Example 416: 3D Scatter with complex annotations AxisDirection MajorMinorRadii
Pe3do3D Scientific Objectadvanced
3D Scatter with complex annotations AxisDirection MajorMinorRadii
Form6.cs
1//! Double Click to start and stop Auto Rotation. //2//! Click and drag scroll bar thumb tabs to quickly rotate. //3//! Right button click to show popup menu. //4 5// Non-Surface chart, set PolyMode //6Pe3do1.PePlot.PolyMode = PolyMode.Scatter;7 8// Set the amount of data //9Pe3do1.PeData.Subsets = 10;10Pe3do1.PeData.Points = 100;11 12Pe3do1.PeData.X[9, 99] = 0.0F; // tip to pre allocate memory if not using FastCopyFrom13Pe3do1.PeData.Y[9, 99] = 0.0F; // set last point first14Pe3do1.PeData.Z[9, 99] = 0.0F; // but it's not critical15 16// Pass data, First two subsets //17int s, p;18for (s = 0; s <= 1; s++)19{20 for (p = 0; p <= 99; p++)21 {22 Pe3do1.PeData.X[s, p] = (float)(10.0F * Math.Cos(p * 0.24));23 if (s == 0)24 Pe3do1.PeData.Y[s, p] = (float)((30.0F * Math.Cos(p * 0.22)) + (10.0F * Math.Sin((s * 0.1) * 0.94)));25 else26 Pe3do1.PeData.Y[s, p] = (float)((30.0F * Math.Cos(p * 0.1)) + (10.0F * Math.Cos((s * 0.25) * 0.6)));27 Pe3do1.PeData.Z[s, p] = (float)(10.0F * (Math.Sin(p * 0.08)));28 }29}30 31float f2, f;32for (s = 2; s <= 3; s++)33{34 for (p = 0; p <= 99; p++)35 {36 f2 = (float)(15.0F * Math.Cos(p * 0.14));37 f2 = f2 + 50;38 Pe3do1.PeData.X[s, p] = f2;39 if (s == 2)40 {41 f = (float)((15.0 * Math.Cos(p * 0.2)) + (30.0F * Math.Sin((s * 0.1) * 0.74)));42 Pe3do1.PeData.Y[s, p] = 30.0F + f;43 }44 else45 {46 f = (float)((15.0F * Math.Cos(p * 0.1)) + (30.0F * Math.Cos((s * 0.25) * 0.74)));47 Pe3do1.PeData.Y[s, p] = -30.0F + f;48 }49 f = (float)(15.0F * (Math.Sin(p * 0.16)));50 Pe3do1.PeData.Z[s, p] = f + 50.0F;51 }52}53 54// Pass more data, Third two subsets //55for (s = 4; s <= 5; s++)56{57 for (p = 0; p <= 99; p++)58 {59 f2 = (float)(10.0F * Math.Cos(p * 0.07));60 f2 = f2 - 50;61 Pe3do1.PeData.X[s, p] = f2;62 if (s == 4)63 {64 f = (float)((10.0F * Math.Cos(p * 0.08)) + (20.0 * Math.Sin((s * 0.07) * 0.64)));65 Pe3do1.PeData.Y[s, p] = f + 50;66 }67 else68 {69 f = (float)((10.0F * Math.Cos(p * 0.2)) + (20.0F * Math.Cos((s * 0.15) * 1.94)));70 Pe3do1.PeData.Y[s, p] = f + 40.0F;71 }72 f = (float)(10.0F * (Math.Sin(p * 0.09)));73 Pe3do1.PeData.Z[s, p] = f + 50.0F;74 }75}76 77// Pass more data, Fourth two subsets //78for (s = 6; s <= 7; s++)79{80 for (p = 0; p <= 99; p++)81 {82 f2 = (float)(14.0F * Math.Cos(p * 0.12));83 f2 = f2 - 50;84 Pe3do1.PeData.X[s, p] = f2;85 if (s == 6)86 {87 f = (float)((14.0F * Math.Cos(p * 0.3)) + (20.0F * Math.Sin((s * 0.08) * 1.74)));88 Pe3do1.PeData.Y[s, p] = f - 30.0F;89 }90 else91 {92 f = (float)((14.0F * Math.Cos(p * 0.2)) + (20.0F * Math.Cos((s * 0.75) * 0.77)));93 Pe3do1.PeData.Y[s, p] = f - 30.0F;94 }95 f = (float)(12.0F * (Math.Sin(p * 0.36)));96 Pe3do1.PeData.Z[s, p] = f - 50.0F;97 }98}99 100// Pass more data, Fifth two subsets //101for (s = 8; s <= 9; s++)102{103 for (p = 0; p <= 99; p++)104 {105 f2 = (float)(12.0F * Math.Cos(p * 0.14));106 f2 = f2 + 50.0F;107 Pe3do1.PeData.X[s, p] = f2;108 if (s == 8)109 {110 f = (float)((12.0F * Math.Cos(p * 0.1)) + (20.0F * Math.Sin((s * 0.02) * 3.74)));111 Pe3do1.PeData.Y[s, p] = f + 40.0F;112 }113 else114 {115 f = (float)((12.0F * Math.Cos(p * 0.2)) + (20.0F * Math.Cos((s * 0.05) * 5.74)));116 Pe3do1.PeData.Y[s, p] = f + 50.0F;117 }118 f = (float)(12.0F * (Math.Sin(p * 0.16)));119 Pe3do1.PeData.Z[s, p] = f - 50.0F;120 }121}122 123// Manually scaling Plus setting GridAspect helps knowing ratios when determine annotation radius values below //124 125Pe3do1.PeGrid.Configure.ManualScaleControlX = ManualScaleControl.MinMax;126Pe3do1.PeGrid.Configure.ManualMinX = -80;127Pe3do1.PeGrid.Configure.ManualMaxX = 80;128 129Pe3do1.PeGrid.Configure.ManualScaleControlZ = ManualScaleControl.MinMax;130Pe3do1.PeGrid.Configure.ManualMinZ = -80;131Pe3do1.PeGrid.Configure.ManualMaxZ = 80;132 133Pe3do1.PeGrid.Configure.ManualScaleControlY = ManualScaleControl.MinMax;134Pe3do1.PeGrid.Configure.ManualMinY = -80;135Pe3do1.PeGrid.Configure.ManualMaxY = 80;136 137Pe3do1.PeGrid.Option.GridAspectY = 1.0F;138Pe3do1.PeGrid.Option.GridAspectX = 1.0F;139Pe3do1.PeGrid.Option.GridAspectZ = 1.0F;140 142Pe3do1.PeFont.Fixed = true;143 144Pe3do1.PeString.MainTitle = "3D Scatter plus Complex Annotations";145Pe3do1.PeString.SubTitle = "Annotations via Axis Direction vector and Major Minor Radii";146Pe3do1.PeString.MultiSubTitles[0] = "|MouseMove draws ellipse perpendicular to data|";147 148Pe3do1.PeConfigure.RenderEngine = RenderEngine.Direct3D;149Pe3do1.PeColor.BitmapGradientMode = false;150Pe3do1.PeColor.QuickStyle = QuickStyle.DarkNoBorder;151 152Pe3do1.PeColor.GraphForeground = Color.White;153Pe3do1.PeColor.XZBackColor = Color.FromArgb(255, 85, 85, 85);154Pe3do1.PeColor.YBackColor = Color.FromArgb(255, 85, 85, 85);155 156// Set Zoom Limits on MouseWheel Zooming157Pe3do1.PePlot.Option.DxZoomMax = 4.0F;158Pe3do1.PePlot.Option.DxZoomMin = -3.0F;159Pe3do1.PePlot.Option.DxViewportPanFactor = 1.25F; // Make Shift and Drag more responsive160Pe3do1.PeUserInterface.Scrollbar.MouseWheelZoomFactor = 3.5F; // Set MouseWheel Zoom more responsive161 162// Enable smooth rotating and zooming //163Pe3do1.PeUserInterface.Scrollbar.ScrollSmoothness = 5;164Pe3do1.PeUserInterface.Scrollbar.MouseWheelZoomSmoothness = 5;165Pe3do1.PeUserInterface.Scrollbar.PinchZoomSmoothness = 2;166 167// Do not auto fit to shape of window //168Pe3do1.PePlot.Option.DxFitControlShape = false;169 170// Set camera position //171Pe3do1.PeUserInterface.Scrollbar.ViewingHeight = 28;172Pe3do1.PeUserInterface.Scrollbar.DegreeOfRotation = 307;173Pe3do1.PePlot.Option.DxZoom = 1.05F;174 175// Enable button dragging //176Pe3do1.PeUserInterface.Scrollbar.MouseDraggingX = true;177Pe3do1.PeUserInterface.Scrollbar.MouseDraggingY = true;178 179Pe3do1.PeUserInterface.Menu.AnnotationControl = true; // v9.5180Pe3do1.PeUserInterface.Menu.ShowAnnotationText = MenuControl.Show;181Pe3do1.PeUserInterface.Menu.AnnotationTextFixedSize = MenuControl.Show;182 183// To best render Translucent annotations and data184// Note Lines As Tubes is currently not supported in OIT due to OIT not supporting GeometricShaders185Pe3do1.PeColor.DxTransparencyMode = TransparencyMode.OIT;186Pe3do1.PePlot.LinesOrTubes = LinesOrTubes.AllLines;187 188// Note, this example uses GraphAnnotationType.AxisDirection to define a vector pointing in direction of object and/or face of object //189// Optionally, one can use GraphAnnotationType.AxisAngles to define x = AngleRotationHorizontal, and y = AngleRotationVertical190// And Optionally direct low level vectors GraphAnnotationType.MajorDirection and GraphAnnotationType.MinorDirection191// If MajorDirection MinorDirection are defined, they take presedence, Else AxisDirection takes presedence, then AxisAngles.192 193int aCnt = 0;194 195// Drawing an Arrow //196Pe3do1.PeAnnotation.Graph.X[aCnt] = 10;197Pe3do1.PeAnnotation.Graph.Y[aCnt] = -70F;198Pe3do1.PeAnnotation.Graph.Z[aCnt] = -50F;199Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ThinSolidLine;200Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";201Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);202aCnt++;203Pe3do1.PeAnnotation.Graph.X[aCnt] = 10;204Pe3do1.PeAnnotation.Graph.Y[aCnt] = 50F;205Pe3do1.PeAnnotation.Graph.Z[aCnt] = -50F;206Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ArrowLarge;207Pe3do1.PeAnnotation.Graph.Text[aCnt] = "Cone along Y Axis";208Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);209aCnt++;210 211// If needed define a ThinSolid line in outer space to trigger complex annotations sphere/cylinders to render as WireFrame212//Pe3do1.PeAnnotation.Graph.X[aCnt] = 200000000.0F;213//Pe3do1.PeAnnotation.Graph.Z[aCnt] = 200000000.0F;214//Pe3do1.PeAnnotation.Graph.Y[aCnt] = 200000000.0F;215//Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ThinSolidLine;216//Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";217//Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 255, 0, 0);218//aCnt++;219 220// If needed, define a SquareSolid in outer space to trigger complex annotations sphere/cylinders to render as Solid221Pe3do1.PeAnnotation.Graph.X[aCnt] = 200000000.0F;222Pe3do1.PeAnnotation.Graph.Y[aCnt] = 200000000.0F;223Pe3do1.PeAnnotation.Graph.Z[aCnt] = 200000000.0F;224Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.SquareSolid;225Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";226Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(0, 0, 0, 0);227aCnt++;228 229// Example of drawing Cylinder //230 231// Define the direction the cylinder spans //232Pe3do1.PeAnnotation.Graph.X[aCnt] = 0;233Pe3do1.PeAnnotation.Graph.Y[aCnt] = 1;234Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0;235Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";236Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.AxisDirection;237aCnt++;238 239// Defines radius size for start of cylinder, z is ignored //240Pe3do1.PeAnnotation.Graph.X[aCnt] = 5;241Pe3do1.PeAnnotation.Graph.Y[aCnt] = 5;242Pe3do1.PeAnnotation.Graph.Z[aCnt] = 1;243Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";244Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;245aCnt++;246 247// Defines location of start of cylinder248Pe3do1.PeAnnotation.Graph.X[aCnt] = 10.0F;249Pe3do1.PeAnnotation.Graph.Y[aCnt] = -70.0F;250Pe3do1.PeAnnotation.Graph.Z[aCnt] = -50.0F;251Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.CylinderStart;252Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";253Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(55, 0, 255, 0);254aCnt++;255 256// Defines radius size of end of cylinder, since different radius, we're create a cone257Pe3do1.PeAnnotation.Graph.X[aCnt] = 20;258Pe3do1.PeAnnotation.Graph.Y[aCnt] = 20;259Pe3do1.PeAnnotation.Graph.Z[aCnt] = 1;260Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";261Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;262aCnt++;263 264// Completes the Cylinder //265Pe3do1.PeAnnotation.Graph.HotSpot[aCnt] = true;266Pe3do1.PeAnnotation.Graph.X[aCnt] = 10.0F;267Pe3do1.PeAnnotation.Graph.Y[aCnt] = 50.0F;268Pe3do1.PeAnnotation.Graph.Z[aCnt] = -50.0F;269Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.Cylinder;270Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";271Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(55, 0, 255, 0);272aCnt++;273 274// Draw a 2D ellipse to form bottom of cone / cylinder275// The state of AxisDirection is already defined so no need to set the AxisDirection276 277// Define the radius of the ellipse278// Major is perpendicular to axis direction (vertical), so x and z are major minor279Pe3do1.PeAnnotation.Graph.X[aCnt] = 5.0F; // X and Z Data are same units and same GridAspect, so 5 and 5 creates circle280Pe3do1.PeAnnotation.Graph.Y[aCnt] = 5.0F;281Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0;282Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";283Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;284aCnt++;285 286// Complete the Ellipse, providing location in 3D space287Pe3do1.PeAnnotation.Graph.HotSpot[aCnt] = true;288Pe3do1.PeAnnotation.Graph.X[aCnt] = 10.0F;289Pe3do1.PeAnnotation.Graph.Y[aCnt] = -70.0F;290Pe3do1.PeAnnotation.Graph.Z[aCnt] = -50.0F;291Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.EllipseFill;292Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";293Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 255, 255, 0);294aCnt++;295 296// Example of drawing 2D Ellipse with different AxisDirection297 298// Define the direction of the face of the ellipse //299Pe3do1.PeAnnotation.Graph.X[aCnt] = 1.0F;300Pe3do1.PeAnnotation.Graph.Y[aCnt] = 0.0F;301Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0.0F;302Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";303Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.AxisDirection;304aCnt++;305 306// Define the radius of the ellipse307Pe3do1.PeAnnotation.Graph.X[aCnt] = 10.0F;308Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10.0;309Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0;310Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";311Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;312aCnt++;313 314// Complete the Ellipse, providing location in 3D space315Pe3do1.PeAnnotation.Graph.HotSpot[aCnt] = true;316Pe3do1.PeAnnotation.Graph.X[aCnt] = -50.0F;317Pe3do1.PeAnnotation.Graph.Y[aCnt] = -50.0F;318Pe3do1.PeAnnotation.Graph.Z[aCnt] = 50.0F;319Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.EllipseFill;320Pe3do1.PeAnnotation.Graph.Text[aCnt] = "2D Ellipse";321Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 255, 255, 0);322aCnt++;323 324// Drawing an Arrow traveling though center of Ellipse //325Pe3do1.PeAnnotation.Graph.X[aCnt] = -40;326Pe3do1.PeAnnotation.Graph.Y[aCnt] = -50F;327Pe3do1.PeAnnotation.Graph.Z[aCnt] = 50F;328Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ThinSolidLine;329Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";330Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);331aCnt++;332 333Pe3do1.PeAnnotation.Graph.X[aCnt] = -60;334Pe3do1.PeAnnotation.Graph.Y[aCnt] = -50F;335Pe3do1.PeAnnotation.Graph.Z[aCnt] = 50F;336Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ArrowMedium;337Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";338Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);339aCnt++;340 341// Drawing a Sphere, because the last annotation was a thin line, the sphere will render as a wireframe342Pe3do1.PeAnnotation.Graph.X[aCnt] = 25F;343Pe3do1.PeAnnotation.Graph.Y[aCnt] = 25F;344Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0;345Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";346Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;347aCnt++;348 349Pe3do1.PeAnnotation.Graph.X[aCnt] = 50.0F;350Pe3do1.PeAnnotation.Graph.Y[aCnt] = -20.0F;351Pe3do1.PeAnnotation.Graph.Z[aCnt] = -15.0F;352Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.Sphere;353Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";354Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 155, 255, 0);355aCnt++;356 357// Define an SquareSolid in outer space to trigger complex annotations to render as Solid358Pe3do1.PeAnnotation.Graph.X[aCnt] = 200000000.0F;359Pe3do1.PeAnnotation.Graph.Z[aCnt] = 200000000.0F;360Pe3do1.PeAnnotation.Graph.Y[aCnt] = 200000000.0F;361Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.SquareSolid;362Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";363Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(0, 0, 0, 0);364aCnt++;365 366// Drawing a Sphere, this time Solid, Translucent, and slightly larger than previous sphere367Pe3do1.PeAnnotation.Graph.X[aCnt] = 27.0F;368Pe3do1.PeAnnotation.Graph.Y[aCnt] = 27.0F;369Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0;370Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";371Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;372aCnt++;373 374Pe3do1.PeAnnotation.Graph.X[aCnt] = 50.0F;375Pe3do1.PeAnnotation.Graph.Y[aCnt] = -20.0F;376Pe3do1.PeAnnotation.Graph.Z[aCnt] = -15.0F;377Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.Sphere;378Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";379Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(45, 155, 255, 0);380aCnt++;381 382// Example of drawing Box //383 384// Define the direction the box spans //385Pe3do1.PeAnnotation.Graph.X[aCnt] = 1; // along x axis386Pe3do1.PeAnnotation.Graph.Y[aCnt] = 0; // .05 to skew the ends of box387Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0;388Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";389Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.AxisDirection;390aCnt++;391 392// Defines radius size for start of Box, z is ignored // major is perpendicular to axis direction, thus y and z are major minor393Pe3do1.PeAnnotation.Graph.X[aCnt] = 15;394Pe3do1.PeAnnotation.Graph.Y[aCnt] = 15;395Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0;396Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";397Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;398aCnt++;399 400// Defines location of start of Box401Pe3do1.PeAnnotation.Graph.X[aCnt] = -70.0F;402Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10.0F;403Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0.0F;404Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.BoxStart;405Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";406aCnt++;407 408// Complete the Box409Pe3do1.PeAnnotation.Graph.HotSpot[aCnt] = true;410Pe3do1.PeAnnotation.Graph.X[aCnt] = -40.0F;411Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10.0F;412Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0.0F;413Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.Box;414Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";415Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(155, 0, 255, 200);416aCnt++;417 418// Drawing an Arrow traveling though center of Box //419Pe3do1.PeAnnotation.Graph.X[aCnt] = -40;420Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10F;421Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0F;422Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ThinSolidLine;423Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";424Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);425aCnt++;426 427Pe3do1.PeAnnotation.Graph.X[aCnt] = -70;428Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10F;429Pe3do1.PeAnnotation.Graph.Z[aCnt] = 0F;430Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ArrowMedium;431Pe3do1.PeAnnotation.Graph.Text[aCnt] = "Box along X Axis";432Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);433aCnt++;434 435// Drawing another Cylinder, now in z direction //436 437// Define a SquareSolid in outer space to trigger complex annotations to render as Solid, as we last drew a line/arrow438Pe3do1.PeAnnotation.Graph.X[aCnt] = 200000000.0F;439Pe3do1.PeAnnotation.Graph.Z[aCnt] = 200000000.0F;440Pe3do1.PeAnnotation.Graph.Y[aCnt] = 200000000.0F;441Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.SquareSolid;442Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";443Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(0, 0, 0, 0);444aCnt++;445 446// Define the direction the cylinder spans //447Pe3do1.PeAnnotation.Graph.X[aCnt] = 0;448Pe3do1.PeAnnotation.Graph.Y[aCnt] = 0;449Pe3do1.PeAnnotation.Graph.Z[aCnt] = 1; // along z axis450Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";451Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.AxisDirection;452aCnt++;453 454// Defines radius size for start of cylinder, z is ignored //455Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10;456Pe3do1.PeAnnotation.Graph.X[aCnt] = 10;457Pe3do1.PeAnnotation.Graph.Z[aCnt] = 1;458Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";459Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.MajorMinorRadii;460aCnt++;461 462// Defines location of start of cylinder463Pe3do1.PeAnnotation.Graph.X[aCnt] = -55F;464Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10.0F;465Pe3do1.PeAnnotation.Graph.Z[aCnt] = 15.0F;466Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.CylinderStart;467Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";468Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(55, 0, 255, 0);469aCnt++;470 471// Completes the Cylinder //472Pe3do1.PeAnnotation.Graph.HotSpot[aCnt] = true;473Pe3do1.PeAnnotation.Graph.X[aCnt] = -55F;474Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10.0F;475Pe3do1.PeAnnotation.Graph.Z[aCnt] = 35.0F;476Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)GraphAnnotationType.Cylinder;477Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";478Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(55, 0, 255, 0);479aCnt++;480 481// Drawing an Arrow traveling though center of z aligned cylinder //482Pe3do1.PeAnnotation.Graph.X[aCnt] = -55;483Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10F;484Pe3do1.PeAnnotation.Graph.Z[aCnt] = 15F;485Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ThinSolidLine;486Pe3do1.PeAnnotation.Graph.Text[aCnt] = "";487Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);488aCnt++;489 490Pe3do1.PeAnnotation.Graph.X[aCnt] = -55;491Pe3do1.PeAnnotation.Graph.Y[aCnt] = 10F;492Pe3do1.PeAnnotation.Graph.Z[aCnt] = 35F;493Pe3do1.PeAnnotation.Graph.Type[aCnt] = (int)Gigasoft.ProEssentials.Enums.GraphAnnotationType.ArrowMedium;494Pe3do1.PeAnnotation.Graph.Text[aCnt] = "Cylinder along Z Axis";495Pe3do1.PeAnnotation.Graph.Color[aCnt] = Color.FromArgb(255, 0, 255, 0);496aCnt++;497 498Pe3do1.PeAnnotation.Show = true;499Pe3do1.PeAnnotation.Graph.Show = true;500Pe3do1.PeAnnotation.Graph.LeftJustificationOutside = true;501Pe3do1.PeFont.GraphAnnotationTextSize = 86;502Pe3do1.PeUserInterface.HotSpot.GraphAnnotation = true;503 504Pe3do1.PePlot.Option.DegreePrompting = true;505Pe3do1.PeUserInterface.Menu.ShowAnnotations = MenuControl.Show;506Pe3do1.PeUserInterface.Menu.AnnotationControl = true;507 508// Set subset labels and titles //509Pe3do1.PeString.SubsetLabels[0] = "Data 1";510Pe3do1.PeString.SubsetLabels[1] = "Data 2";511Pe3do1.PeString.SubsetLabels[2] = "Data 3";512Pe3do1.PeString.SubsetLabels[3] = "Data 4";513Pe3do1.PeString.SubsetLabels[4] = "Data 5";514Pe3do1.PeString.SubsetLabels[5] = "Data 6";515Pe3do1.PeString.SubsetLabels[6] = "Data 7";516Pe3do1.PeString.SubsetLabels[7] = "Data 8";517Pe3do1.PeString.SubsetLabels[8] = "Data 9";518Pe3do1.PeString.SubsetLabels[9] = "Data 10";519 520Pe3do1.PeColor.SubsetColors[0] = Color.FromArgb(255, 198, 198, 0);521Pe3do1.PeColor.SubsetColors[1] = Color.FromArgb(255, 0, 198, 198);522Pe3do1.PeColor.SubsetColors[2] = Color.FromArgb(255, 0, 198, 0);523Pe3do1.PeColor.SubsetColors[3] = Color.FromArgb(255, 80, 80, 220);524Pe3do1.PeColor.SubsetColors[4] = Color.FromArgb(255, 0, 0, 198);525Pe3do1.PeColor.SubsetColors[5] = Color.FromArgb(255, 192, 192, 192);526Pe3do1.PeColor.SubsetColors[6] = Color.FromArgb(255, 198, 77, 198);527Pe3do1.PeColor.SubsetColors[7] = Color.FromArgb(255, 200, 198, 150);528Pe3do1.PeColor.SubsetColors[8] = Color.FromArgb(255, 200, 200, 140);529Pe3do1.PeColor.SubsetColors[9] = Color.FromArgb(255, 150, 0, 198);530 531Pe3do1.PePlot.SubsetPointTypes[0] = PointType.DotSolid;532Pe3do1.PePlot.SubsetPointTypes[1] = PointType.DotSolid;533Pe3do1.PePlot.SubsetPointTypes[2] = PointType.DotSolid;534Pe3do1.PePlot.SubsetPointTypes[3] = PointType.DotSolid;535Pe3do1.PePlot.SubsetPointTypes[4] = PointType.DotSolid;536Pe3do1.PePlot.SubsetPointTypes[5] = PointType.DotSolid;537Pe3do1.PePlot.SubsetPointTypes[6] = PointType.DotSolid;538Pe3do1.PePlot.SubsetPointTypes[7] = PointType.DotSolid;539Pe3do1.PePlot.SubsetPointTypes[8] = PointType.DotSolid;540Pe3do1.PePlot.SubsetPointTypes[9] = PointType.DotSolid;541 542Pe3do1.PePlot.SubsetLineTypes[0] = LineType.MediumThinSolid;543Pe3do1.PePlot.SubsetLineTypes[1] = LineType.MediumThinSolid;544Pe3do1.PePlot.SubsetLineTypes[2] = LineType.MediumThinSolid;545Pe3do1.PePlot.SubsetLineTypes[3] = LineType.MediumThinSolid;546Pe3do1.PePlot.SubsetLineTypes[4] = LineType.MediumThinSolid;547Pe3do1.PePlot.SubsetLineTypes[5] = LineType.MediumThinSolid;548Pe3do1.PePlot.SubsetLineTypes[6] = LineType.MediumThinSolid;549Pe3do1.PePlot.SubsetLineTypes[7] = LineType.MediumThinSolid;550Pe3do1.PePlot.SubsetLineTypes[8] = LineType.MediumThinSolid;551Pe3do1.PePlot.SubsetLineTypes[9] = LineType.MediumThinSolid;552 553// Set Plotting methods //554Pe3do1.PePlot.Method = 0; // Points555Pe3do1.PePlot.PointSize = PointSize.Small;556 557// Set legend location //558Pe3do1.PeLegend.Location = LegendLocation.Right;559Pe3do1.PeLegend.Show = true;560Pe3do1.PeUserInterface.Menu.LegendLocation = MenuControl.Show;561 562// Prepare images in memory //563Pe3do1.PeConfigure.CacheBmp = true;564Pe3do1.PeConfigure.PrepareImages = true;565Pe3do1.PeUserInterface.Allow.FocalRect = false;566 567Pe3do1.PeConfigure.TextShadows = TextShadows.BoldText;568Pe3do1.PeFont.Label.Bold = true;569Pe3do1.PeColor.GraphForeground = Color.FromArgb(255, 229, 229, 229);570 571// Set various export defaults //572Pe3do1.PeSpecial.DpiX = 600;573Pe3do1.PeSpecial.DpiY = 600;574 575// default export setting //576Pe3do1.PeUserInterface.Dialog.ExportSizeDef = ExportSizeDef.NoSizeOrPixel;577Pe3do1.PeUserInterface.Dialog.ExportTypeDef = ExportTypeDef.Png;578Pe3do1.PeUserInterface.Dialog.ExportDestDef = ExportDestDef.Clipboard;579Pe3do1.PeUserInterface.Dialog.ExportUnitXDef = "1280";580Pe3do1.PeUserInterface.Dialog.ExportUnitYDef = "768";581Pe3do1.PeUserInterface.Dialog.ExportImageDpi = 300;582Pe3do1.PeUserInterface.Dialog.AllowEmfExport = false;583Pe3do1.PeUserInterface.Dialog.AllowWmfExport = false;584 585Pe3do1.PeConfigure.AntiAliasGraphics = false; // for non 3dx586Pe3do1.PeConfigure.AntiAliasText = true;587 588Pe3do1.PeUserInterface.Menu.Rotation = MenuControl.Hide;589Pe3do1.PeUserInterface.Menu.DataShadow = MenuControl.Show;590Pe3do1.PeUserInterface.Cursor.PromptTracking = true;591Pe3do1.PeUserInterface.Cursor.PromptStyle = CursorPromptStyle.XYZValues;592 593Pe3do1.PePlot.Option.LightStrength = .65F;594Pe3do1.PeUserInterface.Cursor.HighlightColor = Color.FromArgb(255, 255, 0, 0);595 596Pe3do1.PeConfigure.RenderEngine = RenderEngine.Direct3D;597 598Pe3do1.PeFunction.Force3dxVerticeRebuild = true;599Pe3do1.PeFunction.Force3dxAnnotVerticeRebuild = true;600 601Pe3do1.PeFunction.ReinitializeResetImage();602Pe3do1.Invalidate();603Pe3do1.Refresh();Tip: Uses property syntax like
Pego1.PeData.Y[s, p]Click underlined properties to view documentation