Files
Terminal.Gui/Examples/UICatalog/Scenarios/GraphViewExample.cs
Copilot e6a0ec64ca Fixes #4361 - Consolidate FakeDriver into library and refactor driver architecture (#4362)
* Initial plan

* Add ScreenChanged event, SetScreenSize method, and fix FakeDriver buffer initialization

Co-authored-by: tig <585482+tig@users.noreply.github.com>

* Add comprehensive tests for ScreenChanged event and buffer integrity

Co-authored-by: tig <585482+tig@users.noreply.github.com>

* Replace obsolete SizeChanged usage with ScreenChanged in core and tests

Co-authored-by: tig <585482+tig@users.noreply.github.com>

* Refactor terminal size event handling

Replaced `ScreenChanged` with `SizeChanged` across the codebase to standardize naming and improve clarity. Updated event handling logic, including subscriptions, unsubscriptions, and raising methods. Removed deprecated `ScreenChanged` event and backward compatibility code.

Refactored driver initialization to handle legacy `IConsoleDriver` types separately. Updated tests and mock implementations to align with the new `SizeChanged` event. Improved documentation and comments to reflect these changes.

These updates enhance maintainability, consistency, and modernize the architecture.

* Refactor & Code Cleanup: Replace IWindowSizeMonitor with IConsoleSizeMonitor

Renamed `IWindowSizeMonitor` to `IConsoleSizeMonitor` across the codebase, updating all references, method signatures, and event handlers. Replaced the `WindowSizeMonitor` class with the new `ConsoleSizeMonitor` implementation, which includes improved terminal size change handling via the `Poll` method.

Enabled nullable reference types in several files to enhance code safety. Updated test cases to reflect the new `IConsoleSizeMonitor` interface. Removed redundant code, simplified null checks, and corrected minor typos in comments. Streamlined the codebase by removing the obsolete `WindowSizeMonitor` class and its interface.

* Code cleanup - Refactor and enhance ShadowView and FakeDriverTests

Updated ShadowView.cs to use null-conditional operators and added null checks for safer access to `ScreenContents`. Refined XML documentation in View.Layout.cs for clarity and consistency.

Refactored FakeDriverTests.cs to leverage modern C# features, including shorthand object instantiation, inline lambdas, and tuple-like syntax for `Size` and `Rectangle`. Removed redundant tests and improved test readability and reliability.

Enhanced error handling with null checks and ensured backward compatibility for deprecated events. Improved test coverage for resizing, clipboard operations, and invalid coordinates. Verified buffer integrity and screen updates after resizing.

General improvements include replacing explicit type declarations with `var`, removing unused imports, and aligning code formatting for better readability.

Refactor and improve code quality and test coverage

Updated `ShadowView` for null safety using null-conditional operators. Simplified object initializations and modernized syntax across the codebase, including shorthand initializations and inline lambdas. Enhanced event handling logic and ensured compatibility with obsolete members.

Refactored `FakeDriverTests` by removing redundant code, standardizing formatting, and improving test setup. Suppressed obsolete warnings where necessary. Improved XML documentation in `View.Layout.cs` for clarity and removed outdated references.

Performed general cleanup, including removing unused namespaces, redundant comments, and ensuring consistent formatting. These changes enhance readability, maintainability, and runtime safety.

* Code cleanup

Refactor TimedEventsTests for readability and consistency

Improved code readability and maintainability:
- Enabled nullable reference types with `#nullable enable`.
- Removed unused `using System.Diagnostics;`.
- Updated namespace to `UnitTests.ApplicationTests`.
- Replaced `Terminal.Gui.App.TimedEvents` with `TimedEvents`.
- Reformatted XML documentation comments for alignment.
- Used `var` and target-typed new expressions for consistency.
- Reformatted `Parallel.For` loops and lambdas for clarity.
- Added `Thread.Sleep(10)` to prevent excessive CPU usage in tests.
- Improved assertions and event handler formatting in tests.

Aligned with modern C# coding practices.

* Code Cleanup - No more driver warnings.

Refactor codebase and introduce FakeClipboard

- Adjusted `.editorconfig` to change severity levels for CS0612, CS0618, and CS0672 diagnostics.
- Replaced `FakeDriver.FakeClipboard` with a new `FakeClipboard` class for testing purposes, supporting exception handling and clipboard data manipulation.
- Removed redundant methods (`MakeColor`, `MapKey`) and unused classes (`MockConsoleDriver`) to streamline the codebase.
- Refactored `ConsoleDriverFacade` and `FakeDriver` to simplify logic and improve maintainability.
- Updated tests to use `CreateFakeDriver` and removed or commented out obsolete tests.
- Reformatted and cleaned up code for readability across multiple files.

* Refactor FakeDriver - Code Cleanup

Standardized console size management by replacing `WindowSizeMonitor` with `ConsoleSizeMonitor` across the codebase. Updated methods `GetWindowSize` and `SetWindowSize` to `GetSize` and `SetSize` for consistency.

Refactored `FakeDriver` to use `SetScreenSize` and removed redundant methods. Simplified driver initialization by removing legacy `InternalInit` logic.

Standardized ANSI escape sequences by replacing `CSI_ReportTerminalSizeInChars` with `CSI_ReportWindowSizeInChars`.

Updated test cases to align with the new `ConsoleSizeMonitor` and `SetScreenSize` methods. Removed obsolete test utilities like `FakeSizeMonitor` and `FakeWindowSizeMonitor`.

Performed general code cleanup, including removing unused classes, redundant code, and improving formatting. Fixed resizing logic issues and improved exception handling in driver methods.

* Update Terminal.Gui/Drivers/OutputBuffer.cs

Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>

* Update Terminal.Gui/Drivers/MouseButtonStateEx.cs

Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>

* Update Terminal.Gui/App/MainLoop/IApplicationMainLoop.cs

Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>

* Update Tests/UnitTests/Views/ToplevelTests.cs

Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>

* Update Terminal.Gui/ViewBase/View.Layout.cs

Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>

* Moved all Drawing tests to Paralleizable - proving Fakedriver works

Enhanced `Ruler` and `Thickness` classes by adding an optional `IConsoleDriver? driver` parameter to decouple rendering from the default `Application.Driver`, improving flexibility and testability. Updated `DriverAssert` to support nullable drivers and added defensive checks.

Refactored and expanded test cases for `Ruler`, `Thickness`, `LineCanvas`, and `StraightLineExtensions` to ensure comprehensive coverage, including zero-length intersections, line rendering, and exclusion logic. Migrated rendering-dependent tests to a parallelizable namespace.

Removed redundant tests, improved naming conventions, and updated documentation for better maintainability and clarity.

* Fixed Run<T> startup hang.

Refactor: Simplify driver logic and update SetSize methods

Removed FakeDriver safeguard in unit tests to simplify
CreateDriver logic. Updated SetSize methods in NetOutput,
UnixOutput, and WindowsOutput to do nothing instead of
throwing NotImplementedException. Modified SizeChanged
event in ConsoleDriverFacade to call SetScreenSize directly.
Commented out unnecessary debug validation in DimAuto.
These changes improve maintainability and reduce complexity.

* Fixed intermittent unit test bug.

Refactored `_cachedRunStateToplevel` to `CachedRunStateToplevel` as an internal static property, delegating its management to `ApplicationImpl` for improved encapsulation. Updated all references to use the new property and centralized its handling in `ApplicationImpl`.

Removed the `MouseGrabHandler` property from `ApplicationImpl` and simplified driver-related assignments by replacing `Application.ForceDriver` and `Application.Screen` with direct references.

Reset `CachedRunStateToplevel` during cleanup to ensure proper state management. Updated the `Invoke` method to use `Top` directly, aligning with the refactored design. Improved debug assertions and performed general cleanup to enhance code readability and maintainability.

* Fixed intermittent bug an massive code cleanup of warnings.

Refactor and enhance codebase for maintainability

- Applied null-conditional operator (`!`) to improve null-safety.
- Refactored tests for clarity, added new cases, and removed redundancies.
- Introduced `FakeApplicationFactory` and `FakeSizeMonitor` for testing.
- Removed unused code, including legacy `DecodeEscSeq` logic.
- Reformatted code for readability and consistency.
- Updated assertions for more accurate validation in tests.
- Fixed potential null reference issues across multiple files.
- Improved event handling with proper null checks.
- Enhanced documentation for new classes and methods.
- Modernized code with C# features like `record struct` and `nullable enable`.

---------

Co-authored-by: copilot-swe-agent[bot] <198982749+Copilot@users.noreply.github.com>
Co-authored-by: tig <585482+tig@users.noreply.github.com>
Co-authored-by: Tig <tig@users.noreply.github.com>
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
2025-10-27 23:34:14 -06:00

1036 lines
37 KiB
C#

using System;
using System.Collections.Generic;
using System.ComponentModel;
using System.Linq;
using System.Text;
using Application = Terminal.Gui.App.Application;
namespace UICatalog.Scenarios;
[ScenarioMetadata ("Graph View", "Demos the GraphView control.")]
[ScenarioCategory ("Controls")]
[ScenarioCategory ("Drawing")]
public class GraphViewExample : Scenario
{
private readonly Thickness _thickness = new (1, 1, 1, 1);
private TextView _about;
private int _currentGraph;
private Action [] _graphs;
private GraphView _graphView;
private MenuItem _miDiags;
private MenuItem _miShowBorder;
private ViewDiagnosticFlags _viewDiagnostics;
public override void Main ()
{
Application.Init ();
Toplevel app = new ();
_graphs = new []
{
() => SetupPeriodicTableScatterPlot (), //0
() => SetupLifeExpectancyBarGraph (true), //1
() => SetupLifeExpectancyBarGraph (false), //2
() => SetupPopulationPyramid (), //3
() => SetupLineGraph (), //4
() => SetupSineWave (), //5
() => SetupDisco (), //6
() => MultiBarGraph () //7
};
var menu = new MenuBar
{
Menus =
[
new (
"_File",
new MenuItem []
{
new (
"Scatter _Plot",
"",
() => _graphs [_currentGraph =
0] ()
),
new (
"_V Bar Graph",
"",
() => _graphs [_currentGraph =
1] ()
),
new (
"_H Bar Graph",
"",
() => _graphs [_currentGraph =
2] ()
),
new (
"P_opulation Pyramid",
"",
() => _graphs [_currentGraph =
3] ()
),
new (
"_Line Graph",
"",
() => _graphs [_currentGraph =
4] ()
),
new (
"Sine _Wave",
"",
() => _graphs [_currentGraph =
5] ()
),
new (
"Silent _Disco",
"",
() => _graphs [_currentGraph =
6] ()
),
new (
"_Multi Bar Graph",
"",
() => _graphs [_currentGraph =
7] ()
),
new ("_Quit", "", () => Quit ())
}
),
new (
"_View",
new []
{
new ("Zoom _In", "", () => Zoom (0.5f)),
new ("Zoom _Out", "", () => Zoom (2f)),
new ("MarginLeft++", "", () => Margin (true, true)),
new ("MarginLeft--", "", () => Margin (true, false)),
new ("MarginBottom++", "", () => Margin (false, true)),
new ("MarginBottom--", "", () => Margin (false, false)),
_miShowBorder = new (
"_Enable Margin, Border, and Padding",
"",
() => ShowBorder ()
)
{
Checked = true,
CheckType = MenuItemCheckStyle
.Checked
},
_miDiags = new (
"_Diagnostics",
"",
() => ToggleDiagnostics ()
)
{
Checked = View.Diagnostics
== (ViewDiagnosticFlags
.Thickness
| ViewDiagnosticFlags
.Ruler),
CheckType = MenuItemCheckStyle.Checked
}
}
)
]
};
app.Add (menu);
_graphView = new ()
{
X = 0,
Y = 1,
Width = Dim.Percent (70),
Height = Dim.Fill (1),
BorderStyle = LineStyle.Single
};
_graphView.Border!.Thickness = _thickness;
_graphView.Margin!.Thickness = _thickness;
_graphView.Padding.Thickness = _thickness;
app.Add (_graphView);
var frameRight = new FrameView
{
X = Pos.Right (_graphView),
Y = Pos.Top (_graphView),
Width = Dim.Fill (),
Height = Dim.Height (_graphView),
Title = "About"
};
frameRight.Add (
_about = new () { Width = Dim.Fill (), Height = Dim.Fill (), ReadOnly = true }
);
app.Add (frameRight);
var statusBar = new StatusBar (
new Shortcut []
{
new (Key.G.WithCtrl, "Next Graph", () => _graphs [_currentGraph++ % _graphs.Length] ()),
new (Key.PageUp, "Zoom In", () => Zoom (0.5f)),
new (Key.PageDown, "Zoom Out", () => Zoom (2f))
}
);
app.Add (statusBar);
var diagShortcut = new Shortcut
{
Key = Key.F10,
CommandView = new CheckBox
{
Title = "Diagnostics",
CanFocus = false
}
};
statusBar.Add (diagShortcut).Accepting += DiagShortcut_Accept;
_graphs [_currentGraph++ % _graphs.Length] ();
_viewDiagnostics = View.Diagnostics;
Application.Run (app);
View.Diagnostics = _viewDiagnostics;
app.Dispose ();
Application.Shutdown ();
}
private void DiagShortcut_Accept (object sender, CommandEventArgs e)
{
ToggleDiagnostics ();
if (sender is Shortcut shortcut && shortcut.CommandView is CheckBox checkBox)
{
checkBox.CheckedState = _miDiags.Checked ?? false ? CheckState.Checked : CheckState.UnChecked;
}
}
private void ToggleDiagnostics ()
{
_miDiags.Checked = !_miDiags.Checked;
View.Diagnostics = _miDiags.Checked == true
? ViewDiagnosticFlags.Thickness
| ViewDiagnosticFlags.Ruler
: ViewDiagnosticFlags.Off;
Application.LayoutAndDraw ();
}
private void Margin (bool left, bool increase)
{
if (left)
{
_graphView.MarginLeft = (uint)Math.Max (0, _graphView.MarginLeft + (increase ? 1 : -1));
}
else
{
_graphView.MarginBottom = (uint)Math.Max (0, _graphView.MarginBottom + (increase ? 1 : -1));
}
_graphView.SetNeedsDraw ();
}
private void MultiBarGraph ()
{
_graphView.Reset ();
_graphView.Title = "Multi Bar";
_about.Text = "Housing Expenditures by income thirds 1996-2003";
Color fore = _graphView.GetAttributeForRole (VisualRole.Normal).Foreground == Color.Black
? Color.White
: _graphView.GetAttributeForRole (VisualRole.Normal).Foreground;
var black = new Attribute (fore, Color.Black);
var cyan = new Attribute (Color.BrightCyan, Color.Black);
var magenta = new Attribute (Color.BrightMagenta, Color.Black);
var red = new Attribute (Color.BrightRed, Color.Black);
_graphView.GraphColor = black;
var series = new MultiBarSeries (3, 1, 0.25f, new [] { magenta, cyan, red });
Rune stiple = Glyphs.Stipple;
series.AddBars ("'96", stiple, 5900, 9000, 14000);
series.AddBars ("'97", stiple, 6100, 9200, 14800);
series.AddBars ("'98", stiple, 6000, 9300, 14600);
series.AddBars ("'99", stiple, 6100, 9400, 14950);
series.AddBars ("'00", stiple, 6200, 9500, 15200);
series.AddBars ("'01", stiple, 6250, 9900, 16000);
series.AddBars ("'02", stiple, 6600, 11000, 16700);
series.AddBars ("'03", stiple, 7000, 12000, 17000);
_graphView.CellSize = new (0.25f, 1000);
_graphView.Series.Add (series);
_graphView.SetNeedsDraw ();
_graphView.MarginLeft = 3;
_graphView.MarginBottom = 1;
_graphView.AxisY.LabelGetter = v => '$' + (v.Value / 1000f).ToString ("N0") + 'k';
// Do not show x axis labels (bars draw their own labels)
_graphView.AxisX.Increment = 0;
_graphView.AxisX.ShowLabelsEvery = 0;
_graphView.AxisX.Minimum = 0;
_graphView.AxisY.Minimum = 0;
var legend = new LegendAnnotation (new (_graphView.Viewport.Width - 20, 0, 20, 5));
legend.AddEntry (
new (stiple, series.SubSeries.ElementAt (0).OverrideBarColor),
"Lower Third"
);
legend.AddEntry (
new (stiple, series.SubSeries.ElementAt (1).OverrideBarColor),
"Middle Third"
);
legend.AddEntry (
new (stiple, series.SubSeries.ElementAt (2).OverrideBarColor),
"Upper Third"
);
_graphView.Annotations.Add (legend);
}
private void Quit () { Application.RequestStop (); }
private void SetupDisco ()
{
_graphView.Reset ();
_graphView.Title = "Graphic Equalizer";
_about.Text = "This graph shows a graphic equalizer for an imaginary song";
_graphView.GraphColor = new Attribute (Color.White, Color.Black);
var stiple = new GraphCellToRender ((Rune)'\u2593');
var r = new Random ();
var series = new DiscoBarSeries ();
List<BarSeriesBar> bars = new ();
Func<bool> genSample = () =>
{
bars.Clear ();
// generate an imaginary sample
for (var i = 0; i < 31; i++)
{
bars.Add (
new (null, stiple, r.Next (0, 100))
{
//ColorGetter = colorDelegate
}
);
}
_graphView.SetNeedsDraw ();
// while the equaliser is showing
return _graphView.Series.Contains (series);
};
Application.AddTimeout (TimeSpan.FromMilliseconds (250), genSample);
series.Bars = bars;
_graphView.Series.Add (series);
// How much graph space each cell of the console depicts
_graphView.CellSize = new (1, 10);
_graphView.AxisX.Increment = 0; // No graph ticks
_graphView.AxisX.ShowLabelsEvery = 0; // no labels
_graphView.AxisX.Visible = false;
_graphView.AxisY.Visible = false;
_graphView.SetNeedsDraw ();
}
/*
Country,Both,Male,Female
"Switzerland",83.4,81.8,85.1
"South Korea",83.3,80.3,86.1
"Singapore",83.2,81,85.5
"Spain",83.2,80.7,85.7
"Cyprus",83.1,81.1,85.1
"Australia",83,81.3,84.8
"Italy",83,80.9,84.9
"Norway",83,81.2,84.7
"Israel",82.6,80.8,84.4
"France",82.5,79.8,85.1
"Luxembourg",82.4,80.6,84.2
"Sweden",82.4,80.8,84
"Iceland",82.3,80.8,83.9
"Canada",82.2,80.4,84.1
"New Zealand",82,80.4,83.5
"Malta,81.9",79.9,83.8
"Ireland",81.8,80.2,83.5
"Netherlands",81.8,80.4,83.1
"Germany",81.7,78.7,84.8
"Austria",81.6,79.4,83.8
"Finland",81.6,79.2,84
"Portugal",81.6,78.6,84.4
"Belgium",81.4,79.3,83.5
"United Kingdom",81.4,79.8,83
"Denmark",81.3,79.6,83
"Slovenia",81.3,78.6,84.1
"Greece",81.1,78.6,83.6
"Kuwait",81,79.3,83.9
"Costa Rica",80.8,78.3,83.4*/
private void SetupLifeExpectancyBarGraph (bool verticalBars)
{
_graphView.Reset ();
_graphView.Title = $"Life Expectancy - {(verticalBars ? "Vertical" : "Horizontal")}";
_about.Text = "This graph shows the life expectancy at birth of a range of countries";
var softStiple = new GraphCellToRender ((Rune)'\u2591');
var mediumStiple = new GraphCellToRender ((Rune)'\u2592');
var barSeries = new BarSeries
{
Bars = new ()
{
new ("Switzerland", softStiple, 83.4f),
new (
"South Korea",
!verticalBars
? mediumStiple
: softStiple,
83.3f
),
new ("Singapore", softStiple, 83.2f),
new (
"Spain",
!verticalBars
? mediumStiple
: softStiple,
83.2f
),
new ("Cyprus", softStiple, 83.1f),
new (
"Australia",
!verticalBars
? mediumStiple
: softStiple,
83
),
new ("Italy", softStiple, 83),
new (
"Norway",
!verticalBars
? mediumStiple
: softStiple,
83
),
new ("Israel", softStiple, 82.6f),
new (
"France",
!verticalBars
? mediumStiple
: softStiple,
82.5f
),
new ("Luxembourg", softStiple, 82.4f),
new (
"Sweden",
!verticalBars
? mediumStiple
: softStiple,
82.4f
),
new ("Iceland", softStiple, 82.3f),
new (
"Canada",
!verticalBars
? mediumStiple
: softStiple,
82.2f
),
new ("New Zealand", softStiple, 82),
new (
"Malta",
!verticalBars
? mediumStiple
: softStiple,
81.9f
),
new ("Ireland", softStiple, 81.8f)
}
};
_graphView.Series.Add (barSeries);
if (verticalBars)
{
barSeries.Orientation = Orientation.Vertical;
// How much graph space each cell of the console depicts
_graphView.CellSize = new (0.1f, 0.25f);
// No axis marks since Bar will add it's own categorical marks
_graphView.AxisX.Increment = 0f;
_graphView.AxisX.Text = "Country";
_graphView.AxisX.Minimum = 0;
_graphView.AxisY.Increment = 1f;
_graphView.AxisY.ShowLabelsEvery = 1;
_graphView.AxisY.LabelGetter = v => v.Value.ToString ("N2");
_graphView.AxisY.Minimum = 0;
_graphView.AxisY.Text = "Age";
// leave space for axis labels and title
_graphView.MarginBottom = 2;
_graphView.MarginLeft = 6;
// Start the graph at 80 years because that is where most of our data is
_graphView.ScrollOffset = new (0, 80);
}
else
{
barSeries.Orientation = Orientation.Horizontal;
// How much graph space each cell of the console depicts
_graphView.CellSize = new (0.1f, 1f);
// No axis marks since Bar will add it's own categorical marks
_graphView.AxisY.Increment = 0f;
_graphView.AxisY.ShowLabelsEvery = 1;
_graphView.AxisY.Text = "Country";
_graphView.AxisY.Minimum = 0;
_graphView.AxisX.Increment = 1f;
_graphView.AxisX.ShowLabelsEvery = 1;
_graphView.AxisX.LabelGetter = v => v.Value.ToString ("N2");
_graphView.AxisX.Text = "Age";
_graphView.AxisX.Minimum = 0;
// leave space for axis labels and title
_graphView.MarginBottom = 2;
_graphView.MarginLeft = (uint)barSeries.Bars.Max (b => b.Text.Length) + 2;
// Start the graph at 80 years because that is where most of our data is
_graphView.ScrollOffset = new (80, 0);
}
_graphView.SetNeedsDraw ();
}
private void SetupLineGraph ()
{
_graphView.Reset ();
_graphView.Title = "Line";
_about.Text = "This graph shows random points";
var black = new Attribute (_graphView.GetAttributeForRole (VisualRole.Normal).Foreground, Color.Black, _graphView.GetAttributeForRole (VisualRole.Normal).Style);
var cyan = new Attribute (Color.BrightCyan, Color.Black);
var magenta = new Attribute (Color.BrightMagenta, Color.Black);
var red = new Attribute (Color.BrightRed, Color.Black);
_graphView.GraphColor = black;
List<PointF> randomPoints = new ();
var r = new Random ();
for (var i = 0; i < 10; i++)
{
randomPoints.Add (new (r.Next (100), r.Next (100)));
}
var points = new ScatterSeries { Points = randomPoints };
var line = new PathAnnotation
{
LineColor = cyan, Points = randomPoints.OrderBy (p => p.X).ToList (), BeforeSeries = true
};
_graphView.Series.Add (points);
_graphView.Annotations.Add (line);
randomPoints = new ();
for (var i = 0; i < 10; i++)
{
randomPoints.Add (new (r.Next (100), r.Next (100)));
}
var points2 = new ScatterSeries { Points = randomPoints, Fill = new ((Rune)'x', red) };
var line2 = new PathAnnotation
{
LineColor = magenta, Points = randomPoints.OrderBy (p => p.X).ToList (), BeforeSeries = true
};
_graphView.Series.Add (points2);
_graphView.Annotations.Add (line2);
// How much graph space each cell of the console depicts
_graphView.CellSize = new (2, 5);
// leave space for axis labels
_graphView.MarginBottom = 2;
_graphView.MarginLeft = 3;
// One axis tick/label per
_graphView.AxisX.Increment = 20;
_graphView.AxisX.ShowLabelsEvery = 1;
_graphView.AxisX.Text = "X →";
_graphView.AxisY.Increment = 20;
_graphView.AxisY.ShowLabelsEvery = 1;
_graphView.AxisY.Text = "↑Y";
PointF max = line.Points.Union (line2.Points).OrderByDescending (p => p.Y).First ();
_graphView.Annotations.Add (
new TextAnnotation
{
Text = "(Max)",
GraphPosition = new (
max.X + 2 * _graphView.CellSize.X,
max.Y
)
}
);
_graphView.SetNeedsDraw ();
}
private void SetupPeriodicTableScatterPlot ()
{
_graphView.Reset ();
_graphView.Title = "Scatter Plot";
_about.Text =
"This graph shows the atomic weight of each element in the periodic table.\nStarting with Hydrogen (atomic Number 1 with a weight of 1.007)";
//AtomicNumber and AtomicMass of all elements in the periodic table
_graphView.Series.Add (
new ScatterSeries
{
Points = new ()
{
new (1, 1.007f),
new (2, 4.002f),
new (3, 6.941f),
new (4, 9.012f),
new (5, 10.811f),
new (6, 12.011f),
new (7, 14.007f),
new (8, 15.999f),
new (9, 18.998f),
new (10, 20.18f),
new (11, 22.99f),
new (12, 24.305f),
new (13, 26.982f),
new (14, 28.086f),
new (15, 30.974f),
new (16, 32.065f),
new (17, 35.453f),
new (18, 39.948f),
new (19, 39.098f),
new (20, 40.078f),
new (21, 44.956f),
new (22, 47.867f),
new (23, 50.942f),
new (24, 51.996f),
new (25, 54.938f),
new (26, 55.845f),
new (27, 58.933f),
new (28, 58.693f),
new (29, 63.546f),
new (30, 65.38f),
new (31, 69.723f),
new (32, 72.64f),
new (33, 74.922f),
new (34, 78.96f),
new (35, 79.904f),
new (36, 83.798f),
new (37, 85.468f),
new (38, 87.62f),
new (39, 88.906f),
new (40, 91.224f),
new (41, 92.906f),
new (42, 95.96f),
new (43, 98f),
new (44, 101.07f),
new (45, 102.906f),
new (46, 106.42f),
new (47, 107.868f),
new (48, 112.411f),
new (49, 114.818f),
new (50, 118.71f),
new (51, 121.76f),
new (52, 127.6f),
new (53, 126.904f),
new (54, 131.293f),
new (55, 132.905f),
new (56, 137.327f),
new (57, 138.905f),
new (58, 140.116f),
new (59, 140.908f),
new (60, 144.242f),
new (61, 145),
new (62, 150.36f),
new (63, 151.964f),
new (64, 157.25f),
new (65, 158.925f),
new (66, 162.5f),
new (67, 164.93f),
new (68, 167.259f),
new (69, 168.934f),
new (70, 173.054f),
new (71, 174.967f),
new (72, 178.49f),
new (73, 180.948f),
new (74, 183.84f),
new (75, 186.207f),
new (76, 190.23f),
new (77, 192.217f),
new (78, 195.084f),
new (79, 196.967f),
new (80, 200.59f),
new (81, 204.383f),
new (82, 207.2f),
new (83, 208.98f),
new (84, 210),
new (85, 210),
new (86, 222),
new (87, 223),
new (88, 226),
new (89, 227),
new (90, 232.038f),
new (91, 231.036f),
new (92, 238.029f),
new (93, 237),
new (94, 244),
new (95, 243),
new (96, 247),
new (97, 247),
new (98, 251),
new (99, 252),
new (100, 257),
new (101, 258),
new (102, 259),
new (103, 262),
new (104, 261),
new (105, 262),
new (106, 266),
new (107, 264),
new (108, 267),
new (109, 268),
new (113, 284),
new (114, 289),
new (115, 288),
new (116, 292),
new (117, 295),
new (118, 294)
}
}
);
// How much graph space each cell of the console depicts
_graphView.CellSize = new (1, 5);
// leave space for axis labels
_graphView.MarginBottom = 2;
_graphView.MarginLeft = 3;
// One axis tick/label per 5 atomic numbers
_graphView.AxisX.Increment = 5;
_graphView.AxisX.ShowLabelsEvery = 1;
_graphView.AxisX.Text = "Atomic Number";
_graphView.AxisX.Minimum = 0;
// One label every 5 atomic weight
_graphView.AxisY.Increment = 5;
_graphView.AxisY.ShowLabelsEvery = 1;
_graphView.AxisY.Minimum = 0;
_graphView.SetNeedsDraw ();
}
private void SetupPopulationPyramid ()
{
/*
Age,M,F
0-4,2009363,1915127
5-9,2108550,2011016
10-14,2022370,1933970
15-19,1880611,1805522
20-24,2072674,2001966
25-29,2275138,2208929
30-34,2361054,2345774
35-39,2279836,2308360
40-44,2148253,2159877
45-49,2128343,2167778
50-54,2281421,2353119
55-59,2232388,2306537
60-64,1919839,1985177
65-69,1647391,1734370
70-74,1624635,1763853
75-79,1137438,1304709
80-84,766956,969611
85-89,438663,638892
90-94,169952,320625
95-99,34524,95559
100+,3016,12818*/
_about.Text = "This graph shows population of each age divided by gender";
_graphView.Title = "Population Pyramid";
_graphView.Reset ();
// How much graph space each cell of the console depicts
_graphView.CellSize = new (100_000, 1);
//center the x axis in middle of screen to show both sides
_graphView.ScrollOffset = new (-3_000_000, 0);
_graphView.AxisX.Text = "Number Of People";
_graphView.AxisX.Increment = 500_000;
_graphView.AxisX.ShowLabelsEvery = 2;
// use Abs to make negative axis labels positive
_graphView.AxisX.LabelGetter = v => Math.Abs (v.Value / 1_000_000).ToString ("N2") + "M";
// leave space for axis labels
_graphView.MarginBottom = 2;
_graphView.MarginLeft = 1;
// do not show axis titles (bars have their own categories)
_graphView.AxisY.Increment = 0;
_graphView.AxisY.ShowLabelsEvery = 0;
_graphView.AxisY.Minimum = 0;
var stiple = new GraphCellToRender (Glyphs.Stipple);
// Bars in 2 directions
// Males (negative to make the bars go left)
var malesSeries = new BarSeries
{
Orientation = Orientation.Horizontal,
Bars = new ()
{
new ("0-4", stiple, -2009363),
new ("5-9", stiple, -2108550),
new ("10-14", stiple, -2022370),
new ("15-19", stiple, -1880611),
new ("20-24", stiple, -2072674),
new ("25-29", stiple, -2275138),
new ("30-34", stiple, -2361054),
new ("35-39", stiple, -2279836),
new ("40-44", stiple, -2148253),
new ("45-49", stiple, -2128343),
new ("50-54", stiple, -2281421),
new ("55-59", stiple, -2232388),
new ("60-64", stiple, -1919839),
new ("65-69", stiple, -1647391),
new ("70-74", stiple, -1624635),
new ("75-79", stiple, -1137438),
new ("80-84", stiple, -766956),
new ("85-89", stiple, -438663),
new ("90-94", stiple, -169952),
new ("95-99", stiple, -34524),
new ("100+", stiple, -3016)
}
};
_graphView.Series.Add (malesSeries);
// Females
var femalesSeries = new BarSeries
{
Orientation = Orientation.Horizontal,
Bars = new ()
{
new ("0-4", stiple, 1915127),
new ("5-9", stiple, 2011016),
new ("10-14", stiple, 1933970),
new ("15-19", stiple, 1805522),
new ("20-24", stiple, 2001966),
new ("25-29", stiple, 2208929),
new ("30-34", stiple, 2345774),
new ("35-39", stiple, 2308360),
new ("40-44", stiple, 2159877),
new ("45-49", stiple, 2167778),
new ("50-54", stiple, 2353119),
new ("55-59", stiple, 2306537),
new ("60-64", stiple, 1985177),
new ("65-69", stiple, 1734370),
new ("70-74", stiple, 1763853),
new ("75-79", stiple, 1304709),
new ("80-84", stiple, 969611),
new ("85-89", stiple, 638892),
new ("90-94", stiple, 320625),
new ("95-99", stiple, 95559),
new ("100+", stiple, 12818)
}
};
var softStiple = new GraphCellToRender ((Rune)'\u2591');
var mediumStiple = new GraphCellToRender ((Rune)'\u2592');
for (var i = 0; i < malesSeries.Bars.Count; i++)
{
malesSeries.Bars [i].Fill = i % 2 == 0 ? softStiple : mediumStiple;
femalesSeries.Bars [i].Fill = i % 2 == 0 ? softStiple : mediumStiple;
}
_graphView.Series.Add (femalesSeries);
_graphView.Annotations.Add (new TextAnnotation { Text = "M", ScreenPosition = new Point (0, 10) });
_graphView.Annotations.Add (
new TextAnnotation { Text = "F", ScreenPosition = new Point (_graphView.Viewport.Width - 1, 10) }
);
_graphView.SetNeedsDraw ();
}
private void SetupSineWave ()
{
_graphView.Reset ();
_graphView.Title = "Sine Wave";
_about.Text = "This graph shows a sine wave";
var points = new ScatterSeries ();
var line = new PathAnnotation ();
// Draw line first so it does not draw over top of points or axis labels
line.BeforeSeries = true;
// Generate line graph with 2,000 points
for (float x = -500; x < 500; x += 0.5f)
{
points.Points.Add (new (x, (float)Math.Sin (x)));
line.Points.Add (new (x, (float)Math.Sin (x)));
}
_graphView.Series.Add (points);
_graphView.Annotations.Add (line);
// How much graph space each cell of the console depicts
_graphView.CellSize = new (0.1f, 0.1f);
// leave space for axis labels
_graphView.MarginBottom = 2;
_graphView.MarginLeft = 3;
// One axis tick/label per
_graphView.AxisX.Increment = 0.5f;
_graphView.AxisX.ShowLabelsEvery = 2;
_graphView.AxisX.Text = "X →";
_graphView.AxisX.LabelGetter = v => v.Value.ToString ("N2");
_graphView.AxisY.Increment = 0.2f;
_graphView.AxisY.ShowLabelsEvery = 2;
_graphView.AxisY.Text = "↑Y";
_graphView.AxisY.LabelGetter = v => v.Value.ToString ("N2");
_graphView.ScrollOffset = new (-2.5f, -1);
_graphView.SetNeedsDraw ();
}
private void ShowBorder ()
{
_miShowBorder.Checked = !_miShowBorder.Checked;
if (_miShowBorder.Checked == true)
{
_graphView.BorderStyle = LineStyle.Single;
_graphView.Border!.Thickness = _thickness;
_graphView.Margin!.Thickness = _thickness;
_graphView.Padding.Thickness = _thickness;
}
else
{
_graphView.BorderStyle = LineStyle.None;
_graphView.Margin!.Thickness = Thickness.Empty;
_graphView.Padding.Thickness = Thickness.Empty;
}
}
private void Zoom (float factor)
{
_graphView.CellSize = new (
_graphView.CellSize.X * factor,
_graphView.CellSize.Y * factor
);
_graphView.AxisX.Increment *= factor;
_graphView.AxisY.Increment *= factor;
_graphView.SetNeedsDraw ();
}
private class DiscoBarSeries : BarSeries
{
private readonly Attribute _brightgreen;
private readonly Attribute _brightred;
private readonly Attribute _brightyellow;
private readonly Attribute _green;
private readonly Attribute _red;
public DiscoBarSeries ()
{
_green = new (Color.BrightGreen, Color.Black);
_brightgreen = new (Color.Green, Color.Black);
_brightyellow = new (Color.BrightYellow, Color.Black);
_red = new (Color.Red, Color.Black);
_brightred = new (Color.BrightRed, Color.Black);
}
protected override void DrawBarLine (GraphView graph, Point start, Point end, BarSeriesBar beingDrawn)
{
IConsoleDriver driver = Application.Driver;
int x = start.X;
for (int y = end.Y; y <= start.Y; y++)
{
float height = graph.ScreenToGraphSpace (x, y).Y;
if (height >= 85)
{
graph.SetAttribute (_red);
}
else if (height >= 66)
{
graph.SetAttribute (_brightred);
}
else if (height >= 45)
{
graph.SetAttribute (_brightyellow);
}
else if (height >= 25)
{
graph.SetAttribute (_brightgreen);
}
else
{
graph.SetAttribute (_green);
}
graph.AddRune (x, y, beingDrawn.Fill.Rune);
}
}
}
}