Perpetual licenses guarantee continuous deployment and development.
Standard support includes 10 tickets for a 1 year subscription.
SMEs
Packages
|
Single
Developer licenses for small and medium-size companies.
|
¡¡
|
Bronze
|
Silver
|
Gold
|
Platinum
|
XY
|
✔
|
✔
|
✔
|
✔
|
3D
|
|
✔
|
✔
|
✔
|
Polar
|
¡¡
|
¡¡
|
✔
|
✔
|
Smith
|
|
|
✔
|
✔
|
Maps
|
¡¡
|
¡¡
|
✔
|
✔
|
Signal tools
|
|
|
✔
|
✔
|
Volume
rendering
|
¡¡
|
¡¡
|
¡¡
|
✔
|
|
|
License Perpetuality | Development Rights | Deployment Rights | Software Updates | Subscription Renewal Rate | Perpetual | Forever | Forever | Until end of subscription | 50% | Non-Perpetual | Until end of subscription | To be removed after end of subscription, including end-users | Until end of subscription | 100% |
|
High-performance WPF, WinForms & UWP Charts & Graphs
LightningChart .NET can visualize up to 1 TRILLION data points in real-time.
XY charts
The most definitive 2D cartesian chart, with the best rendering performance in the industry. Visualize your complex and huge data sets, with our optimized series types, shared X axes, built-in real-time scrolling modes and industry leading configuration options.
Series types: sampled data (discrete signal), line, scatter points, point-line, freeform point-line, areas, high-low, polygon, stock (OHLC, candle-stick), bar, band, constant line, intensity grid, intensity mesh
Real-time monitoring scrolling modes: scrolling, sweeping*, stepping, oscilloscope style level triggered
Heatmaps with contours, wireframe, contour labels
Stencil for rendering intensity series inside polygon, map region
Annotations, markers, data cursors
Persistent rendering layers
Several legend boxes in the same chart
Linear and logarithmic axes, X axis scale breaks
Several configurable vertical segments in chart, layered / stacked
Dozens of properties to control zooming and panning behavior
3D charts
Visualize your data in informative and interesting way in 3D XYZ cartesian chart view. 3D charts for WPF and Winforms
Series types: surface mesh, surface grid, waterfall, polygon, rectangle planes, mesh models, line, point-line, scatter points, bar and pie charts
3D scene settings with multiple light sources
3D models importing in .obj format
Gigantic surface sizes of over 4096x4096, depending on available memory
Includes ViewPie3D, to visualize pie and donut charts in 3D
Linear and logarithmic axes
Polar charts
ViewPolar allows data visualization in a polar format. The data point position is determined by angular value and amplitude. Polar view also has versatile zooming and panning features.
Series types: line, scatter points, point-line, areas
Line colorization per amplitude, angle or data point value
Several polar axes per chart with unique rotation angles
Markers
Sectors
Smith charts
Specialized chart for radio frequency applications, like oscillator design and stability analysis. Allows simultaneous visualization of multiple parameters, like impedance, admittance, reflection coefficients scattering parameters and so on.
Absolute and normalized scales
Static distance and zoom adapting ticks and grid. Allows automatic generation of ticks and grid when zooming for better understanding of values, without cluttering the display.
Automatic zoom-to-fit for whole area or data only
Zooming and panning via ready-made mouse operations
Tick values always visible, even when zoomed in close
Data and grid clipping to graph area. You can show data also on outside of the graph.
Maps
Maps enable using vector maps or on-line tile maps for visualization of geographic data. The maps are visualized in ViewXY, and allows combining e.g. routes, heatmaps, or arrows in the same visualization. The maps use equirectangular projection.
On-line tile maps: supports street maps and satellite imagery
Dozens of maps: World, continents, specific areas
Multi-layer: land, lakes, rivers, roads, cities etc
Map import from ESRI shape file data
Combining other XY series in the visualization
Axis scales presented in selectable geographic coordinates formatting
Volume Rendering
Volumetric information plays an essential role in medicine, e.g. for an advanced cancer detection, visualization of aneurysms, and treatment planning. It is also used for non-destructive material testing via computer tomography or ultrasound. In addition, huge three-dimensional datasets are produced by geo seismic research, and can also be visualized by our Volume Rendering engine.
Separate Linear Transfer function for every channel
Volume Thresholding in accordance with voxels brightness for every channel
Dynamic modification of Voxel range
Manual or Automatic Adaptive sampling rate of volume data
Three options for Volume Rendering Ray function: accumulation, maximal intensity and isosurface
Combining 3D models and series in the same visualization
Compatibility requirements
OS: 32-bit or 64-bit Windows Vista or later, Windows Server 2008 R2 or later.
DirectX: 9.0c (Shader model 3 and higher) or 11.0 compatible graphics adapter.
Visual Studio: 2010-2019 for development, not required for deployment.
Platform .NET Framework: installed version 4.0 or newer.