| ReadMe File for PhotoniQ Windows Drivers | ReadMe file containing a description of the PhotoniQ Windows Drivers. | ReadMe file for PhotoniQ Windows Drivers |
| PhotoniQ Windows Drivers | This download includes the source code and headers for the drivers of the PhotoniQ GUI converted to C++ to eliminate the need for LabVIEW to communicate with the PhotoniQ. It includes the source code for initializing/closing the connection to the PhotoniQ, sending control operations to the device, and reading reports from the PhotoniQ and converting the reports into event data. | PhotoniQ Windows Drivers v1.0.0 |
| ReadMe File for PhotoniQ Windows GUI Example | ReadMe file containing a description of the PhotoniQ Windows GUI Example. | ReadMe file for PhotoniQ Windows GUI Example |
| PhotoniQ Windows GUI Example | This download includes a sample Microsoft Visual Studio project application that communicates with the PhotoniQ through the provided drivers source files. The project allows a user to easily initialize a connection with the PhotoniQ and begin acquiring data to be displayed on a bar graph. This project serves as a starting point for developing a GUI in C++ that fits the developer's needs. | PhotoniQ Windows GUI Example v1.0.0 |
| PhotoniQ Log File Sample #1 | Included in this download are two files. The first is a sample of the raw binary file produced by the PhotoniQ when logging data to a PC. The second is a tab delimited text file that results from running the binary file through the Log File Converter supplied with the PhotoniQ GUI software. Text log files are best viewed using a spreadsheet applicaton such as Excel. Data was acquired using a PhotoniQ configured in Image mode, data filtering on, range bits on, and 17-bit data output format. All 32 channels were enabled and a test signal was input to channel 7 only. The file contains approximately 1000 samples. | logfilesample1 |
| PhotoniQ Log File Sample #2 | This download is similar to the sample above except that the data was collected with the spectral filter off and the output data format set to 16-bit two's complement. The logfile timestamp is enabled and shows that the data was acquired at 1 KHz. | logfilesample2 |
| PhotoniQ Log File Sample #3 | Similar to the two samples above, this download contains a binary log file and the associated text log file generated by the Log File Converter. The PhotoniQ acquisition mode was set to Display & Log with 8 channels enabled on bank 1 and 2 channels on bank 3. All other channels were disabled. Instead of the timestamp, the trigger stamp was enabled in the log file. | logfilesample3 |
