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Applications developed with Gtk# on.NET do not require Mono to run. If the application is a 100%.NET, without using P/Invoke to call into Win32 functions or using some Windows-specific assemblies, the code will run out of the box on Unix and Linux systems with Mono. The Gtk# installer for.NET can be downloaded from.

F# Charting: Library for Data Visualization The F# Charting library implements charting suitable for use from F# scripting. Once you load the library as documented in, you can use the members of the Chart type to easily build charts. Two Way Stretch 1960 Download. The following example creates a candlestick chart for a time series and sets the range of the Y axis: 1: Chart.

Candlestick( priceSeries). WithYAxis( Max = 29.0, Min = 25.0) The library provides a composable API for creating charts. For example, you can use the Chart.Combine function to create a chart consisting of multiple line charts. The following example creates a single area showing sample income, expenses and profit in a single chart: 1: 2: 3: 4: Chart. Combine( [ Chart.

Line( expectedIncome, Name = 'Income') Chart. Line( expectedExpenses, Name = 'Expenses') Chart. Line( computedProfit, Name = 'Profit') ]) How to get F# Charting • The Windows version of the library is available as on NuGet • The Mac/Linux version of the library is available as on NuGet • Alternatively, you can download the or as a. F# Charting features • Cross-platform 2D charting and support for pseudo-3D charts on.NET. • Many cross-platform chart types: Area, Bar, Bubble, Column, Line, Point and more. • Create charts directly from F# data such as lists and tuples. Apogee Duet Drivers Snow Leopard Download Free. • Use either fluent or pipelined chart specifications.

• Create updating 'LiveChart' charts from F# or Rx observables. • Can be used in conjunction with the library. • Many extra chart types (Windows-only): BoxPlot, Candlestick, Doughnut, ErrorBar, FastLine, FastPoint, Funnel, Kagi and more. Not all features are supported in the FSharp.Charting.Gtk version of the library. See INCOMPLETE_API in the implementation. Contributions to compelte the features are welcome.

Approach, history and future This library is a successor to FSharpChart. The last version of FSharpChart was.

F# Charting uses simple, declarative chart specifications. On Windows, F# Charting is implemented using the Data Visualization charting controls available on Windows in.NET 4.x.

On OSX, F# Charting is implemented using the OxyPlot.GtkSharp charting library. F# Charting is designed so that the same charting specifications can be supported when using different charting implementations. Contributing The project is hosted on where you can, fork the project and submit pull requests.

If you're adding new public API, please also contribute that can be turned into a documentation. • If you want to discuss an issue or feature that you want to add the to the library, then you can submit via Github or you can send an email to the mailing list. • For more information about the library architecture, organization and more see the page. • The documentation is automatically generated from *.fsx files in. If you find a typo, please submit a pull request!

Library license The library is available under the MIT licence. For more information see the in the GitHub repository.

In summary, this means that you can use the library for commercial purposes, fork it, modify it as you wish. Multiple items type DateTime = struct new: ticks:int64 ->DateTime + 10 overloads member Add: value:TimeSpan ->DateTime member AddDays: value:float ->DateTime member AddHours: value:float ->DateTime member AddMilliseconds: value:float ->DateTime member AddMinutes: value:float ->DateTime member AddMonths: months:int ->DateTime member AddSeconds: value:float ->DateTime member AddTicks: value:int64 ->DateTime member AddYears: value:int ->DateTime.