It is a graph tool designed to make large amounts of data easy to read and analyze.
Eschart is a completely new, comfortable, and fast graph tool designed to make a large amount of data easy to view and analyze. When you set the series you want to overview, you can instantly see the changes in the series, and you can quickly access the areas you want to see by expanding the range or clicking. Additionally, expanding the specified range, adjusting the Y-axis, and zooming in and out can be done intuitively with simple mouse operations. Comparing different series can also be done immediately through drag and drop. 【Features】 ■ High-speed rendering of large-scale data in the gigabyte range ■ Intuitive operation focused on ease of analysis ■ Support for various data formats ■ Ability to analyze later ■ Rich integration features
Inquire About This Product
basic information
【Other Features】 ■ Overview ■ Zoom In/Out ■ Calculation Function ■ FFT Function ■ Import ■ Export Reference ▼ Utilizing Eschart for Analysis Using CAN Log Data https://www.smartenergy.co.jp/technical-blog/canlogdata-eschart/
Price information
Permanent licenses with node locking and subscription options are available. For more details, please contact us at the following: ▼Contact https://www.smartenergy.co.jp/contact/
Delivery Time
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
Detailed information
-
■Filter Processing Even complex data can be automatically resampled and subjected to various filter processing. In addition to moving averages, filters such as low-pass and high-pass filters can be used according to the analysis requirements. By combining with FFT and spectral analysis, the scope of analysis is significantly expanded.
-
■File Import Files can be imported in various formats, including binary files from different companies, CSV files, and spreadsheets. It is also possible to read data with different sampling periods, allowing for the import of data from different manufacturers' measurement devices, as well as data with varying sampling times, such as CAN signals.
-
■Flexible Import Wizard The import wizard is equipped to specify headers and data bodies for reading CSV files and spreadsheets. It can flexibly accommodate different data formats for each measuring instrument.
-
■Analysis Once you have imported a large amount of time series data, let's overlay and compare the data. Of course, you can overlay series with different time axes. It is also easy to compare the results from the data logger with those from CAN.
-
■Overview The overview window that displays the entire range of the series allows you to set the series you want to overview, making it easy to see the changes in the series at a glance. Additionally, you can zoom in on the range and quickly access the areas you want to see by clicking.
-
■Convenient Search Function Let's use the search function to jump to the series you want to see. With the search function, you can easily copy, paste, and move series with simple operations. In any case, it significantly improves the efficiency of data analysis with a large number of series.
-
■ Inter-Series Calculation Using the math function, it is possible to perform calculations on graph series afterwards. Even if the sampling periods between series are different, automatic resampling is performed, allowing calculations to be made between data with different sampling timings, such as CAN. In addition to basic arithmetic operations, it is possible to directly input formulas for trigonometric functions, absolute values, and more for calculations. Calculations can be flexibly performed using C# syntax.
catalog（1）
Download All Catalogs
Company information
Founded in 2009, our company continues to grow with the motto "For partners advancing energy systems," focusing on development tools, engineering, and consulting services. Our domestically produced high-speed circuit simulator for power electronics, "Scideam," is being adopted by leading automotive and electrical equipment manufacturers in Japan. Additionally, we have been engaged in model-based development of digital power supplies for over 15 years since our establishment, creating a development environment unique to model-based power supply design and conducting efficient power supply development through simulation. We provide development support to meet the expectations of those advancing the power electronics and automotive fields.
