Nevron Chart for .NET White Papers

Working with Nevron Chart Scale Breaks – Using Axis Scale Breaks

Nevron white paper using scale breaks
Creating a chart that is informative to the user is a challenging task. Being focused on the data visualization Nevron Chart for .NET sets the standards in data visualization technology by supporting a variety of features allowing you to create informative and readable charts. One such feature is the complete support for axis scale breaks.


Working with Chart Multiple Axes – Nevron Chart Axis Docking

Nevron white paper chart with multiple axes
Having a chart with several Y axes is a requirement you will meet very often when you develop charting enabled applications. It is essential that a good charting product supports flexible Y axis positioning and layout. This white paper outlines the different options you have with Nevron Chart for .NET to address a variety of situations requiring you to use multiple Y axes.


Working with Nevron Chart for .NET - XYZ Scatter Graphs

Nevron white paper xyz scatter chart
The requirements for presentation charts are always high and very often simple bars and lines are not enough to impress the audience. The rich feature set of Nevron Chart for .NET enables you to go beyond the limits of "ordinary" charts and opens a field of action for your imagination. In this white paper you can track the process of creating a chart that presents data for the Carbon Dioxide emissions of European countries.


Working with Nevron Chart for .NET - Surface Charts

Nevron white paper surface charts
A Surface Chart is a 3D representation of a set of points, that produces a filled area in 3D where each set of three distinct, adjacent data points forms a triangle. Surface charts also commonly combine the three-dimensional filled area representation with functionality to visualize the surface mesh, as well as the intersections of the surface with planes that slice the surface along one of its dimensions. The lines produced by those intersections are referred to as contour lines or isolines. Further, surface charts usually support various ways to color the surface and contour lines.


Working with Nevron Chart for .NET – Using Axis Scales White Paper

Nevron white paper axis scales
Charts are plotted using one or more axes that scale the data displayed on the chart plot area along one or more dimensions. There are several types of charts that define the possible number of dimensions –those are:

Cartesian Charts – this is the most common type of chart that allows the user to plot data against two or three dimensions.
Polar Charts – this type of chart plots the data along a cyclical axis (angle) and a value axis.
Ternary Chart – this type of chart plots the data along three dimensions.
Radar Chart – this type of chart plots the data along a separate dimension for each category in the provided data points.

The common in those types of charts is that each of those chart dimensions can represent a different quantity or measurement where each value in the respective dimension of a data point is positioned. To show the user the values in a particular dimension Nevron .NET Chart supports several types of axis scales that aim to denote the values along this dimension with the objective to annotate those values using axis scale objects, such as labels, ticks, grid lines, stipes, and others.


  
The quality of the graphics we produce with Nevron Chart greatly impresses everyone. While the software development department in our startup company consists of only five people, the fact that we can produce world-class graphics goes a long way towards convincing potential clients of our professionalism.

I like to lead off the demonstrations that I provide for customers with one or more of the plots I generate with Nevron Chart. The quality of these graphics is so obvious and so arresting that they grab everyone's attention, and make sure that the people in the room are going to listen to whatever I have to say next.

The Nevron Chart software is absolutely central to our software development efforts. The data analysis package that we've written uses graphics to tell the stories that lies behind the data, and the precision and user interactivity that we can achieve with the Nevron package enable us to tell those stories in a very compelling fashion.

We have been using Nevron Chart as a central element in our software development efforts for the last three years, and we have no desire to switch to any other package. I've been consistently impressed with the robustness of the code, the range of the capabilities, and above all with the quality of the graphics since the time that I first started experimenting with this package. Graphical presentations have been a part of my scientific programming efforts for the last 20 years, and as far as I'm concerned there is no other package on the market that is better than Nevron Chart.
  

Benjamin Alexander
BioProcessors