public Geometry.Box Aabb(Geometry.Traits traits, bool calculateEnvelope)
{
Geometry.Box box = null;
for (int i = 0; i < this.Count; ++i)
{
Geometry.Point p = this[i];
// TODO: in general it's not necessary to create a box here
Geometry.Box b = new Geometry.Box(new Geometry.Point(p[0], p[1]),
new Geometry.Point(p[0], p[1]));
if (box == null)
{
box = b;
}
else
{
if (calculateEnvelope)
{
Geometry.Expand(box, b, traits);
}
else
{
Geometry.Expand(box, b);
}
}
}
if (box == null)
{
Geometry.AssignInverse(box);
}
return(box);
}
public void Draw(Geometry.Box box, Graphics graphics, Settings settings, Geometry.Traits traits)
{
DrawPolygon(this, box, graphics, settings, traits);
}
public Geometry.Box Aabb(Geometry.Traits traits, bool calculateEnvelope)
{
return(AabbPolygon(this, traits, calculateEnvelope));
}
public Geometry.Box Aabb(Geometry.Traits traits, bool calculateEnvelope)
{
return(AabbRange(this, true, traits, calculateEnvelope));
}
private static void DrawPolygon(Geometry.Polygon polygon, Geometry.Box box, Graphics graphics, Settings settings, Geometry.Traits traits)
{
LocalCS cs = new LocalCS(box, graphics);
Drawer drawer = new Drawer(graphics, settings.color);
if (traits.Unit == Geometry.Unit.None)
{
PointF[] dst_outer_points = cs.Convert(polygon.Outer);
if (dst_outer_points != null)
{
GraphicsPath gp = new GraphicsPath();
gp.AddPolygon(dst_outer_points);
if (settings.showDir)
{
drawer.DrawDirs(dst_outer_points, true);
drawer.DrawPoint(dst_outer_points[0]);
}
foreach (Ring inner in polygon.Inners)
{
PointF[] dst_inner_points = cs.Convert(inner);
if (dst_inner_points != null)
{
gp.AddPolygon(dst_inner_points);
if (settings.showDir)
{
drawer.DrawDirs(dst_inner_points, true);
drawer.DrawPoint(dst_inner_points[0]);
}
}
}
drawer.FillPath(gp);
drawer.DrawPath(gp);
}
}
else
{
Drawer.PeriodicDrawablePolygon pd = new Drawer.PeriodicDrawablePolygon(cs, polygon.Outer, polygon.Inners, traits.Unit, settings.densify);
Geometry.Interval interval = RelativeEnvelopeLon(polygon.Outer, polygon.Inners, traits.Unit);
drawer.DrawPeriodic(cs, box, interval, traits.Unit, pd, true, settings.showDir, settings.showDots);
if (settings.showDir)
{
if (settings.showDir && polygon.Outer.Count > 0)
{
drawer.DrawPeriodicPoint(cs, polygon.Outer[0], box, traits.Unit, settings.showDots);
}
foreach (Ring inner in polygon.Inners)
{
if (inner.Count > 0)
{
drawer.DrawPeriodicPoint(cs, inner[0], box, traits.Unit, settings.showDots);
}
}
}
}
}
private void UpdateItems(bool load, int modified_index = -1)
{
m_currentBox = null;
bool imageEmpty = true;
if (ExpressionLoader.Debugger.CurrentMode == dbgDebugMode.dbgBreakMode)
{
if (load)
{
ExpressionLoader.ReloadUserTypes(Util.GetDialogPage <GeneralOptionPage>());
}
ExpressionDrawer.Settings referenceSettings = new ExpressionDrawer.Settings();
PlotWatchOptionPage optionPage = Util.GetDialogPage <PlotWatchOptionPage>();
if (optionPage != null)
{
if (optionPage.ValuePlot_EnableBars || optionPage.ValuePlot_EnableLines || optionPage.ValuePlot_EnablePoints)
{
referenceSettings.valuePlot_enableBars = optionPage.ValuePlot_EnableBars;
referenceSettings.valuePlot_enableLines = optionPage.ValuePlot_EnableLines;
referenceSettings.valuePlot_enablePoints = optionPage.ValuePlot_EnablePoints;
}
if (optionPage.PointPlot_EnableLines || optionPage.PointPlot_EnablePoints)
{
referenceSettings.pointPlot_enableLines = optionPage.PointPlot_EnableLines;
referenceSettings.pointPlot_enablePoints = optionPage.PointPlot_EnablePoints;
}
}
// TODO: Names are redundant
string[] names = new string[Plots.Count];
ExpressionDrawer.Settings[] settings = new ExpressionDrawer.Settings[Plots.Count];
bool tryDrawing = false;
// update the list, gather names and settings
for (int index = 0; index < Plots.Count; ++index)
{
PlotItem geometry = Plots[index];
System.Windows.Media.Color color = geometry.Color;
int colorId = geometry.ColorId;
string type = null;
bool updateRequred = modified_index < 0 || modified_index == index;
if (updateRequred && load)
{
geometry.Drawable = null;
geometry.Traits = null;
}
if (geometry.Name != null && geometry.Name != "")
{
var expressions = updateRequred
? ExpressionLoader.GetExpressions(geometry.Name)
: null;
if (expressions == null || ExpressionLoader.AllValidValues(expressions))
{
if (expressions != null)
{
type = ExpressionLoader.TypeFromExpressions(expressions);
}
names[index] = geometry.Name;
if (updateRequred && geometry.ColorId < 0)
{
colorId = m_intsPool.Pull();
color = Util.ConvertColor(m_colors[colorId]);
}
settings[index] = referenceSettings.CopyColored(color);
tryDrawing = true;
}
}
// set new row
if (updateRequred)
{
ResetAt(new PlotItem(geometry.Drawable, geometry.Traits,
geometry.Name, type, colorId, m_colors),
index);
}
}
// draw variables
if (tryDrawing)
{
int width = (int)System.Math.Round(image.ActualWidth);
int height = (int)System.Math.Round(image.ActualHeight);
if (width > 0 && height > 0)
{
Bitmap bmp = new Bitmap(width, height);
Graphics graphics = Graphics.FromImage(bmp);
graphics.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
graphics.Clear(m_colors.ClearColor);
try
{
ExpressionDrawer.IDrawable[] drawables = new ExpressionDrawer.IDrawable[names.Length];
Geometry.Traits[] traits = new Geometry.Traits[names.Length];
for (int i = 0; i < names.Length; ++i)
{
if (Plots[i].Drawable == null && names[i] != null && names[i] != "")
{
ExpressionDrawer.IDrawable d = null;
Geometry.Traits t = null;
ExpressionLoader.Load(names[i], ExpressionLoader.OnlyMultiPoints, out t, out d);
if (d != null)
{
if (t != null)
{
t = new Geometry.Traits(t.Dimension); // force cartesian
}
d = new ExpressionDrawer.PointsContainer(d as ExpressionDrawer.MultiPoint);
}
else
{
ExpressionLoader.Load(names[i], ExpressionLoader.OnlyContainers, out t, out d);
}
Plots[i].Drawable = d;
Plots[i].Traits = t;
}
drawables[i] = Plots[i].Drawable;
traits[i] = Plots[i].Traits;
}
m_currentBox = ExpressionDrawer.DrawPlots(graphics, drawables, traits, settings, m_colors, m_zoomBox);
}
catch (Exception e)
{
ExpressionDrawer.DrawErrorMessage(graphics, e.Message);
}
image.Source = Util.BitmapToBitmapImage(bmp);
imageEmpty = false;
}
}
}
if (imageEmpty)
{
image.Source = Util.BitmapToBitmapImage(m_emptyBitmap);
}
imageGrid.ContextMenu = new ContextMenu();
MenuItem mi = new MenuItem();
mi.Header = "Copy";
mi.Click += MenuItem_Copy;
if (imageEmpty)
{
mi.IsEnabled = false;
}
imageGrid.ContextMenu.Items.Add(mi);
imageGrid.ContextMenu.Items.Add(new Separator());
MenuItem mi2 = new MenuItem();
mi2.Header = "Reset View";
mi2.Click += MenuItem_ResetZoom;
if (imageEmpty)
{
mi2.IsEnabled = false;
}
imageGrid.ContextMenu.Items.Add(mi2);
}
private void UpdateItem(bool load, int index)
{
GraphicalItem variable = Variables[index];
if (ExpressionLoader.IsBreakMode)
{
if (load)
{
ExpressionLoader.ReloadUserTypes(Util.GetDialogPage <GeneralOptionPage>());
}
// Load settings from option page
ExpressionDrawer.Settings settings = GetOptions();
(dataGrid.Columns[1] as DataGridTemplateColumn).Width = settings.imageWidth + 1;
dataGrid.RowHeight = settings.imageHeight + 1;
if (load)
{
variable.Drawable = null;
variable.Traits = null;
variable.Bmp = null;
variable.Type = null;
variable.Error = null;
}
if (variable.Name != null && variable.Name != "")
{
var expressions = ExpressionLoader.GetExpressions(variable.Name);
if (ExpressionLoader.AllValidValues(expressions))
{
// create bitmap
variable.Bmp = new Bitmap(settings.imageWidth, settings.imageHeight);
Graphics graphics = Graphics.FromImage(variable.Bmp);
graphics.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
graphics.Clear(Util.Colors.ClearColor);
try
{
if (variable.Drawable == null)
{
Geometry.Traits traits = null;
ExpressionDrawer.IDrawable drawable = null;
ExpressionLoader.Load(variable.Name, out traits, out drawable);
if (drawable != null &&
settings.displayMultiPointsAsPlots &&
drawable is ExpressionDrawer.MultiPoint)
{
drawable = new ExpressionDrawer.PointsContainer(drawable as ExpressionDrawer.MultiPoint);
}
variable.Drawable = drawable;
variable.Traits = traits;
}
else
{
if (settings.displayMultiPointsAsPlots &&
variable.Drawable is ExpressionDrawer.MultiPoint)
{
variable.Drawable = new ExpressionDrawer.PointsContainer(variable.Drawable as ExpressionDrawer.MultiPoint);
}
else if (!settings.displayMultiPointsAsPlots &&
variable.Drawable is ExpressionDrawer.PointsContainer)
{
variable.Drawable = (variable.Drawable as ExpressionDrawer.PointsContainer).MultiPoint;
}
}
if (!ExpressionDrawer.Draw(graphics, variable.Drawable, variable.Traits, settings, Util.Colors))
{
variable.Bmp = null;
}
variable.Error = null;
}
catch (Exception e)
{
variable.Bmp = null;
variable.Error = e.Message;
}
variable.Type = ExpressionLoader.TypeFromExpressions(expressions);
}
}
}
// set new row
ResetAt(variable.ShallowCopy(), index);
}
public void Draw(Geometry.Box box, Graphics graphics, Settings settings, Geometry.Traits traits)
{
LocalCS cs = new LocalCS(box, graphics);
Drawer drawer = new Drawer(graphics, settings.color);
double width = Dim(0);
double height = Dim(1);
float rw = cs.ConvertDimensionX(Math.Abs(width));
float rh = cs.ConvertDimensionY(Math.Abs(height));
if (traits.Unit == Geometry.Unit.None)
{
float rx = cs.ConvertX(Math.Min(Min[0], Max[0]));
float ry = cs.ConvertY(Math.Max(Min[1], Max[1]));
if (rw == 0 && rh == 0)
{
drawer.DrawPoint(rx, ry);
}
else if (rw == 0 || rh == 0)
{
drawer.DrawLine(rx, ry, rx + rw, ry + rh);
}
else
{
drawer.DrawRectangle(rx, ry, rw, rh);
bool isInvalid = width < 0 || height < 0;
if (!isInvalid)
{
drawer.FillRectangle(rx, ry, rw, rh);
}
else
{
drawer.DrawLine(rx, ry, rx + rw, ry + rh);
drawer.DrawLine(rx + rw, ry, rx, ry + rh);
}
}
}
else // Radian, Degree
{
if (rw == 0 && rh == 0)
{
drawer.DrawPeriodicPoint(cs, Min, box, traits.Unit, settings.showDots);
}
else if (rw == 0 || rh == 0)
{
Geometry.Segment seg = new Geometry.Segment(Min, Max);
Drawer.PeriodicDrawableBox pd = new Drawer.PeriodicDrawableBox(cs, seg, traits.Unit);
Geometry.Interval interval = RelativeEnvelopeLon(seg, false, traits.Unit);
drawer.DrawPeriodic(cs, box, interval, traits.Unit, pd, false, false, settings.showDots);
}
else
{
Geometry.Ring ring = new Geometry.Ring();
ring.Add(new Geometry.Point(Min[0], Min[1]));
ring.Add(new Geometry.Point(Max[0], Min[1]));
ring.Add(new Geometry.Point(Max[0], Max[1]));
ring.Add(new Geometry.Point(Min[0], Max[1]));
Drawer.PeriodicDrawableBox pd = new Drawer.PeriodicDrawableBox(cs, ring, traits.Unit);
Geometry.Interval interval = RelativeEnvelopeLon(ring, true, traits.Unit);
drawer.DrawPeriodic(cs, box, interval, traits.Unit, pd, true, false, settings.showDots);
}
}
}
public Geometry.Box Aabb(Geometry.Traits traits, bool calculateEnvelope)
{
return(calculateEnvelope
? Geometry.Envelope(this, traits)
: Geometry.Aabb(this, traits));
}
private static void DrawPoint(Geometry.Point point, Geometry.Box box, Graphics graphics, Settings settings, Geometry.Traits traits)
{
LocalCS cs = new LocalCS(box, graphics);
Drawer drawer = new Drawer(graphics, settings.color);
if (traits.Unit == Geometry.Unit.None)
{
PointF p = cs.Convert(point);
drawer.DrawPoint(p);
}
else // Radian, Degree
{
drawer.DrawPeriodicPoint(cs, point, box, traits.Unit, settings.showDots);
}
}
public Geometry.Box Aabb(Geometry.Traits traits, bool calculateEnvelope)
{
return(new Geometry.Box(this, this));
}
// For GeometryWatch and PlotWatch
static Geometry.Box Draw(Graphics graphics, bool ignoreTraits,
IDrawable[] drawables, Geometry.Traits[] traits,
Settings[] settings, Colors colors, ZoomBox zoomBox)
{
if (drawables.Length != traits.Length || drawables.Length != settings.Length)
{
throw new ArgumentOutOfRangeException("drawables.Length, traits.Length, settings.Length");
}
Geometry.Box box = new Geometry.Box();
Geometry.AssignInverse(box);
int drawnCount = 0;
int count = drawables.Length;
bool[] drawnFlags = new bool[count];
HashSet <int> dimensions = new HashSet <int>();
HashSet <Geometry.CoordinateSystem> csystems = new HashSet <Geometry.CoordinateSystem>();
HashSet <Geometry.Unit> units = new HashSet <Geometry.Unit>();
for (int i = 0; i < count; ++i)
{
if (ignoreTraits)
{
traits[i] = null;
}
if (drawables[i] != null)
{
if (traits[i] != null)
{
dimensions.Add(traits[i].Dimension);
csystems.Add(traits[i].CoordinateSystem);
units.Add(traits[i].Unit);
}
Geometry.Box aabb = drawables[i].Aabb(traits[i], false);
Geometry.Expand(box, aabb);
++drawnCount;
drawnFlags[i] = aabb.IsValid();
}
}
if (drawnCount > 0)
{
if (csystems.Count > 1)
{
throw new Exception("Multiple coordinate systems detected.");
}
if (csystems.Count > 0 && csystems.First() == Geometry.CoordinateSystem.SphericalPolar)
{
throw new Exception("This coordinate system is not yet supported.");
}
if (units.Count > 1)
{
throw new Exception("Multiple units detected.");
}
Geometry.Traits commonTraits = (dimensions.Count > 0 && csystems.Count > 0 && units.Count > 0)
? new Geometry.Traits(dimensions.Max(), csystems.First(), units.First())
: null;
bool fill = (commonTraits == null);
// Fragment of the box
if (box.IsValid() && zoomBox.IsZoomed())
{
// window coordinates of the box
LocalCS cs = new LocalCS(box, graphics, fill);
box = cs.BoxFromZoomBox(zoomBox);
// TODO: With current approach changing the original box (resize, enlarge, etc.)
// may produce wierd results because zoomBox is relative to the original box.
}
// Axes
if (box.IsValid())
{
Geometry.Unit unit = commonTraits != null ? commonTraits.Unit : Geometry.Unit.None;
Drawer.DrawAxes(graphics, box, unit, colors, fill);
}
// Drawables
for (int i = 0; i < count; ++i)
{
if (drawables[i] != null && drawnFlags[i] == true)
{
drawables[i].Draw(box, graphics, settings[i], commonTraits);
}
}
// Scales
if (box.IsValid())
{
Drawer.DrawScales(graphics, box, colors, fill);
}
// CS info
if (commonTraits != null)
{
SolidBrush brush = new SolidBrush(colors.TextColor);
Font font = new Font(new FontFamily(System.Drawing.Text.GenericFontFamilies.SansSerif), 10);
string str = Geometry.Name(csystems.First());
if (units.First() != Geometry.Unit.None)
{
str += '[' + Geometry.Name(units.First()) + ']';
}
graphics.DrawString(str, font, brush, 0, 0);
}
return(box);
}
return(null);
}
public Geometry.Box Aabb(Geometry.Traits traits, bool calculateEnvelope)
{
return(new Geometry.Box(point, point));
}
public static bool DrawAabb(Graphics graphics, Geometry.Box box, Geometry.Traits traits, Colors colors)
{
if (!box.IsValid())
{
return(false);
}
LocalCS cs = new LocalCS(box, graphics);
// Axes
float h = graphics.VisibleClipBounds.Height;
float w = graphics.VisibleClipBounds.Width;
Pen prime_pen = new Pen(colors.AxisColor, 1);
if (traits.Unit == Geometry.Unit.None)
{
// Y axis
float x0 = cs.ConvertX(0.0);
graphics.DrawLine(prime_pen, x0, 0, x0, h);
// X axis
float y0 = cs.ConvertY(0.0);
graphics.DrawLine(prime_pen, 0, y0, w, y0);
}
else
{
Pen anti_pen = new Pen(colors.AxisColor, 1);
anti_pen.DashStyle = DashStyle.Custom;
anti_pen.DashPattern = new float[] { 5, 5 };
double pi = Geometry.HalfAngle(traits.Unit);
double anti_mer = Geometry.NearestAntimeridian(box.Min[0], -1, traits.Unit);
double prime_mer = anti_mer + pi;
double next_anti_mer = anti_mer + 2 * pi;
double next_prime_mer = prime_mer + 2 * pi;
float anti_mer_f = cs.ConvertX(anti_mer);
float anti_mer_step = cs.ConvertX(next_anti_mer) - anti_mer_f;
float prime_mer_f = cs.ConvertX(prime_mer);
float prime_mer_step = cs.ConvertX(next_prime_mer) - prime_mer_f;
// Antimeridians
for (; anti_mer_f <= w; anti_mer_f += anti_mer_step)
{
if (anti_mer_f >= 0)
{
graphics.DrawLine(anti_pen, anti_mer_f, 0, anti_mer_f, h);
}
}
// Prime meridians
for (; prime_mer_f <= w; prime_mer_f += prime_mer_step)
{
if (prime_mer_f >= 0)
{
graphics.DrawLine(prime_pen, prime_mer_f, 0, prime_mer_f, h);
}
}
// Equator
float e = cs.ConvertY(0.0);
if (0 <= e && e <= h)
{
graphics.DrawLine(prime_pen, 0, e, w, e);
}
// North pole
float n = cs.ConvertY(pi / 2);
if (0 <= n && n <= h)
{
graphics.DrawLine(anti_pen, 0, n, w, n);
}
// South pole
float s = cs.ConvertY(-pi / 2);
if (0 <= s && s <= h)
{
graphics.DrawLine(anti_pen, 0, s, w, s);
}
}
// Aabb
float min_x = cs.ConvertX(box.Min[0]);
float min_y = cs.ConvertY(box.Min[1]);
float max_x = cs.ConvertX(box.Max[0]);
float max_y = cs.ConvertY(box.Max[1]);
Pen penAabb = new Pen(colors.AabbColor, 1);
graphics.DrawLine(penAabb, min_x - 1, min_y, min_x + 5, min_y);
graphics.DrawLine(penAabb, min_x, min_y - 5, min_x, min_y + 1);
graphics.DrawLine(penAabb, max_x - 5, max_y, max_x + 1, max_y);
graphics.DrawLine(penAabb, max_x, max_y - 1, max_x, max_y + 5);
// Aabb's coordinates
float maxHeight = 20.0f;// Math.Min(Math.Max(graphics.VisibleClipBounds.Height - min_y, 0.0f), 20.0f);
if (maxHeight > 1)
{
string min_x_str = box.Min[0].ToString("0.00", System.Globalization.CultureInfo.InvariantCulture);
string min_y_str = box.Min[1].ToString("0.00", System.Globalization.CultureInfo.InvariantCulture);
string max_x_str = box.Max[0].ToString("0.00", System.Globalization.CultureInfo.InvariantCulture);
string max_y_str = box.Max[1].ToString("0.00", System.Globalization.CultureInfo.InvariantCulture);
Font font = new Font(new FontFamily(System.Drawing.Text.GenericFontFamilies.SansSerif), maxHeight / 2.0f);
StringFormat drawFormat = new StringFormat();
drawFormat.Alignment = StringAlignment.Center;
string minStr = "(" + min_x_str + " " + min_y_str + ")";
string maxStr = "(" + max_x_str + " " + max_y_str + ")";
SizeF minSize = graphics.MeasureString(minStr, font);
SizeF maxSize = graphics.MeasureString(maxStr, font);
RectangleF drawRectMin = new RectangleF(Math.Max(min_x - minSize.Width, 0.0f),
Math.Min(min_y + 2, graphics.VisibleClipBounds.Height - maxSize.Height),
minSize.Width,
minSize.Height);
RectangleF drawRectMax = new RectangleF(Math.Min(max_x, graphics.VisibleClipBounds.Width - maxSize.Width),
Math.Max(max_y - maxHeight, 0.0f),
maxSize.Width,
maxSize.Height);
SolidBrush brushText = new SolidBrush(colors.TextColor);
graphics.DrawString(minStr, font, brushText, drawRectMin, drawFormat);
graphics.DrawString(maxStr, font, brushText, drawRectMax, drawFormat);
}
return(true);
}
public void DrawPoint(Geometry.Box box, Graphics graphics, Settings settings, Geometry.Traits traits)
{
ExpressionDrawer.DrawPoint(point, box, graphics, settings, traits);
}
private static void DrawLinestring(Geometry.Linestring linestring, Geometry.Box box, Graphics graphics, Settings settings, Geometry.Traits traits)
{
LocalCS cs = new LocalCS(box, graphics);
Drawer drawer = new Drawer(graphics, settings.color);
if (traits.Unit == Geometry.Unit.None)
{
for (int i = 1; i < linestring.Count; ++i)
{
PointF p0 = cs.Convert(linestring[i - 1]);
PointF p1 = cs.Convert(linestring[i]);
drawer.DrawLine(p0, p1);
if (settings.showDir)
{
drawer.DrawDir(p0, p1);
}
}
}
else // Radian, Degree
{
Drawer.PeriodicDrawableRange pd = new Drawer.PeriodicDrawableRange(cs, linestring, false, traits.Unit, settings.densify);
Geometry.Interval interval = RelativeEnvelopeLon(linestring, false, traits.Unit);
drawer.DrawPeriodic(cs, box, interval, traits.Unit, pd, false, settings.showDir, settings.showDots);
}
}
private void UpdateItem(bool load, int index)
{
GraphicalItem variable = Variables[index];
Bitmap bmp = null;
string type = null;
if (ExpressionLoader.Debugger.CurrentMode == dbgDebugMode.dbgBreakMode)
{
// Empty color - use default
ExpressionDrawer.Settings settings = new ExpressionDrawer.Settings();
settings.densify = true;
settings.showDir = false;
settings.showLabels = false;
settings.showDots = false;
// Other settings
int imageWidth = 100;
int imageHeight = 100;
bool displayMultiPointsAsPlots = false;
// Load settings from option page
GraphicalWatchOptionPage optionPage = Util.GetDialogPage <GraphicalWatchOptionPage>();
if (optionPage != null)
{
if (optionPage.ValuePlot_EnableBars || optionPage.ValuePlot_EnableLines || optionPage.ValuePlot_EnablePoints)
{
settings.valuePlot_enableBars = optionPage.ValuePlot_EnableBars;
settings.valuePlot_enableLines = optionPage.ValuePlot_EnableLines;
settings.valuePlot_enablePoints = optionPage.ValuePlot_EnablePoints;
}
if (optionPage.PointPlot_EnableLines || optionPage.PointPlot_EnablePoints)
{
settings.pointPlot_enableLines = optionPage.PointPlot_EnableLines;
settings.pointPlot_enablePoints = optionPage.PointPlot_EnablePoints;
}
settings.densify = optionPage.Densify;
settings.showDir = optionPage.EnableDirections;
settings.showLabels = optionPage.EnableLabels;
settings.showDots = false;
imageHeight = Math.Max(optionPage.ImageHeight, 20);
imageWidth = Math.Max(optionPage.ImageWidth, 20);
displayMultiPointsAsPlots = optionPage.MultiPointDisplayMode == GraphicalWatchOptionPage.MultiPointDisplayModeValue.PointPlot;
}
(dataGrid.Columns[1] as DataGridTemplateColumn).Width = imageWidth + 1;
dataGrid.RowHeight = imageHeight + 1;
if (load)
{
variable.Drawable = null;
variable.Traits = null;
}
if (variable.Name != null && variable.Name != "")
{
var expression = ExpressionLoader.Debugger.GetExpression(variable.Name);
if (expression.IsValidValue)
{
// create bitmap
bmp = new Bitmap(imageWidth, imageHeight);
Graphics graphics = Graphics.FromImage(bmp);
graphics.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
graphics.Clear(m_colors.ClearColor);
try
{
if (variable.Drawable == null)
{
Geometry.Traits traits = null;
ExpressionDrawer.IDrawable drawable = null;
ExpressionLoader.Load(variable.Name, out traits, out drawable);
if (drawable != null && displayMultiPointsAsPlots && drawable is ExpressionDrawer.MultiPoint)
{
drawable = new ExpressionDrawer.PointsContainer(drawable as ExpressionDrawer.MultiPoint);
}
variable.Drawable = drawable;
variable.Traits = traits;
}
else
{
if (displayMultiPointsAsPlots && variable.Drawable is ExpressionDrawer.MultiPoint)
{
variable.Drawable = new ExpressionDrawer.PointsContainer(variable.Drawable as ExpressionDrawer.MultiPoint);
}
else if (!displayMultiPointsAsPlots && variable.Drawable is ExpressionDrawer.PointsContainer)
{
variable.Drawable = (variable.Drawable as ExpressionDrawer.PointsContainer).MultiPoint;
}
}
if (!ExpressionDrawer.Draw(graphics, variable.Drawable, variable.Traits, settings, m_colors))
{
bmp = null;
}
}
catch (Exception)
{
bmp = null;
}
type = expression.Type;
}
}
}
// set new row
ResetAt(new GraphicalItem(variable.Drawable, variable.Traits, variable.Name, bmp, type), index);
}
private static Geometry.Box AabbRange(Geometry.IRandomAccessRange <Geometry.Point> rng, bool closed, Geometry.Traits traits, bool calculateEnvelope)
{
return(calculateEnvelope
? Geometry.Envelope(rng, closed, traits)
: Geometry.Aabb(rng, closed, traits.Unit));
}
private void UpdateItems(bool load, int modified_index = -1)
{
m_currentBox = null;
bool imageEmpty = true;
if (ExpressionLoader.Debugger.CurrentMode == dbgDebugMode.dbgBreakMode)
{
if (load)
{
ExpressionLoader.ReloadUserTypes(Util.GetDialogPage <GeneralOptionPage>());
}
ExpressionDrawer.Settings referenceSettings = new ExpressionDrawer.Settings();
GeometryWatchOptionPage optionPage = Util.GetDialogPage <GeometryWatchOptionPage>();
if (optionPage != null)
{
referenceSettings.densify = optionPage.Densify;
referenceSettings.showDir = optionPage.EnableDirections;
referenceSettings.showLabels = optionPage.EnableLabels;
referenceSettings.showDots = true;
}
// TODO: Names are redundant
string[] names = new string[Geometries.Count];
ExpressionDrawer.Settings[] settings = new ExpressionDrawer.Settings[Geometries.Count];
bool tryDrawing = false;
// update the list, gather names and settings
for (int index = 0; index < Geometries.Count; ++index)
{
GeometryItem geometry = Geometries[index];
System.Windows.Media.Color color = geometry.Color;
int colorId = geometry.ColorId;
string type = null;
bool updateRequred = modified_index < 0 || modified_index == index;
if (updateRequred && load)
{
geometry.Drawable = null;
geometry.Traits = null;
}
if (geometry.Name != null && geometry.Name != "")
{
var expressions = updateRequred
? ExpressionLoader.GetExpressions(geometry.Name)
: null;
if (expressions == null || ExpressionLoader.AllValidValues(expressions))
{
if (expressions != null)
{
type = ExpressionLoader.TypeFromExpressions(expressions);
}
names[index] = geometry.Name;
if (updateRequred && geometry.ColorId < 0)
{
colorId = m_intsPool.Pull();
color = Util.ConvertColor(m_colors[colorId]);
}
settings[index] = referenceSettings.CopyColored(color);
tryDrawing = true;
}
}
// set new row
if (updateRequred)
{
ResetAt(new GeometryItem(geometry.Drawable, geometry.Traits,
geometry.Name, type, colorId, m_colors),
index);
}
}
// draw variables
if (tryDrawing)
{
int width = (int)System.Math.Round(image.ActualWidth);
int height = (int)System.Math.Round(image.ActualHeight);
if (width > 0 && height > 0)
{
Bitmap bmp = new Bitmap(width, height);
Graphics graphics = Graphics.FromImage(bmp);
graphics.SmoothingMode = System.Drawing.Drawing2D.SmoothingMode.AntiAlias;
graphics.Clear(m_colors.ClearColor);
try
{
ExpressionDrawer.IDrawable[] drawables = new ExpressionDrawer.IDrawable[names.Length];
Geometry.Traits[] traits = new Geometry.Traits[names.Length];
for (int i = 0; i < names.Length; ++i)
{
if (Geometries[i].Drawable == null && names[i] != null && names[i] != "")
{
try
{
// TODO: Unify the loading of empty geometries.
// For empty linestring the coordinate system name is drawn
// however for empty multilinestring it is not. The reason
// is that in the latter case null drawable and traits are
// returned becasue traits are loaded from an element
// (linestring) but there are no elements since the
// multi-geometry is empty.
ExpressionDrawer.IDrawable d = null;
Geometry.Traits t = null;
ExpressionLoader.Load(names[i],
ExpressionLoader.OnlyGeometriesOrGeometryContainer,
out t, out d);
if (t == null) // Traits has to be defined for Geometry
{
d = null;
}
Geometries[i].Drawable = d;
Geometries[i].Traits = t;
Geometries[i].Error = null;
}
catch (Exception e)
{
Geometries[i].Error = e.Message;
}
}
drawables[i] = Geometries[i].Drawable;
traits[i] = Geometries[i].Traits;
}
m_currentBox = ExpressionDrawer.DrawGeometries(graphics, drawables, traits, settings, m_colors, m_zoomBox);
}
catch (Exception e)
{
ExpressionDrawer.DrawErrorMessage(graphics, e.Message);
}
image.Source = Util.BitmapToBitmapImage(bmp);
imageEmpty = false;
}
}
}
if (imageEmpty)
{
image.Source = Util.BitmapToBitmapImage(m_emptyBitmap);
}
imageGrid.ContextMenu = new ContextMenu();
MenuItem mi = new MenuItem();
mi.Header = "Copy";
mi.Click += MenuItem_Copy;
if (imageEmpty)
{
mi.IsEnabled = false;
}
imageGrid.ContextMenu.Items.Add(mi);
imageGrid.ContextMenu.Items.Add(new Separator());
MenuItem mi2 = new MenuItem();
mi2.Header = "Reset View";
mi2.Click += MenuItem_ResetZoom;
if (imageEmpty)
{
mi2.IsEnabled = false;
}
imageGrid.ContextMenu.Items.Add(mi2);
}
public override void Load(Loaders loaders, MemoryReader mreader, Debugger debugger,
string name, string type,
out Geometry.Traits traits,
out ExpressionDrawer.Image result,
LoadCallback callback)
{
traits = null;
result = null;
// NOTE: If the image is not created at the point of debugging, so the variable is
// uninitialized, the size may be out of bounds of int32 range. In this case the
// exception is thrown here and this is ok. However if there is some garbage in
// memory random size could be loaded here. Then also the memory probably points
// to some random place in memory (maybe protected?) so the result will probably
// be another exception which is fine or an image containing noise from memory.
int width = ExpressionParser.LoadSize(debugger, name + "._view._dimensions.x");
int height = ExpressionParser.LoadSize(debugger, name + "._view._dimensions.y");
if (width < 1 || height < 1)
{
return;
}
string pixelType, isPlanarStr;
if (!Util.Tparams(type, out pixelType, out isPlanarStr))
{
return;
}
string pixelId = Util.BaseType(pixelType);
if (pixelId != "boost::gil::pixel")
{
return;
}
bool isPlanar = (isPlanarStr == "1");
string channelValueType, layoutType;
if (!Util.Tparams(pixelType, out channelValueType, out layoutType))
{
return;
}
string layoutId = Util.BaseType(layoutType);
if (layoutId != "boost::gil::layout")
{
return;
}
string colorSpaceType, channelMappingType;
if (!Util.Tparams(layoutType, out colorSpaceType, out channelMappingType))
{
return;
}
ChannelValueKind channelValueKind = ChannelValueKind.Unknown;
int channelValueSize = 0;
ParseChannelValue(debugger, channelValueType, out channelValueKind, out channelValueSize);
if (channelValueKind == ChannelValueKind.Unknown || channelValueSize == 0)
{
return;
}
string colorSpaceId = Util.BaseType(colorSpaceType);
ColorSpace colorSpace = ParseColorSpace(colorSpaceType);
int colorSpaceSize = ColorSpaceSize(colorSpace);
if (colorSpace == ColorSpace.Unknown || colorSpaceSize == 0)
{
return;
}
Layout layout = ParseChannelMapping(colorSpace, channelMappingType);
if (layout == Layout.Unknown)
{
return;
}
if (channelValueSize != 1 &&
channelValueSize != 2 &&
channelValueSize != 4 &&
channelValueSize != 8)
{
return;
}
// TODO: size_t? ulong?
int bytesCount = width * height * colorSpaceSize * channelValueSize;
byte[] memory = new byte[bytesCount];
bool isLoaded = false;
if (mreader != null)
{
ulong address = ExpressionParser.GetValueAddress(debugger, name + "._memory[0]");
if (address == 0)
{
return;
}
isLoaded = mreader.ReadBytes(address, memory);
}
if (!isLoaded)
{
// Parsing the memory byte by byte may take very long time
// even for small images. So don't do it.
return;
}
LayoutMapper layoutMapper = GetLayoutMapper(layout);
if (layoutMapper == null)
{
return;
}
// Use Pixel format native to Gil Image?
System.Drawing.Bitmap bmp = new System.Drawing.Bitmap(width, height);
for (int j = 0; j < height; ++j)
{
for (int i = 0; i < width; ++i)
{
int pixelIndex = (j * width + i);
// The raw bytes are converted into channel values pixel by pixel.
// It could be more efficient to convert all channel values at once first
// and only create pixels from array of channels in this loop.
// Another thing is that when channels are always converted to byte
// the information is lost. This information could be used during potential
// conversion in GetColor() below (cmyk->rgb). Channels could be returned
// as float[]. In practice the eye will probably not notice the difference.
byte[] channels = isPlanar
? GetChannelsPlanar(memory,
pixelIndex,
channelValueKind, channelValueSize, colorSpaceSize)
: GetChannelsInterleaved(memory,
pixelIndex,
channelValueKind, channelValueSize, colorSpaceSize);
if (channels == null)
{
return;
}
System.Drawing.Color c = layoutMapper.GetColor(channels);
bmp.SetPixel(i, j, c);
// TODO: Checked per pixel. Too often?
// But it's the same for geometries (ForEachMemoryBlock).
if (!callback())
{
return;
}
}
}
result = new ExpressionDrawer.Image(bmp);
}