1. To Ram Buffer- If one selects To Ram Buffer, each Scan is sent to RAM memory, which is limited by the amount of RAM that has been allocated to the instruNet World application program (or the calling application program in the case of calling the instruNet driver). The buffer in memory holds only one Scan's worth of points, and therefore.
2. If installing from the internet, select the Download menu at the top of www.instrunet.com, download the instruNetSetup.exe file, and then run it by double-clicking on its icon. This is the same file that is on the CD. Installation typically requires.

(1) Compatibility information provided without any warranty for drivers not included in DASYLab 2016. (2) Information about the compatibility of a driver not included in DASYLab 2016 is provided by the corresponding driver's vendor. (3) Included drivers are shipped with DASYLab. Activate drivers in the Configurator to use them in DASYLab. Starter System includes iNET-400/410/430/510, iNET-240, iNET-312-8, USA Plug (1). When the instruNet installation is complete, an 'instruNet World' Icon appears on your desktop and an alert notifies you of the success. At this time, it is safe to turn ON anti-virus software. For information on installing instruNet hardware & drivers, please continue with the below instructions.

Version 14.0.1

July 2017

This file contains information about DASYLab 2016 with Service Pack 1:

System Requirements

For the correct use of DASYLab 2016, the following minimum requirements must be met:

Hardware

Operating systems

• Windows^® 10, 32 bit
• Windows 10, 64-bit (as 32-bit application)
• Windows 8.1, 32 bit
• Windows 8.1, 64-bit (as 32-bit application)
• Windows 7, 32 bit
• Windows 7, 64-bit (as a 32-bit application)

What's new in DASYLab 2016 (release version, Build 477)

New module: State Machine

You can use the new state machine module (control sequence chains) to compile sequences which were previously set up using a combination of action modules, trigger modules, relays and links into a lower number of modules. The operations are considerably more simple to create and to administer since steps can be added, deleted and changed in their sequence inside the module itself.

Whereas all modules were always worked off simultaneously in parallel using the conventional setup of a sequence chain in DASYLab, only the currently active branch is edited in the state machine module. This does not just accelerate the development, but also execution of the state machine requires less computer time and memory during runtime.

Block size

The maximum block size was significantly increased from the previous value of 32768 values per block (32k) to 1048576 values per block (1M) in the current version. The resolution or accuracy has been considerably increase, especially in the case of block-based operations such as an FFT. The user also profits from an improved support for faster measurement technology and the multiplexing of channels has been optimized. A few old drivers ('DASYLab Driver Toolkit drivers') and the time base 'Driver' cannot use the new maximum block size and are still restricted to the previous 32k-sized blocks.

Double data type (64-bit)

The internal data format — both for measurement data recording and also for further processing — has been converted from float (32-bit floating-point type) to double (64-bit floating-point type). Even if a wide range of hardware has been supported in the past, this deep-reaching modification through the entire DASYLab structure now enables you to use the capabilities of modern high-resolution measuring hardware with a considerably increased accuracy.

File format: TDMS

DASYLab 2016 now supports the TDMS file format (TDM Streaming) so that measurement data can be recorded and processed using other programs. TDMS also stands out thanks to the fact that different data channels can be saved here with differing speeds and channel types.

File format: DASYLab

The DASYLab file format (file extension DDF) also has also been given an extension so that large data blocks and measured values can now be saved with double accuracy. You can now choose to save DDF files in the 'traditional' format from DASYLab 13 in order to guarantee compatibility with older DASYLab versions. However, the restrictions imposed by older DASYLab versions continue to apply in this case: the block size is at most 32768 and the data type is float (single precision, 32-bit).

Reading TDM and TDMS files

DASYLab 2016 can now read in TDM and TDMS files. This increases compatibility with other products. If you wish to evaluate measured values both using DASYLab and with other programs, you now only require one format.

Python: Update to Version 2.7.10

The integrated Python environment in DASYLab 2016 has been updated from version 2.6.5 to version 2.7.10. In addition to a range of detail improvements in language and error correction, you can now also access a wide range of Python modules which were not yet or no longer supported in Version 2.6.5. You can find details on the website at https://hg.python.org/cpython/raw-file/v2.7.10/Misc/NEWS.

System Information

The system information you accessed over Help»About has been extended. Especially the details about the operating system and the computer have been amended. The report you accessed over Help»Report was revised and user information was added.

Saving of layouts as image by action

For all image formats this functionality was supplemented by a scaling option which appears as an additional parameter in an action module's configuration dialog. Without additional scaling (at factors 0 and 1) the image will be saved at the size of the display DASYLab was started on. Earlier versions of DASYLab saved the images with wrong dimensions. Especially with print layouts, this led to very bad results in small formats.
The scaling differentiates between 3 ranges for the scaling factor (all values outside this range will be treated as 1.0):

1. 0.125 ≤ parameter value ≤ 8.0
   The parameter value is interpreted as multiplier.
   For example, if you set the parameter value to 2.0, the saved image's height (width) is twice as high (wide) as the display's height (width) DASYLab 2016 was started on.
2. 150 ≤ parameter value ≤ 1200
   The parameter value is interpreted as DPI size.
   For example, if you set the parameter value to 300, the image's resolution will be 300 DPI — irrespective of the current screen resolution set in the control panel of the Windows operating system.
3. 1280 ≤ parameter value ≤ 20000
   The parameter value is interpreted as number of pixels for the image's width.
   The calculation retains the aspect ratio of your display.
   For example, if you set the parameter value to 1920, the image's resolution will be 1920x1080 — provided that your display has an aspect ratio of 16:9.

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Time bases

With DASYLab 2016, two additional time bases have been introduced: the so-called virtual time bases. These are used as a reference to real time bases and simplify uniform allocation of certain hardware time bases (which are not 'drivers') to the is no longer a power of two, it is now 1/10 of the set sampling rate.

The time base dialog has been reworked. Selection of the time base now takes place in a list which can also display longer names of time bases completely. This now makes it more simple and clear when selecting a specific time base to change its parameters.

For modules that generate data the time base presetting has been changed to DASYLab. For historical reasons, in previous DASYLab versions the time base Driver was preset. Modern DASYLab drivers which are created using the Extension Toolkit can provide their own time base.

Regrouping and extension of DASYLab's Global Settings dialog

• Settings have been regrouped after the time at which the setting acted.
• Various options have been added to choose default settings for information about the creator of new worksheets.
• Various option have been added to choose default settings of virtual time bases.
• An option has been added to choose the default time base for is available for Y/t Chart modules and X/Y Chart modules.
• Chart Recorder module: Drawing of line type 'Pixel' has been optimized for Chart Recorder modules. Drawing was very slow.
• X/Y Chart module: The presetting for the number of blocks to be displayed has been changed to 10 blocks (up from one block).
• Sequence Generator module: When visualizing bits for the digital outputs, the options Set bit for hold time and Do not change bit have used the symbol o. The symbol for Set bit for hold time has been changed to h.
• Average module: The width of the interval structure has been expanded.
• Data formats: For ASCII files, in addition to .ASC and .CSV, the file extension .TXT is now available.
• DASYLab's GUI: The width of minimized visualization windows has been increased to improve operability and differentiation. In Windows 10, the space between the window controls (Minimize, Maximize, Close) is greater than in prior versions of Windows.

Compatibility with older DASYLab versions

Due to extensive changes to the data format, block sizes and memory management, all modules from third-party suppliers which use the Extension Toolkit for implementation have to be adapted for DASYLab 2016. Most hardware manufacturers which offer their own DASYLab drivers will provide new driver versions for the release of DASYLab 2016. Needless to say, the drivers supplied with DASYLab 2016 have been updated for the release.

Older drivers which still use the Driver Toolkit (these are available in menu Measurement»Select Driver...) are not affected by this and also function with DASYLab 2016. However, these drivers cannot use the changes introduced with DASYLab 2016: greater accuracy and increased block size.

Driver Development

The following drivers are new or have been revised. Refer to the driver help sections for a detailed description of each extension.

• Greater accuracy when sending values via NI Data Socket: Doubles (VT_R8) are now transmitted.

• The instruNet driver has now been updated with the current API driver. Furthermore, the memory range for the driver's configuration data has been increased.

• The DASYLab DAP driver (DAP Box) no longer installs the API file DAPIO32.DLL driver. To create and edit worksheets with a DAP Box, the operating system drivers (DAPtools) for the DAP hardware must be installed. Otherwise, the DAP Box is not available in DASYLab, even if the driver is active in DASYLab's Configurator.

Fixes issues in DASYLab 2016

The following list contains descriptions of the issues fixed between DASYLab 13 and DASYLab 2016.

Problems fixed in DASYLab 2016 Service Pack 1 (since the Released Version, Build 477)

DASYLab 2016 Service Pack 1: Driver Updates

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DASYLab 2016 with Service Pack 1: New features

Logical Operations module

Extensions to the State Machine Module

• In theOutput dialog, several bits of Output 0 can be changed simultaneously by left clicking while holding down the CTRL or SHIFT key.
  • <CTRL> + <Left click>: The eight bits of a group are set.
  • <SHIFT> + <Left click>:All 32 bits are set.
• In Step change setting, the order of the conditions can be changed to adjust their priority.
• Adjacent conditions can now beANDed.
  Example: 1 AND 2 AND 3 OR 4
  • If the first three conditions are fulfilled, a step change to the target step of condition 1 is performed.
  • When all four conditions are met, the first fulfilled condition 'wins' the 'series' of AND-linked conditions.
• New option for the minimum duration of a step:
  • Check the conditions during the minimum duration
    If a condition is fulfilled during the minimum duration, the target step is memorized and automatically entered after the expiry of the minimum duration. If a condition of higher priority is fulfilled after the memorizing of a target step for a fulfilled condition and before the expiration of the minimum duration, then no updating of the target step takes place.
  • Do not test conditions during the minimum duration
    Fulfilled conditions during the minimum duration are completely ignored. If the minimum duration has elapsed, the conditions are checked again.
• New Action: Reset State Machine:
  • The state machine will return 'between' step-change checks back to the START step. For example, every second checks whether a step change is to be executed (1 Hz sampling rate of the data stream at the inputs). The action can also be performed within this second. If a condition of the START step is already fulfilled, the corresponding step is entered on the next step change check.
  • The internal data of the module is reset; There are no 'transfers' from a previous state machine run, e.g. Running user clocks or counters.
  • The reset action executes a 'hard reset': The active step at which the reset action takes place is not 'officially exited' and no actions are executed at the end of the step (stop clocks, set variables on exit/change, etc).

Known issues

The color sonogram and the waterfall presentation in the Y/t Chart module do not work very well with the introduced larger block sizes. If you use very large blocks sizes as offered by DASYLab 2016 , the execution of a worksheet could be considerably slowed down.

Copyright

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Patents

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