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What is Steema TeeChart VCL FMX?
Steema TeeChart VCL FMX is a charting component library offers hundreds of Graph styles in 2D and 3D for data visualization, 56 mathematical, statistical and financial Functions for you to choose from together with an unlimited number of axes and 30 Palette components.
- Take Full Control: Full 100% TeeChart Pro VCL / FMX source code is available to you as an option.
- Easy to use: Discover the user-friendly editor dialogs, available both at design-time and also run-time, for almost every component and sub-component.
- Priced Right For You: Steema provides products and services aimed at meeting your highest expectations on getting the best value for your money.
- Steema's commitment: We have been innovating for TeeChart components since 1995 and endeavour to continue to bring you the best of new features in the future.
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How to crack winrar password using cain and abel. TeeChart VCL/FMX version 2020 Build 2013 Follow this link to New Features-This version adds full support for RAD Studio, Delphi and C Builder 10.3 Rio Update 3 including Android 64 platform. Follow this link to Bugfixes/changes Release Notes 11th Oct 2019 TeeChart VCL/FMX version 2019 Build 2011. NET source code is available as an alternative. NET comprises 60+ graph types and variants. In the generally used Line, Bar, Area, Pie to people more'field-specific graphs' for example Candlestick, Open-High-Low-Close, Kagi and Contour. Click on the below link to download Steema TeeChart Pro for.NET with CRACK NOW! The game of life online, free no hasbro. TeeChart Pro VCL-FMX 2020.30 Programming The Teechart Pro Chart Drawing Component is a library of hundreds of two-dimensional and three-dimensional graphs for drawing data, 56 mathematical, statistical, and financial functions. TeeChart Pro Crack + Activation Code (Updated) TeeChart Pro providҽs complҽtҽ, quicқ and ҽasy to usҽ charting and plotting classҽs for Microsoft.NEҬ, ActivҽX, COM and Borland VCL / CLX Businҽss, Rҽal-Ҭimҽ, Financial and Sciҽntific applications.
Key Features of Steema TeeChart VCL FMX:
- IDE's Supported: Full support for Embarcadero Windows IDEs (RAD Studio, Delphi and C++Builder) and FireMonkey framework enabling to compile apps for Windows, macOS, iOS / iPhone and Android.
Embarcardero IDEs supported include:
- RAD Studio Delphi XE to XE8, 10 Seattle, 10.1 Berlin, 10.2 Tokyo, 10.3 Rio, 10.4 Sydney
- C++Builder XE to XE8, 10 Seattle, 10.1 Berlin, 10.2 Tokyo, 10.3 Rio, 10.4 Sydney
- Delphi 7, Delphi/C++ Builder/RAD Studio 2007, 2009 and 2010 (sourcecode version only)
TeeChart can also be used with FMXLinux toolset (sourcecode version only) - Chart types 60+ chart types and variations. From the commonly used Line, Bar, Area, Pie to those more 'field-specific charts' such as Candlestick, Open-High-Low-Close and Contour.
Includes:
- Standard: Line (Strip), Bar, Area, Pie, Fast Line, Point (Scatter), Bubble, Arrow, Gantt, Shape, Horiz. Line, Horiz. Bar, Horiz. Area
- Financial: Candle OHLC, Point and Figure, Volume, Volume Origin, Darvas Boxes, EquiVolume
- Statistical: Histogram, Horiz. Histogram, Error, Error Bar, Error Point, HighLow, Box-Plot, Funnel (Pipeline), Volume Pipe, Ternary
- Extended: Surface, Contour, Iso-Surface, Color Grid, Waterfall, Polar, Polar Grid, Radar, Donut, Smith, Pyramid, Triangle Surface, Vector 3D, Tower 3D, Point 3D, Bezier, Map GIS, Organizational Chart, Treemap
- Other: Wind-Rose, Clock, Bar 3D, My Point, Bar-Join, Image Bar, Image Point, Delta Point, Big-Candle, Calendar, Bubble 3D, Tag Cloud, Rose. - Gauges: Gauges series type and indicators (Circular, Linear, Numeric, Knob, Equalizer and Combination) to create digital dashboards with visual effects like shadows, lighting, etc.
- Maps: Provides library of map series including maps of the World, continents and countries like USA with custom properties.
- Functions and Indicators: 50+ financial and statistical indicators including:
- Standard: Add, Subtract, High, Low, Count, Multiply, Divide, Average, Median Function, Mode Function, Subset
- Financial: ADX (Average Directional Index), Moving Average, Exponential Moving Average, Smoothed Moving Average, RSI (Relative Strength Index), Momentum, Momentum Division, MACD, Stochastic, Bollinger Bands, Compression OHLC, CLV (Close Location Value), OBV (On Balance Volume), CCI (Commodity Channel Index), PVO (Percentage Volume Oscillator), SAR (Stop And Reversal), ATR (Average True Range), RVI (Relative Vigor Index), AO (Awesome Oscillator), AC ( Acceleration Technical Indicator), Alligator, Gator Oscillator
- Statistical: Standard Deviation, Root Mean Square, Performance, Variance Function, Skewness, Kurtosis, Percentage Change, Slope, SPC Charts, Histogram
- Extended: Cross points, Cumulative, Curve fitting, Custom y=f(x), Exponential Trend, Exponential Average, Smoothing SpLine, Trend, Reducing number of points, Correlation Function, Perimeter Function
A quick view at the functions and indicators mosaic. - 3rd Party Compatibility: Many 3rd party reporting components and other applications are compatible with TeeChart such as: IntraWeb VCL, ReportBuilder, QuickReport, FastReport, RAVE, etc.
- Data Connectivity: You can easily create and/or connect to an existing database or dataset in your project. Web source component to retrieve Internet charts and data. Database charting with Summaries, Sorting, Crosstabs and record level.
- Chart Tools: TeeChart includes a set of 52 tools for additional charting functionality:
Annotation, Axis Arrows, Axis Breaks, Clustering, Color Band, Color Line, Cursor, Custom Legend, Data Table, Drag Marks, Drag Point, Draw Line, Extra Legend, Fibonacci Arcs, Grid Bands, Image, Legend Palette, Magnify, Mark Tips, Nearest Point, Page Number, Rectangle, Rotate, Series Animation, Series Band, Series Region, Series Stats, SubCharts, Video Creator, Video Player. - Palette components: The Palette provides access to 30 toolkit-specific components including ChartGrid, Navigators, Web source and Control Bar.
- Chart image filters: Offers you control over the aesthetics of the charts with a set of 25 image filters.
- Exporting Formats: You can easily export charts as images (Flash/Flex, XAML, JPEG, GIF, PNG, BMP, EPS, PDF, PCX, WMF) and as data to HTML, XML, Text, CSV and Excel (xls, xlsx). And export / import native template (*tee).
- Multi-language: TeeChart Editor dialogues translated to 38 languages. Just one mouse click! The translation can be used at design-time and run-time, and even with your custom application forms and texts.
- Fast and Memory Efficient: TeeChart fully utilises dynamic arrays of your data, Intel assembler and many speed optimizations.
- Supports LiveBindings: LiveBinding a Chart to a dataset using a TBindDBChartLink component and a BindScopeDB connected to a DataSource. Series are automatically created.
- Multiple Axes: Supports multiple axes, both Horizontal and Vertical in the same chart. There is no limit to the number of axes in just the one chart.
- Interactive Zooming and Scrolling: Live and animated zoom and scroll. Mouse wheel supported.
- Chart Themes: Includes 16 predefined themes enabling rapid change of many chart properties with a single mouse click.
- Visual Attributes: Customizable colour palette, transparency, 3 color gradients, gray-scale. 2D, 3D plus OpenGL 3D with 360º rotation, lights and shadows. Custom drawing canvas.
- Comprehensive Support: Support Forums provide browsable answers to thousands of users' questions. Optional Professional-level technical support gives the subscriber a priority support link into Steema.
- Royalty free: You may distribute your charts royalty-free for use in compiled applications.
See the Software licensing contract to learn more about the use of TeeChart Pro VCL/FMX license. - Help and Documentation: Includes demos, several hundred of coded Chart examples, User Guide, Tutorials, blog articles, TeeChart wiki, etc.
Issue Tracker offers an interactive way of entering and monitoring TeeChart issues. - Feature Matrix: Compare features between the Standard version included in RAD Studio, the commercial Standard and the Professional version via the Feature Comparison table.
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Steema TeeChart Pro VCL/FMX v2020.30.200525 Full Extracted Source Code
Steema TeeChart Pro VCL/FMX v2020.30.200525 Full Extracted Source Code
TeeChart Pro charting component library offers hundreds of Graph styles in 2D and 3D for data visualization, 56 mathematical, statistical and financial Functions for you to choose from together with an unlimited number of axes and 30 Palette components.
Full source code
100% TeeChart Pro VCL / FMX source code is available as an option. The TeeChart source code supports Embarcadero Windows IDEs (RAD Studio, Delphi and C++ Builder) and now includes native code FireMonkey support enabling you to use common sourcecode to compile your applications for Windows, Mac OS, iOS / iPhone and Android.
Fast speed and small memory size consumption
The Chart graphical code speaks directly to Windows GDI API. Data is stored in dynamic arrays that are very closely mapped to memory which makes access and modifying the arrays almost as fast as the computer processor. The code is streamlined as much as possible to increase internal speed, especially when re-drawing. Other rendering outputs are OpenGL (3D), SVG, DirectX, etc but they aren't as fast as plain old GDI for realtime charting.
Divided into several modules (units) to reduce executable size
A chart using the basic styles ( line, bar, area, pie, point ), has an executable size of only 190Kb. Packages (groups of units), are logically grouped depending on the category of each feature. Developers can create custom packages or .Net assemblies to group modules as per their own needs.
Easy to use at design and run-time
TeeChart includes powerful and complete editor dialogs, for almost every component and sub-component. These editors are available at design-time and also at run-time. The TeeCommander component (a toolbar with charting specific buttons) provides one-click access to TeeChart editors, print preview dialogs and common features.
Complete Object Oriented API
The architecture of TeeChart is fully Object Oriented. Almost everything is an object or belongs to an object class. Properties, methods and events follow a general, consistent style. Technically speaking, TeeChart Pro consists of 161 modules (units) and 90 form screens, totalling 798 object classes. Each class has properties that in many cases are other sub-classes, either from TeeChart API or from Embarcadero's VCL set of classes.
Divided into several modules (units) to reduce executable size
A chart using the basic styles ( line, bar, area, pie, point ), has an executable size of only 190Kb. Packages (groups of units), are logically grouped depending on the category of each feature. Developers can create custom packages or .Net assemblies to group modules as per their own needs.
Easy to use at design and run-time
TeeChart includes powerful and complete editor dialogs, for almost every component and sub-component. These editors are available at design-time and also at run-time. The TeeCommander component (a toolbar with charting specific buttons) provides one-click access to TeeChart editors, print preview dialogs and common features.
Complete Object Oriented API
The architecture of TeeChart is fully Object Oriented. Almost everything is an object or belongs to an object class. Properties, methods and events follow a general, consistent style. Technically speaking, TeeChart Pro consists of 161 modules (units) and 90 form screens, totalling 798 object classes. Each class has properties that in many cases are other sub-classes, either from TeeChart API or from Embarcadero's VCL set of classes.
The Chart graphical code speaks directly to Windows GDI API. Data is stored in dynamic arrays that are very closely mapped to memory which makes access and modifying the arrays almost as fast as the computer processor. The code is streamlined as much as possible to increase internal speed, especially when re-drawing. Other rendering outputs are OpenGL (3D), SVG, DirectX, etc but they aren't as fast as plain old GDI for realtime charting.
Divided into several modules (units) to reduce executable size
A chart using the basic styles ( line, bar, area, pie, point ), has an executable size of only 190Kb. Packages (groups of units), are logically grouped depending on the category of each feature. Developers can create custom packages or .Net assemblies to group modules as per their own needs.
Easy to use at design and run-time
TeeChart includes powerful and complete editor dialogs, for almost every component and sub-component. These editors are available at design-time and also at run-time. The TeeCommander component (a toolbar with charting specific buttons) provides one-click access to TeeChart editors, print preview dialogs and common features.
Complete Object Oriented API
The architecture of TeeChart is fully Object Oriented. Almost everything is an object or belongs to an object class. Properties, methods and events follow a general, consistent style. Technically speaking, TeeChart Pro consists of 161 modules (units) and 90 form screens, totalling 798 object classes. Each class has properties that in many cases are other sub-classes, either from TeeChart API or from Embarcadero's VCL set of classes.
Huge documentation and examples
The help file and documentation include a reference guide, a user guide, demos with detailed 'how to' explanations, end-user help and a comprehensive example project (with complete sources) that contains 376 forms. The TeeChart help file follows the look and rules of Embarcadero's help system and is completely integrated at design-time from the development IDE's. Pressing F1 gives context help for almost all screens and source code elements.
Translations into several languages
Available in 37 languages, translated dialogs and constants can be used both at design-time (if you recompile the packages or assemblies), and at run-time by just recompiling your application. Once your application is compiled, end-users can switch the language for TeeChart dialogs and constants at runtime, without needing any external file or dll, just a single call like - TeeSetSpanish();
Divided into several modules (units) to reduce executable size
A chart using the basic styles ( line, bar, area, pie, point ), has an executable size of only 190Kb. Packages (groups of units), are logically grouped depending on the category of each feature. Developers can create custom packages or .Net assemblies to group modules as per their own needs.
Easy to use at design and run-time
TeeChart includes powerful and complete editor dialogs, for almost every component and sub-component. These editors are available at design-time and also at run-time. The TeeCommander component (a toolbar with charting specific buttons) provides one-click access to TeeChart editors, print preview dialogs and common features.
Complete Object Oriented API
The architecture of TeeChart is fully Object Oriented. Almost everything is an object or belongs to an object class. Properties, methods and events follow a general, consistent style. Technically speaking, TeeChart Pro consists of 161 modules (units) and 90 form screens, totalling 798 object classes. Each class has properties that in many cases are other sub-classes, either from TeeChart API or from Embarcadero's VCL set of classes.
Huge documentation and examples
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The help file and documentation include a reference guide, a user guide, demos with detailed 'how to' explanations, end-user help and a comprehensive example project (with complete sources) that contains 376 forms. The TeeChart help file follows the look and rules of Embarcadero's help system and is completely integrated at design-time from the development IDE's. Pressing F1 gives context help for almost all screens and source code elements.
Translations into several languages
Available in 37 languages, translated dialogs and constants can be used both at design-time (if you recompile the packages or assemblies), and at run-time by just recompiling your application. Once your application is compiled, end-users can switch the language for TeeChart dialogs and constants at runtime, without needing any external file or dll, just a single call like - TeeSetSpanish();
VCL only:
Internal canvas classes (GDI and GDI+) have been modified extensively. The default graphic canvas for new charts added at design-time is now GDI+ (TGDIPlusCanvas class) instead of GDI (TTeeCanvas3D class).
Switching from one canvas to another can be done at design-time and run-time through the TChart editor dialog (3D -> Render tab), or manually by code:
uses TeeGDIPlus; Chart1.Canvas := TGDIPlusCanvas.Create
uses TeCanvas; Chart1.Canvas := TTeeCanvas3D.Create
An alternative is to use the TeeGDIPlus component:
TeeGDIPlus1.TeePanel := Chart1;
TeeGDIPlus1.Active := True;
Using the TeeGDIPlus component allows persisting settings, like antialiasing and default text quality.
GDI+ offers several features that cannot be done with GDI (or are done better):
Color alpha (transparency)
Any color (pen, font, gradient, brush, etc) is now treated as a proper 32bit color with RGB and Alpha components.
The only limitation is pseudo-colors can't be used (clBtnFace, clWindow, etc).
Setting a color alpha transparency can be done at design-time using the chart editor dialogs.
Using IDE Object Inspector is also possible, but in VCL there is a limitation that TColor is a signed integer, and so values greater than MaxInt (2^31-1) cannot be manually typed (the Object Inspector raises an exception).
Setting colors by code:
Chart1.Legend.Pen.Color := RGBA( 64,64,64, 128) ; // 128 = semi-transparent
Line Antialias
GDI+ has line antialias, which produces much better looking charts, without jagged diagonal and curved lines and polygon boundaries.
There's a speed penalty when using antialias that is not a problem unless you're plotting many many points and/or performing animations.
If not using a TeeGDIPlus component, Antialiasing can be changed at runtime by code like:
TGDIPlusCanvas(Chart1.Canvas).AntiAlias := False
Filled Pens
The base TTeePen class has a new Fill property (of type TTeeBrush) that is only functional when using the GDI+ canvas. Wide borders and lines (of width 2 or more) can now be filled with textures and gradients.
Series1.Pen.Fill.Gradient.Visible := True
Multi-color gradients
The GDI+ canvas allows gradients with more than 3 colors.
The base TTeeGradient class has a new Colors collection property. Each color item in the collection has Offset and Transparency properties:
Chart1.Gradient.Colors.Add( 0.3, clGreen, 50) // 0.3 means 30%, 50% is transparency
Smooth texturing
GDI+ uses brush images to fill polygons, rectangles and rounded rectangles with better speed and output results than GDI.
Transforms
Rotating, translating and scaling elements (like chart titles, legend, series, etc) are enabled using GDI+ transform methods.
Better clipping
When filling polygons with gradients or textures, or when drawing rounded-corner rectangles, clipping should be done manually in GDI (which is not 100% perfect), while in GDI+ this is done automatically and better.
Shadows
In GDI canvas, 'smooth' shadows are painted using an intermediary bitmap with a 'blur' filter applied. This is a very slow operation, although the output is quite good.
In GDI+, there's another approach to draw smooth shadows that is way much faster with a little loss in quality. Shadows are done using gradients and transparency.
GDI+ speed penalty
There's one thing that is much faster to paint in GDI than GDI+: non-solid pen lines.
Due to this, a big decision has been taken: axis grid lines are now solid instead of dotted:
Chart1.Axes.Left.Grid.Style := psSolid;
Grid lines can easily be changed again to be non-solid, using the axis editor dialog or Object Inspector.
With all the new changes, the GDI+ canvas is now faster than GDI in many occasions, as soon you use any effect like transparency, gradient fills, or shadows.
GDI is still faster than GDI+ when you dont need antialiasing and any fancy effect, for example when plotting FastLine or Surface series with many many points, but the difference between them is now much smaller, and you can always set back to GDI canvas.
FireMonkey Only:
As FireMonkey is already using GDI+ or Direct2D in Windows (and Quartz/OpenGL and the new GPU canvas for Mac OSX and iOS), the above list of GDI+ advantages for VCL are also valid for FireMonkey.
New editor dialog for j@vascript exporting format.
VCL and Firemonkey:
Gradients
TTeeGradient Colors collection property
Gradients can be now configured to use multiple colors in FireMonkey and also in VCL with GDI+ canvas (the limit was three colors maximum with VCL GDI).
Each color item has Color, Offset and Transparency properties.
The Colors property is also used when exporting charts to j@vascript HTML5 and other formats.
Internal canvas classes (GDI and GDI+) have been modified extensively. The default graphic canvas for new charts added at design-time is now GDI+ (TGDIPlusCanvas class) instead of GDI (TTeeCanvas3D class).
Switching from one canvas to another can be done at design-time and run-time through the TChart editor dialog (3D -> Render tab), or manually by code:
uses TeeGDIPlus; Chart1.Canvas := TGDIPlusCanvas.Create
uses TeCanvas; Chart1.Canvas := TTeeCanvas3D.Create
An alternative is to use the TeeGDIPlus component:
TeeGDIPlus1.TeePanel := Chart1;
TeeGDIPlus1.Active := True;
Using the TeeGDIPlus component allows persisting settings, like antialiasing and default text quality.
GDI+ offers several features that cannot be done with GDI (or are done better):
Color alpha (transparency)
Any color (pen, font, gradient, brush, etc) is now treated as a proper 32bit color with RGB and Alpha components.
The only limitation is pseudo-colors can't be used (clBtnFace, clWindow, etc).
Setting a color alpha transparency can be done at design-time using the chart editor dialogs.
Using IDE Object Inspector is also possible, but in VCL there is a limitation that TColor is a signed integer, and so values greater than MaxInt (2^31-1) cannot be manually typed (the Object Inspector raises an exception).
Setting colors by code:
Chart1.Legend.Pen.Color := RGBA( 64,64,64, 128) ; // 128 = semi-transparent
Line Antialias
GDI+ has line antialias, which produces much better looking charts, without jagged diagonal and curved lines and polygon boundaries.
There's a speed penalty when using antialias that is not a problem unless you're plotting many many points and/or performing animations.
If not using a TeeGDIPlus component, Antialiasing can be changed at runtime by code like:
TGDIPlusCanvas(Chart1.Canvas).AntiAlias := False
Filled Pens
The base TTeePen class has a new Fill property (of type TTeeBrush) that is only functional when using the GDI+ canvas. Wide borders and lines (of width 2 or more) can now be filled with textures and gradients.
Series1.Pen.Fill.Gradient.Visible := True
Multi-color gradients
The GDI+ canvas allows gradients with more than 3 colors.
The base TTeeGradient class has a new Colors collection property. Each color item in the collection has Offset and Transparency properties:
Chart1.Gradient.Colors.Add( 0.3, clGreen, 50) // 0.3 means 30%, 50% is transparency
Smooth texturing
GDI+ uses brush images to fill polygons, rectangles and rounded rectangles with better speed and output results than GDI.
Transforms
Rotating, translating and scaling elements (like chart titles, legend, series, etc) are enabled using GDI+ transform methods.
Better clipping
When filling polygons with gradients or textures, or when drawing rounded-corner rectangles, clipping should be done manually in GDI (which is not 100% perfect), while in GDI+ this is done automatically and better.
Shadows
In GDI canvas, 'smooth' shadows are painted using an intermediary bitmap with a 'blur' filter applied. This is a very slow operation, although the output is quite good.
In GDI+, there's another approach to draw smooth shadows that is way much faster with a little loss in quality. Shadows are done using gradients and transparency.
GDI+ speed penalty
There's one thing that is much faster to paint in GDI than GDI+: non-solid pen lines.
Due to this, a big decision has been taken: axis grid lines are now solid instead of dotted:
Chart1.Axes.Left.Grid.Style := psSolid;
Grid lines can easily be changed again to be non-solid, using the axis editor dialog or Object Inspector.
With all the new changes, the GDI+ canvas is now faster than GDI in many occasions, as soon you use any effect like transparency, gradient fills, or shadows.
GDI is still faster than GDI+ when you dont need antialiasing and any fancy effect, for example when plotting FastLine or Surface series with many many points, but the difference between them is now much smaller, and you can always set back to GDI canvas.
FireMonkey Only:
As FireMonkey is already using GDI+ or Direct2D in Windows (and Quartz/OpenGL and the new GPU canvas for Mac OSX and iOS), the above list of GDI+ advantages for VCL are also valid for FireMonkey.
New editor dialog for j@vascript exporting format.
VCL and Firemonkey:
Gradients
TTeeGradient Colors collection property
Gradients can be now configured to use multiple colors in FireMonkey and also in VCL with GDI+ canvas (the limit was three colors maximum with VCL GDI).
Each color item has Color, Offset and Transparency properties.
The Colors property is also used when exporting charts to j@vascript HTML5 and other formats.
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