Sound quality measurement. Adding widgets formerly visual controls is now handled in the same way as all other Dewesoft modules. Once added, they can be placed more precisely using a new alignment function and their right-click properties can be accessed by clicking the menu button in their toolbar.
New icons with widget alignment. Management of displays is now handled in a separate window where you will find all the properties of displays as well as be able to move them around and create sub-displays. An OxTS device can either be used as a clock master or slave when synchronized with Dewesoft instruments.
In order to use it as a clock master, an additional cable with a PPS pulse inverter is required, which will be available for purchase from Dewesoft in the near future. Multiple OxTS devices can also be connected and used simultaneously. OxTS module setup. The map widget has been upgraded with terrain elevation data for the entire world, hosted on Dewesoft servers that are optimized for maps. Map with elevation data.
A 3D Model widget that allows yaw, pitch and roll monitoring of the selected navigation track has also been created and can run alongside the Map with the same models.
A 3D model with information about the current orientation. Instead of a long list of items, it is now divided into sections. Using Vector hardware, we mimic listen-only slaves that listen to all data transmission on the bus. Dewesoft automatically detects LIN capable Vector devices that are connected to your system and configures them, so that they are ready for use right away. The graphical user interface is designed to be simple and intuitive.
In setup mode, all LIN signals are shown in the grid with a live preview of the decoded data from the bus, allowing users to make sure that the data is being decoded in the right way. The plugin can decode the bus data in three different ways:. To make the configuration process even simpler, LIN description files LDF can also be imported into Dewesoft, making the process of setting up larger LIN networks just a matter of a few clicks.
The scaling module is a brand new free of charge math module that allows users to scale any scalar channel. The main purpose of the module is to allow users to scale their input data and be able to keep two channels, raw and scaled While the module is designed to scale data that is not linear, the same interface can also be used to scale linear data.
There are three scaling types that you can choose from:. Polynome and table scaling are pretty self-explanatory as they allow users to enter coefficients that are used to scale the selected input channels. The scaling characteristic of a table or the polynome that the user enters is nicely displayed on the graph on the right side of the setup screen. To make the scaling setup as convenient as possible, we have added copy and paste functions that allow users to either import or export the coefficients.
It is now possible to use a sensor with an arbitrary number of gaps at completely arbitrary positions around the gear, the only conditions being that all teeth still need to have the same width and that the widths of gaps are expressible in terms of the number of missing teeth. The concept for a new sensor mode came from engine manufacturers who need asymmetric crank-angle sensors on the crankshaft, as they allow them to know the exact position of the shaft before a full engine revolution is complete.
Example of a gear tooth sensor definition. As always Dewesoft X3 is a free upgrade for all existing Dewesoft customers. You can download the Dewesoft X3 SP10 release from our download center , where you will also find a changelog listing all the minor improvements and bug fixes. Dewesoft X3 SP10 Released Jan Dewesoft starts with a release of a new Dewesoft X3 SP
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