elphel_set_P_value($GLOBALS['master_port'],ELPHEL_TRIG_CONDITION,$trig_condition);// above does not propagate to the rest of the ring buffer 04.11.2022
if($GLOBALS['camera_state_arr']['no_async']){// turn on triggered mode on all ports (they were off)
if($GLOBALS['camera_state_arr']['no_async']){// turn on triggered mode on all ports (they were off)
log_msg('Independently started camera (3). If not master camera - it will wait for external triggers');
log_msg('Independently started camera (3). If not master camera - it will wait for external triggers');
...
@@ -3634,10 +3644,10 @@ DEFAULT_CONFIG
...
@@ -3634,10 +3644,10 @@ DEFAULT_CONFIG
<VIGNET_SHL>"Additional shift left of the vignetting correction multiplied by digital gain. Default 1"</VIGNET_SHL>
<VIGNET_SHL>"Additional shift left of the vignetting correction multiplied by digital gain. Default 1"</VIGNET_SHL>
<SCALE_ZERO_IN>"Will be subtracted from the 16-bit unsigned scaled sensor data before multiplying by vignetting correction and color balancing scale. It is a 17-bit signed data"</SCALE_ZERO_IN>
<SCALE_ZERO_IN>"Will be subtracted from the 16-bit unsigned scaled sensor data before multiplying by vignetting correction and color balancing scale. It is a 17-bit signed data"</SCALE_ZERO_IN>
<SCALE_ZERO_OUT>"Will be added to the result of multiplication of the 16-bit sennsor data (with optionally subtracted SCALE_ZERO_IN) by color correction coefficient/vignetting correction coefficient"</SCALE_ZERO_OUT>
<SCALE_ZERO_OUT>"Will be added to the result of multiplication of the 16-bit sennsor data (with optionally subtracted SCALE_ZERO_IN) by color correction coefficient/vignetting correction coefficient"</SCALE_ZERO_OUT>
<DGAINR>""Digital gain" for the red color channel - 17 bit unsigned value. Default value is 0x8000 fro 1.0, so up to 4X gain boost is available before saturation"</DGAINR>
<DGAINR>""Digital gain" for the red color channel - 17 bit unsigned value. Default value is 0x8000 for 1.0, so up to 4X gain boost is available before saturation"</DGAINR>
<DGAING>""Digital gain" for the green color channel - 17 bit unsigned value. Default value is 0x8000 fro 1.0, so up to 4X gain boost is available before saturation"</DGAING>
<DGAING>""Digital gain" for the green color channel - 17 bit unsigned value. Default value is 0x8000 for 1.0, so up to 4X gain boost is available before saturation"</DGAING>
<DGAINGB>""Digital gain" for second green color channel - 17 bit unsigned value. Default value is 0x8000 fro 1.0, so up to 4X gain boost is available before saturation"</DGAINGB>
<DGAINGB>""Digital gain" for second green color channel - 17 bit unsigned value. Default value is 0x8000 for 1.0, so up to 4X gain boost is available before saturation"</DGAINGB>
<DGAINB>""Digital gain" for the blue color channel - 17 bit unsigned value. Default value is 0x8000 fro 1.0, so up to 4X gain boost is available before saturation"</DGAINB>
<DGAINB>""Digital gain" for the blue color channel - 17 bit unsigned value. Default value is 0x8000 for 1.0, so up to 4X gain boost is available before saturation"</DGAINB>
<CORING_PAGE>"Number of coring LUT page number. Current software programs only page 0 (of 8) using CORING_INDEX parameter."</CORING_PAGE>
<CORING_PAGE>"Number of coring LUT page number. Current software programs only page 0 (of 8) using CORING_INDEX parameter."</CORING_PAGE>
<TILES>Number of 16x16 (20x20) tiles in a compressed frame (readonly)</TILES>
<TILES>Number of 16x16 (20x20) tiles in a compressed frame (readonly)</TILES>
<SENSOR_PHASE>"Sensor port signals phase coarse: [1:0] - data 90 degree shift, [6,3:2] - HACT 90 degree (two periods), [5:4] - VACT 90 degree shift. Typical values for different cable lengths: 0x00, 0x15, 0x2a, 0x7f. Turn off autoexposure and white balance before adjusting. </SENSOR_PHASE>
<SENSOR_PHASE>"Sensor port signals phase coarse: [1:0] - data 90 degree shift, [6,3:2] - HACT 90 degree (two periods), [5:4] - VACT 90 degree shift. Typical values for different cable lengths: 0x00, 0x15, 0x2a, 0x7f. Turn off autoexposure and white balance before adjusting. </SENSOR_PHASE>