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IDS peak comfortC v1.12.0
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| ▼Generic functions, types, and values | |
| Numeric types and values | |
| Status types and values | |
| Inference types and values | |
| ▼Library | |
| Library version | |
| Reconnect | Reconnect related functions and types |
| Camera | |
| ▼Message Queue | |
| Queue | |
| Message | |
| Message Data | |
| ▼Camera connection | |
| Ethernet configuration | |
| ▼Acquisition and buffer preparation | |
| Manual buffer preparation | |
| Loss handling | |
| Buffer handling | |
| ▼Frame | |
| Frame info | |
| ▼Camera control | |
| Camera settings | |
| Frame rate | |
| Exposure time | |
| Pixel clock | |
| ▼Bandwidth | Bandwidth related functions and types |
| Link speed constants | Common constants for the link speed |
| IO channel | An IO channel refers to the physical line through which the camera communicates with other devices for input and output operations. IO channels are used to synchronize operations, and control functions like triggering, flashing or indicating custom states |
| ▼Trigger | A trigger is a mechanism that synchronizes image capture with an external event or condition. This feature is crucial in applications where precise timing is needed to capture images at the right moment |
| Trigger edge property | The trigger edge refers to the specific transition of a trigger signal that triggers capturing a frame |
| Trigger delay property | Trigger delay refers to the time interval between the receipt of a trigger signal and the actual moment the camera captures an image |
| Trigger divider property | A trigger divider is a setting that allows you to control the frequency of trigger signals by dividing the incoming trigger signal |
| Trigger burst property | A burst trigger is a feature that allows the camera to capture multiple images in quick succession after receiving a single trigger signal |
| ▼Flash | Flash refers to the electrical signal used to trigger an external light source |
| Flash configuration options | Functions to set the flash timing parameters |
| Focus | |
| Test pattern | |
| LED | Controls the behavior of the selected camera LED |
| BlackLevel | Controls the analog black level |
| ▼Image color and brightness | |
| Pixel format | |
| Gain | |
| Gamma | |
| Color correction | |
| Auto brightness control | |
| Auto white balance control | |
| ▼Image size and transformation | |
| ROI (Region Of Interest) | |
| Binning | |
| Decimation | |
| Binning manual | |
| Decimation manual | |
| Scaling | |
| Mirror | |
| Camera memory | |
| I2C | |
| ▼Generic Feature Access (GFA) | |
| GFA Float | |
| GFA Integer | |
| GFA Boolean | |
| GFA String | |
| GFA Command | |
| GFA Enumeration | |
| GFA Register | |
| GFA Data | |
| ▼Host Features | |
| Pixel format | |
| Gain | |
| LUT | LUT related functions and types |
| Gamma | |
| Digital Black | Digital black is a technique used in image processing to adjust the black point before gamma correction is applied. Gamma correction often causes dark areas of an image to appear gray by lifting the overall brightness and redistributing tonal values. By pulling down the black point with digital black, the noisy pixels are eliminated first so the gamma correction does not multiply the noise |
| Color correction | |
| ▼Auto brightness control | |
| Auto exposure | |
| Auto gain | |
| Auto gain analog | |
| Auto gain digital | |
| Auto gain combined | |
| Auto gain host | |
| Auto white balance control | |
| Auto focus control | |
| Hotpixel Correction | |
| Mirror | |
| ▼Rotation | Image rotation related functions and types |
| Rotation angles | Supported rotation angles |
| Binning | |
| Decimation | |
| Sharpness measurement | |
| Edge Enhancement | |
| Video | |
| ImageWriter | |
| Histogram | Creates a histogram for a given peak_frame |
| Firmware Update | |
| IPO | Controls the thread for performance optimization at image acquisition |