Commit e0197a92 authored by Andrey Filippov's avatar Andrey Filippov
Browse files

More comments on SENSOR_PHASE, some debug

parent 43147df8

src/autocampars.php

+7 −5
Original line number Original line Diff line number Diff line
@@ -836,9 +836,11 @@ function detect_camera(){ 
				foreach ($GLOBALS['ports'] as $port) {

				foreach ($GLOBALS['ports'] as $port) {

					$f = fopen ( $GLOBALS ['framepars_paths'] [$port], "w+");

					$f = fopen ( $GLOBALS ['framepars_paths'] [$port], "w+");

					fseek ( $f, ELPHEL_LSEEK_FRAMEPARS_INIT, SEEK_END );

					fseek ( $f, ELPHEL_LSEEK_FRAMEPARS_INIT, SEEK_END );

					// This is for 10359 - probably still OK for non-10359

					// This is for 10359 - probably still OK for non-10359 04/07/2022 - disabling

					elphel_set_P_value ( $port, ELPHEL_MULTI_CFG, 1); // cy22393 does not work on 10359. Not enough 3.3V?

//					elphel_set_P_value ( $port, ELPHEL_MULTI_CFG, 1); // cy22393 does not work on 10359. Not enough 3.3V?

					                                                  // now it may be OK (with separate 10359 power)

					                                                  // now it may be OK (with separate 10359 power)

					usleep(0.1*1000000); // wait before detect sensors?

					

					elphel_set_P_value ( $port, ELPHEL_SENSOR, 0x00, 0, ELPHEL_CONST_FRAMEPAIR_FORCE_NEWPROC );// / will start detection

					elphel_set_P_value ( $port, ELPHEL_SENSOR, 0x00, 0, ELPHEL_CONST_FRAMEPAIR_FORCE_NEWPROC );// / will start detection

					$frame_nums[$port]=elphel_get_frame($port);

					$frame_nums[$port]=elphel_get_frame($port);

					fclose($f);

					fclose($f);
@@ -1060,7 +1062,7 @@ function detect_camera(){ 
		            $f = fopen ( $GLOBALS['sysfs_frame_seq'].$port, 'w' ); fwrite($f,'0',1); fclose ( $f );

		            $f = fopen ( $GLOBALS['sysfs_frame_seq'].$port, 'w' ); fwrite($f,'0',1); fclose ( $f );

		            $f = fopen ( $GLOBALS['sysfs_i2c_seq'].$port, 'w' );   fwrite($f,'3',1); fclose ( $f ); // reset+run (copy frame number from frame_seq)

		            $f = fopen ( $GLOBALS['sysfs_i2c_seq'].$port, 'w' );   fwrite($f,'3',1); fclose ( $f ); // reset+run (copy frame number from frame_seq)

		            if (!in_array($port, $GLOBALS['ports'])) {

		            if (!in_array($port, $GLOBALS['ports'])) {

		                log_msg("Disabling sensor port  ".$port);

		                log_msg("A:Disabling sensor port  ".$port);

		                $f = fopen ( $GLOBALS['sysfs_chn_en'].$port, 'w' );    fwrite($f,'0',1); fclose ( $f ); // disable sensor channel

		                $f = fopen ( $GLOBALS['sysfs_chn_en'].$port, 'w' );    fwrite($f,'0',1); fclose ( $f ); // disable sensor channel

		            }

		            }

		        }

		        }
@@ -1126,7 +1128,7 @@ function detect_camera(){ 
				$f = fopen ( $GLOBALS['sysfs_frame_seq'].$port, 'w' ); fwrite($f,'0',1); fclose ( $f );

				$f = fopen ( $GLOBALS['sysfs_frame_seq'].$port, 'w' ); fwrite($f,'0',1); fclose ( $f );

				$f = fopen ( $GLOBALS['sysfs_i2c_seq'].$port, 'w' );   fwrite($f,'3',1); fclose ( $f ); // reset+run (copy frame number from frame_seq)

				$f = fopen ( $GLOBALS['sysfs_i2c_seq'].$port, 'w' );   fwrite($f,'3',1); fclose ( $f ); // reset+run (copy frame number from frame_seq)

				if (!in_array($port, $GLOBALS['ports'])) {

				if (!in_array($port, $GLOBALS['ports'])) {

					log_msg("Disabling sensor port  ".$port);

					log_msg("B:Disabling sensor port  ".$port);

					$f = fopen ( $GLOBALS['sysfs_chn_en'].$port, 'w' );    fwrite($f,'0',1); fclose ( $f ); // disable sensor channel

					$f = fopen ( $GLOBALS['sysfs_chn_en'].$port, 'w' );    fwrite($f,'0',1); fclose ( $f ); // disable sensor channel

				}

				}

			}

			}
@@ -3638,7 +3640,7 @@ DEFAULT_CONFIG 
      <DGAINB>"&quot;Digital gain&quot; 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>"&quot;Digital gain&quot; 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>

     <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  </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>

     <TEMPERATURE_PERIOD>"Period of sensor temperature measurements, ms"</TEMPERATURE_PERIOD>

     <TEMPERATURE_PERIOD>"Period of sensor temperature measurements, ms"</TEMPERATURE_PERIOD>

     <AUTOEXP_ON>"1 - autoexposure enabled when, 0 - autoexpousre disabled. Autoexposure can still be off if the bit responsible for autoexposure daemon in DAEMON_EN is turned off - in the latter case the whole autoexposure daemon will be disabled, including white balancing and hdr mode also."</AUTOEXP_ON>

     <AUTOEXP_ON>"1 - autoexposure enabled when, 0 - autoexpousre disabled. Autoexposure can still be off if the bit responsible for autoexposure daemon in DAEMON_EN is turned off - in the latter case the whole autoexposure daemon will be disabled, including white balancing and hdr mode also."</AUTOEXP_ON>

     <HISTWND_RWIDTH>"Histogram (used for autoexposure, white balancing and just histograms display) window width, relative to the window (WOI) width. It is defined as a fraction of 65536(0x10000), so 0x8000 is 50%"</HISTWND_RWIDTH>

     <HISTWND_RWIDTH>"Histogram (used for autoexposure, white balancing and just histograms display) window width, relative to the window (WOI) width. It is defined as a fraction of 65536(0x10000), so 0x8000 is 50%"</HISTWND_RWIDTH>