Info:đ1:13:15.6413666 Thread:#1 `2.ScanDll(String filename) :: Probing for camera providers : C:\Program Files (x86)\SharpCap 3.2\
Info:đ1:13:15.6257762 Thread:#1 `2.ScanDll(String filename) :: Probing for camera providers : C:\Program Files (x86)\SharpCap 3.2\ Info:đ1:13:15.6257762 Thread:#1 () :: Added device enumerator of type SxDeviceEnumerator
Info:đ1:13:15.6257762 Thread:#1 () :: Added device enumerator of type PointGreyDeviceEnumerator Info:đ1:13:15.6101242 Thread:#1 () :: Added device enumerator of type AltairDeviceEnumerator Info:đ1:13:15.6101242 Thread:#1 () :: Added device enumerator of type ASIDeviceEnumerator Info:đ1:13:15.6101242 Thread:#1 () :: Added device enumerator of type QHYDeviceEnumerator Info:đ1:13:15.6101242 Thread:#1 () :: Added device enumerator of type BaslerDeviceEnumerator
Info:đ1:13:14.3800563 Thread:LogInfo Thread#8 () :: Operating System : Microsoft Windows NT. The log files always include the following events:Ĭonnecting the cameras (which were already USB linked and present at the direct show camera list) Two obtained with SC ver 2.9, which gives no problem (one log with skynyk and other with infinity camera), and two with SC ver 3.2 (also obtained with skynyx and infinity) which gives at least two major issues, namely NO live image and NO ser file grabbing. I attach 3 log files for your consideration (and the 4th at the end of this message): The first was obtained with the snapshot and the second with the film capture attempt (a ser file was reated though). Next are two log files obtained with the camera connected to SharpCap 3.2. I'm including a screen capture of the camera connected to SharpCap version 2.9, where the live image is correctly shown, and a screen capture of the camera connected to SharpCap 3.2 where no live image (or frame) is seen, histogram is ok, and an error message following film capture is patent.
Yes, both cameras are recognized as direct show cameras, and connect via DirectShow, yes the histogram moves when illumination changes, and yes the snapshot is a correct image.