📄️ A Strip Chart - How to Create Application
Before computers exist or were taking their first steps, a Strip chart was a way to visualize an analog electrical signal.
📄️ Volumetric Rendering Application with LightningChart .NET
LightningChart .NET volumetric rendering feature described elsewhere.
📄️ A Smith Chart - How to Create Application
The Smith chart is a diagram designed for the study and resolution of problems with transmission lines. This diagram is aimed at electrical and electronic engineers specializing in radio frequency. These types of diagrams are common in most radio frequency circuit analysis software.
📄️ Audio Output Signal Reader
Have you ever wondered how to visualize audio signal and hear it at the same time. LightningChart offers quick and easy solution for this task.
📄️ Audio Input Spectrogram chart
Have you ever wondered how to capture and visualize audio signal from sound devices? LightningChart offers quick and easy solution for this task.
📄️ EEG Visualization showcase
Electroencephalography (EEG) is a method to record an electrogram of the spontaneous electrical activity of the brain. First human EEG was recorded 100 years ago (in 1924) by german physiologist and psychiatrist Hans Berger. Method remains popular and relevant despite little change during the year. An EEG can find changes in brain activity that might be useful in diagnosing numerous brain disorders.
📄️ 3D LiDAR Chart
Once in a while user may need to visualize tens of millions samples as point-cloud. For example, LiDAR (or Light Detection and Ranging) device could generate such type of data. Certainly it is challenging, but LightningChart control is able to create interactive chart with 100 million points (and more, if user have powerful computer).
📄️ Polar Radar Charts
Polar radar charts are used for visualizing direction and distance data in aeronautics and navigation. In navigation, polar charts may reflect information about a ship’s or aircraft's position, course, and speed.
📄️ Fast Line Chart
A ‘fast line chart’ is an ambiguous term that could mean a great number of things. If a software developer is programming with C#, the first thing that comes to mind is the .NET Chart class with FastLine type series.
📄️ MeshModel custom coloring in real-time
MeshModel is digital 3D model of object in LightningChart. MeshModel composed of triangle mesh.
📄️ Surface mesh 3D
SurfaceMeshSeries3D is divers series to visualize 3D surface. X,Y and Z values can be defined for each mesh point, allowing uneven node spacing. In addition to X, Y and Z, each SurfacePoint has Value, Color and Tag (object type) fields. This allows SurfaceMeshSeries3D to visualize 4-dimensional data (space + measurement). SurfaceMeshSeries3D also has different styles for Fill, Wireframe and ContourLine.
📄️ Persistent series rendering intensity layers
PersistentSeriesRenderingIntensityLayer could facilitate analysis of the repetitive signal. PersistentSeriesRenderingIntensityLayer can help to visualize common features of the signal measured multiple time as well as outliers.
📄️ Digital Signal Processing Filters Application
Digital signal filters are programmatic filters made to filter out unwanted frequencies from the acquired signal data.
📄️ A heatmap chart - how to create advance analysis
A heat map (or heatmap) is a 2-dimensional data visualization technique, where amplitude/magnitude of value is color coded. Color coding is defined by palette of colors, which typically uses range from 'cold' (aka blue) to 'hot' (aka red) colors.
📄️ High Speed DAQ Chart
Data acquisition (DAQ) is the measurement, recording, analyzing, and presentation of physical world events. DAQ devices through various sensors and transducers (e.g. temperature, pressure, flow, level, strain, acceleration, vibration, humidity, and more) could measure voltage, current, power etc.
📄️ A Bubble Chart - how to create application
A bubble chart (or bubble plot) is an extension of the scatter plot. This type of chart displays three or four dimensions of data. Each dot in a bubble chart corresponds with a single data point, and the variables' values for each point are indicated by horizontal position (x-axis), vertical position (y-axis), bubble size and bubble color (optional). Size and color of bubble can encode any categorical or quantitative variable / factor.