The release of nCode 2024.1 introduces enhanced functionality and performance for nCode DesignLife, nCode GlyphWorks, and nCode VibeSys software products. This update includes 155 built-in processing and display glyphs and supports over 50 data formats.
Current customers with active software maintenance can access nCode 2024.1 and the complete release documentation through the Support Portal.
We have now made available our own internet map server for use within the GPS Display glyph. This makes the plotting GPS data on maps much easier and with no extra cost involved.
This avoids the complexity and potential cost of third-party internet map servers. The HBK map server is free to use from within GlyphWorks.
This SN fatigue analysis method uses 4 parameters to describe the fatigue performance of a material. These parameters describe the slope, shape and position of the SN curve. This allows for greater flexibility in material characterization.
The 4-parameter SN method has been available in DesignLife for several releases and has now been made available in Stress Life glyph to allow calculations from measured strains as well as from FE calculated stresses.
The release of nCode 2024.0 brings improvements in functionality and performance for nCode DesignLife, nCode GlyphWorks, and nCode VibeSys software products encompassing 155 built-in processing and display glyphs and support for over 50 data formats.
Current customers on active software maintenance can gain access to nCode 2024.0 and full release documentation using the Support Portal.
The CAN processing glyph can now decode raw CAN data from Vector ASC files. As with the other supported file formats, in combination with a CAN database (.dbc) the raw CAN data is decoded into channels of data in engineering units which can then be processed downstream.
The user can select which channels to be decoded from a list of available channels in order to speed up the extraction. The decoding can be performed in a user-supplied time range, and a time offset can be applied, so the decoded data can be synchronised with additional data from other sources. nCode 2024.0 supports decoding raw CAN data contained in ASAM MDF4 files and HBK catman BIN files as well as the newly supported Vector ASC files.
The TestMatch glyph has been improved with the addition of three new properties. The new properties (CorrelationLimit, YTolerance and XTolerance) allow user control over the convergence of the solution.
Batch jobs can now be automatically re-submitted after a failure due to license availability. The new functionality is supported in both flowproc and the DesignLife specific dtproc. This feature is controlled by the use of two new command line switches that control the number of re-tries and the time period between the re-tries.
The CAN Processing glyph can be used in conjunction with a CAN database (.dbc file) to decode raw CAN data into channels of data in engineering units, which can then be further processed downstream.
The user can select which channels to be decoded from a list of available channels in order to speed up the extraction. The decoding can be performed in a user-supplied time range, and a time offset can be applied, so the decoded data can be synchronised with additional data from other sources. nCode 2023.1 supports decoding raw CAN data contained in ASAM MDF4 files and HBK catman BIN files.
The TestCombination glyph can now apply time offsets to Time Series and Multi-column input tests. This enables the user to easily synchronize data coming from various sources. This is particularly useful when tests involve multiple data collection devices such as video cameras, CAN loggers, mobile DAQ systems, etc. and the engineer needs to process the entire data for a global understanding of the physical phenomena occurring.
File format enhancements:
Additional improvements in nCode 2023 include:
The latest addition to the Virtual Sensor is the ability to be used on a FE model driven by vibration loads. In this case, the FE-based displacements from a frequency response function (FRF) analysis, either direct or modal, can be used to extract local Power Spectral Densities (PSD) at specific locations. The outputs PSDs can be in terms of displacement, velocity, or acceleration. These "virtual accelerometer" outputs are particularly useful for defining vibration tests of sub-components from the FE model. The FE results can be either direct or modal-based frequency response function (FRF).
Additional improvements in nCode 2021 include: