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| waveforms:ref_manual [2015/09/09 12:51] – [Table] Laszlo Attila Kovacs | waveforms:ref_manual [2021/10/13 21:06] (current) – external edit 127.0.0.1 | ||
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| WaveForms™ provides an interface that allows users to interact with Digilent Analog Design hardware, such as the Analog Discovery™ and Electronics Explorer™. While the WaveForms application offers a refined graphical interface, the WaveForms SDK provides access to a public application programming interface (API) that gives users the ability to create custom PC applications. | WaveForms™ provides an interface that allows users to interact with Digilent Analog Design hardware, such as the Analog Discovery™ and Electronics Explorer™. While the WaveForms application offers a refined graphical interface, the WaveForms SDK provides access to a public application programming interface (API) that gives users the ability to create custom PC applications. | ||
| - | This WaveForms SDK manual describes the main components and architecture of the WaveForms system and details each function contained in the WaveForms API. The SDK package also offers examples demonstrating how to identify, connect to, and control analog hardware devices. The WaveForms software, as well as the SDK, can be downloaded for free at the [[http://www.digilentinc.com/Products/Detail.cfm? | + | This WaveForms SDK manual describes the main components and architecture of the WaveForms system and details each function contained in the WaveForms API. The SDK package also offers examples demonstrating how to identify, connect to, and control analog hardware devices. The WaveForms software, as well as the SDK, can be downloaded for free at the [[https://digilent.com/shop/software/ |
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| The function above is used to obtain the symmetry (or duty cycle) range (0..100). This symmetry is supported for standard signal types. It the pulse duration divided by the pulse period. | The function above is used to obtain the symmetry (or duty cycle) range (0..100). This symmetry is supported for standard signal types. It the pulse duration divided by the pulse period. | ||
| - | |**FDwfAnalogOutNodeSymmetrySet**(HDWF hdwf, int idxChannel, AnalogOutNode node, AnalogOutNode node, double percentageSymmetry)| | + | | **FDwfAnalogOutNodeSymmetrySet**(HDWF hdwf, int idxChannel, AnalogOutNode node, double percentageSymmetry) |
| - | |Parameters: | + | | Parameters: |
| - | |- hdwf – Open interface handle on a device.| | + | | - hdwf – Open interface handle on a device. |
| - | |- idxChannel – Channel index.| | + | | - idxChannel – Channel index. |
| - | |- node – Node index.| | + | | - node – Node index. |
| - | |- percentageSymmetry –Value of percentage of Symmetry (duty cycle).| | + | | - percentageSymmetry –Value of percentage of Symmetry (duty cycle). |
| The function above is used to set the symmetry (or duty cycle) for the specified channel-node on the instrument. | The function above is used to set the symmetry (or duty cycle) for the specified channel-node on the instrument. | ||