
foreach (TabItem tabItem in _tabControl.Items)
{
if (tabItem.DataContext == scanContext)
{
tabItemToRemove = tabItem;
break;
}
}
_tabControl.Items.Remove(tabItemToRemove);
_scanContexts.Remove(scanContext);
}
public void testPickupCash()
{
// The Sim wants a TV -- that's worth massive Room
// The Sim has a lot of cash, but hates spending it -- and doesn't have enough for a TV
// The Sim could sell her daughter's painting (which she doesn't particularly like) to generate some cash (but not enough for a TV)
// Conclusion: the Sim will sell the painting to get cash
TheSims sims = new TheSims();
List <Task> tasks = new List <Task>
{
sims.BuyFridgeAt(13, 14),
sims.SellArtworkAt(13, 10)
};
Dictionary <Resource, double> desires = new Dictionary <Resource, double>
{
{ TheSims.cash, 10 }, // each Simolean is worth 10 happiness to me
{ TheSims.fridge, 100 }, // woah i am seriously hankering for that fridge
{ TheSims.artwork, 7 } // hmm don't really care about that painting so much
};
List <Repositioner> repositioners = new List <Repositioner>
{
new PythagoreanRepositioner(1, new List <Resource> {
TheSims.x, TheSims.z
})
};
ScanContext context = new ScanContext(tasks, desires, repositioners);
Dictionary <Resource, double> startingResources = new Dictionary <Resource, double>
{
{ TheSims.x, 13 },
{ TheSims.cash, 50 }
};
ScanNode result = new Scanner().Scan(context, startingResources);
result.ShouldNotBeNull();
result.task.name.ShouldBe("sell artwork");
double moveCost = 0 * 1.0; // since we never actually buy the fridge
double cashWin = 4 * 10.0; // this is built in to "buy ingredients" task
double artworkCost = 1 * 7.0; // so long, picture
result.profit.ShouldBe(cashWin - artworkCost - moveCost);
}
public void testDeep()
{
TheSims sims = new TheSims();
List <Task> tasks = new List <Task>
{
sims.BakeFood(3, 0),
sims.ServeDinner(9, 0),
sims.BuyIngredients(-4, 0), // here's the fridge!
sims.ChopIngredients(0, 0),
sims.BakeFood(-4, 0) // a second oven exists
};
Dictionary <Resource, double> desires = new Dictionary <Resource, double>
{
{ TheSims.cash, 8 }, // i hate spending cash 8 times as much as i hate walking
{ TheSims.social, 120 } // but OMG i love being social!
};
List <Repositioner> repositioners = new List <Repositioner>()
{
new PythagoreanRepositioner(1, new List <Resource>()
{
TheSims.x, TheSims.z
})
};
ScanContext context = new ScanContext(tasks, desires, repositioners);
Dictionary <Resource, double> startingResources = new Dictionary <Resource, double>
{
{ TheSims.x, 0 },
{ TheSims.cash, 50 }
};
ScanNode result = new Scanner().Scan(context, startingResources);
result.ShouldNotBeNull();
result.task.name.ShouldBe("buy ingredients");
double moveCost = (4 + 4 + 3 + 6) * 1.0; // the dude starts at x position 0 then moves from there
double cashCost = 1 * 8.0; // buy ingredients costs 1 cash
double socialReward = 4 * 120.0; // huge social reward for this sim
result.profit.ShouldBe(socialReward - moveCost - cashCost);
}
public Scanner(ScanContext scanContext)
{
_scanContext = scanContext ?? throw new ArgumentNullException(nameof(scanContext));
}
public TokenTableEntry(ScanContext inputContext, ScanContext outputContext, string pattern, TokenColor color)
: this(inputContext, outputContext, pattern, color, TokenTriggers.None)
{
}
