JAI RMC-675 User Manual Download Page 24

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RMC-675/RMC-673

Software Introduction & Installation

Figure 14.

Accept the default install path.

Figure 15.

A bar indicates installation progress.

Figure 16.

The installer asks to close.

•

It is not necessary to restart the computer after installing the RMC-675/RMC-673 software.

•

Click on the Windows Start menu to access a shortcut to the RMC-675/RMC-673 software.

•

Click on the JAI_RMC-675/RMC-673 icon to start the software.

Summary of Contents for RMC-675

Page 1: ...RMC 675 RMC 673 Color Interlaced Interline Transfer CCD Cameras Document Version A Document P N 10743 ...

Page 2: ......

Page 3: ...4 1998 A1 2001 All JAI Inc products bearing the CE mark have been declared to be in conformance with the applicable EEC Council Directives However certain factory installed options or customer requested modifications may compromise electromagnetic compatibility and affect CE compliance Please note that the use of interconnect cables that are not properly grounded and shielded may affect CE complia...

Page 4: ... expressly approved by the party responsible for FCC compliance could void the user s authority to operate the equipment RMC 675 RMC 673 Operation Manual JAI Inc 625 River Oaks Parkway San Jose CA 95134 Tel 408 383 0300 Tel 800 445 5444 Fax 408 383 0301 www jai com January 13 2011 ...

Page 5: ... 1 Input of Ext HD VD Signals 18 3 1 1 External Sync 18 3 2 Modes of Operation 19 3 2 1 Continuous Operation Non triggered 19 3 2 2 Integrate Mode 20 3 2 3 Vertical Mode 20 3 2 4 External Trig 20 4 Software Introduction 21 4 1 Software Installation 21 4 1 1 Before Installing the Camera Control Software 21 4 1 2 Installing the Software 21 4 1 3 Fresh Installation of the RMC 675 RMC 673 Software 23 ...

Page 6: ...ources 41 7 Specifications 42 7 1 Product Specifications 42 7 1 1 Physical Dimensions 43 8 Appendix 45 8 1 Front End Detail 45 8 2 Camera Command Overview 45 8 3 Detail List of Camera Commands 46 8 3 1 AEC Mode 50 8 3 2 AFE Register Address 50 8 3 3 AFE Write 50 8 3 4 AGC Manual Gain 51 8 3 5 AGC AEC Level 51 8 3 6 ALC Mode 51 8 3 7 AGC Mode 52 8 3 8 AGC Max 52 8 3 9 AWB State 53 8 3 10 AWB Window...

Page 7: ...efficient Blue 3 66 8 3 59 Log Average Weighting 66 8 3 60 Locate Blemishes 66 8 3 61 ALC Window Lower Right X 67 8 3 62 ALC Window Lower Right Y 67 8 3 63 Save Restore Camera State 67 8 3 64 MCP Gate Disable 68 8 3 65 Multifunction Input 68 8 3 66 Multifunction Input Termination 68 8 3 67 MCP Manual Gate 69 8 3 68 MCP Manual Gain 69 8 3 69 Mirror Image Mode 69 8 3 70 MCP Level 69 8 3 71 MCP Mode ...

Page 8: ...77 8 3 98 Window Size Control Obsolete in firmware 1 60 replaced by WDS 77 8 3 99 WXN Min ALC Window X Value 78 8 3 100 WYN Min ALC Window Y Value 78 8 3 101 WXX Max ALC Window X Value 78 8 3 102 WYX Max ALC Window Y Value 78 8 3 103 Y Gain 78 8 3 104 Zoom Control Interval 79 8 3 105 Zoom Control 79 8 3 106 Zoom Decrement 79 8 3 107 Zoom Increment 80 8 3 108 Zoom Neutral 80 ...

Page 9: ...e 23 Figure 15 Accept the default install path 24 Figure 16 A bar indicates installation progress 24 Figure 17 The installer asks to close 24 Figure 18 A shortcut provides easy access to the RMC 675 RMC 673 software 25 Figure 19 Main Screen File Menu 25 Figure 20 Set the COM Port 25 Figure 21 Load Settings Selections 26 Figure 22 Saving Settings 26 Figure 23 Zoom Control Set 28 Figure 24 Focus Con...

Page 10: ...RMC 675 RMC 673 x List of Tables List of Tables Table 1 RMC 675 RMC 673 Product Specifications Table 42 ...

Page 11: ... two of the most low light sensitive CCD cameras available today This feature is especially important when using the faster shutter speeds The cameras require only 0 25 0 55 lux minimum illumination at maximum gain In general this allows use of a higher lens f value while providing greater depth of field and sharper images Precise image geometry On the CCD image sensor the photo sensor elements fo...

Page 12: ...AI Inc backs all of the TM Series cameras with a three year warranty Warning Unscrewing the camera cover or opening the camera in any way will void this warranty 1 3 Configurable Options Availability Automatic Level Control ALC OP1 5 Blemish Compensation OP2 5 Extended Temperature 40C 65C OP22 5 1 Conformal Coating OP22 5 5 1 4 Applications The miniature size of the RMC 675 RMC 673 cameras elimina...

Page 13: ...Hardware Introduction 13 RMC 675 RMC 673 Figure 1 RMC 675 RMC 673 System Configuration ...

Page 14: ...n the packing materials If any item is missing please contact your JAI Inc representative immediately RMC 675 or RMC 673 camera RMC 675 RMC 673 data sheet Download from www jai com RMC 675 RMC 673 Operations Manual Download from www jai com RMC 675 RMC 673 Camera Control Software Download from www jai com 2 1 3 Accessories Following is a list of additional accessories or equipment that may be reco...

Page 15: ... the mounting depth of the camera 2 2 4 Adjustable Back Focus Before cameras are shipped back focus is carefully set using a collimator oscilloscope and other specialized equipment While the factory set focus serves well in most cases an adjustable back focus makes it possible to improve image sharpness when using lower cost zoom lenses custom optics or in unusual parameters There should be an obv...

Page 16: ...p Power down the camera before installing the auto iris lens To install the auto iris lens in a JAI Inc camera wire the signal on the lens into the 1 V peak to peak video output pin 11 on the camera 12 volts DC is available on pin 3 Point the camera at a light area and then quickly towards a darker area If everything is working properly the iris should adjust for the light change 2 2 6 Monitor Dis...

Page 17: ...Hardware Installation 17 RMC 675 RMC 673 Figure 5 15P 02 9P FULL Cable On the RMC 675 RMC 673 this is for Integration function only Does not support Ext Trigger ...

Page 18: ... Ext VD in or int VD out on pin 14 on 15 pin connector Ext HD in or int HD out on pin 13 on 15 pin connector Note External sync system should follow the camera scanning system 3 1 1 External Sync The RMC 675 RMC 673 can accept external sync from an external sync generator or frame grabber Input specifications Internal External auto switch fH 15 625 KHz 50 ppm fV 50 Hz 5 Min signal amplitude 3 5 Vp...

Page 19: ...ation 3 2 1 Continuous Operation Non triggered For applications that do not require asynchronous external trigger continuous operation This is the factory default setting of the camera Figure 7 Horizontal timing details and pixel numbering for the CCD array PAL ...

Page 20: ...ontinually integrate until this input pin is released This is normally high or open Holding the input low starts the integration To use this mode Input Ext trigger to pin 12 on 15 pin connector Set MFI mode VD mode Set MFI Termination Hi Z 3 2 3 Vertical Mode The standard factory setting for the RMC 675 RMC 673 camera is FIELD MODE In Field Mode two horizontal rows are scanned together changing th...

Page 21: ... box in the control panel The RMC 675 RMC 673 camera control software requires one free communication port that is not in conflict with other peripherals such as the mouse or modem 4 1 2 Installing the Software To install the RMC 675 RMC 673 camera control software follow the steps below 1 Download the RMC 675 RMC 673 software from the JAI Inc web site at www jai com 2 Locate the software by going...

Page 22: ...ame name as the zip file 3 Open the directory and double click on setup to begin the RMC 675 RMC 673 software install 4 Follow the installation instructions Note You can change the installation directory if you want 4 1 2 1 Uninstalling Previous RMC 675 RMC 673 JAI Inc Software If you already have RMC 675 RMC 673 software on the hard drive the installer asks to uninstall the software Accepting the...

Page 23: ... by clicking on the Setup icon in the software folder Click Next to begin a clean install Figure 13 Clean Install of RMC 675 RMC 673 Software Accept the default installation path by clicking Next if there is room on the hard drive Use the browse button if you wish to set a different installation path Click the Next button twice to begin the actual software installation ...

Page 24: ... bar indicates installation progress Figure 16 The installer asks to close It is not necessary to restart the computer after installing the RMC 675 RMC 673 software Click on the Windows Start menu to access a shortcut to the RMC 675 RMC 673 software Click on the JAI_RMC 675 RMC 673 icon to start the software ...

Page 25: ...2 1 The Main Screen The main screen offers several menus Click on File in the menu bar to access the following Figure 18 Main Screen File Menu 4 2 1 1 Preferences Selecting Preferences opens a separate window that allows the user to set the COM port the camera will use to interface with the computer Set the port number by selecting it in the COM Port drop down list box The system defaults to the C...

Page 26: ...t1 and UserSet2 once settings have been saved into the camera Figure 20 Load Settings Selections 4 2 1 3 Save Settings Selecting Save Settings causes the camera to open a separate window that allows the user to save their currently configured camera settings As a user you can create UserSet1 and UserSet2 by selecting the appropriate line of the drop down menu Factory Defaults can not be overwritte...

Page 27: ...m In Coarse Zoom In Fine Zoom Out Coarse Zoom Out Fine Focus Control middle right Focus In Coarse Focus In Fine Focus Out Coarse Focus Out Fine Iris Control lower middle right Iris Open Coarse Iris Open Fine Iris Closed Coarse Iris Closed Fine Gamma Shutter Gamma Shutter Speed MFI Trigger MFI Input MFI Termination Image Pre processing functions Blemish compensation Mirror Imaging horizontal Color ...

Page 28: ... button causes the zoom to stop The speed of the zoom may be set using the Advanced Setting Menu see section 4 5 Zoom Out Coarse Pressing and holding this button causes the lens to zoom out in a rapid fashion Releasing the button causes the zoom to stop The speed of the zoom may be set using the Advanced Setting Menu see section 4 5 Zoom Out Fine Pressing and holding this button causes the lens to...

Page 29: ...perture of the lens when properly wired to the 15 pin connector Figure 24 Iris Control Set Iris Open Coarse Pressing and holding this button causes the iris to open in a rapid fashion Releasing the button causes the iris to stop The speed of the iris control may be set using the Advanced Setting Menu see section 4 5 Iris Open Fine Pressing and holding this button causes the iris to open in a slow ...

Page 30: ...used when an image will be viewed on a video monitor The 1 0 setting is typically used when the image will be captured by a frame grabber and undergo subsequent image processing 4 3 7 MFI Input Multi Function Input One of the inputs available on the rear panel DB15 connector serves multiple functions The MFI Input selection allows the operator to choose the one that best serves the application VD ...

Page 31: ...ill only adjust the white balance when the AWB button is clicked AWB button AWB stands for Automatic White Balance When this button is clicked the camera will adjust its white balance according to the current scene For a better white balance adjustment point the camera at a white image area and click on the AWB button Make sure the image is no more than 80 saturated otherwise the white balance wil...

Page 32: ...RMC 675 RMC 673 32 Software Introduction Installation 4 4 Advanced Settings Window This window is accessed from the menu at the top of the Camera Control Main Window ...

Page 33: ...wn unique ID information Unit ID Date Code and Unit Rev are for JAI internal use only Host Control Ver The host software version is displayed Camera Model The JAI camera model number is displayed Firmware Ver The camera firmware version is displayed FPGA Ver The camera FPGA version is displayed 4 5 2 Video Figure 27 Video Pedestal Video Pedestal The Video Pedestal sets the video pedestal level for...

Page 34: ...ied to the zoom motor when the fine Zoom control is activated It is specified as a percentage of the Zoom Maximum Voltage 4 5 4 Advanced Focus Controls Figure 29 Focus Controls Focus Max Voltage This sets the maximum voltage that will be applied to the focus motor The range is 0V to 9V Focus Coarse Step This sets the voltage that gets applied to the focus motor when the coarse Focus control is act...

Page 35: ...aximum Voltage Iris Fine Step This sets the voltage that gets applied to the iris motor when the fine Iris control is activated It is specified as a percentage of the Iris Maximum Voltage 4 5 6 Color Matrix Figure 31 Color Correction Controls 4 5 6 1 Color Correction Coefficients This matrix allows even more color adjustment by allowing the user to adjust the mix of the red green and blue within e...

Page 36: ...ws the user to select the level of sharpness in the image where the higher gain level adjustment correlates to higher edge sharpening There are two selectable modes for sharpening Standard and Enhanced 4 6 1 2 Color Saturation This selection box allows even more color adjustment by allowing the user to adjust the saturation levels of both Cr and Cb The higher the gain gives a higher color saturati...

Page 37: ...Speed control may be adjusted to get the desired exposure Manual Gain The Manual Gain allows you to set the system gain The range is from 5dB to 32dB The Manual Gain control is only operative when the ALC Mode is set to Manual ALC Level The ALC Level setting determines the desired exposure level when the ALC Mode is set to Automatic The units are arbitrary and vary from 0 to 255 A higher Level set...

Page 38: ...For example if the average scene level is 100 and it immediately changes to 50 the camera will verify that the scene has stayed at 50 for the pre selected time before it will adjust the ALC Impulse Filter This selection sets a time value to wait a pre selected time before the ALC will adjust when the scene is changing It acts like a hysteresis loop for the system Electronic Shutter Setting the ALC...

Page 39: ... or disabled in the main control window The file should be saved under the User Set 5 1 4 Extended Temperature Range 45 C to 65 C Option OP22 5 1 This optional feature assures that the camera will operate at this extended temperature range If this option is selected each unit is individually tested validated and temperature cycled through the temperature range Although the unit is guaranteed to op...

Page 40: ...that the following are properly connected and operational Shutter selection Iris opening on the lens 6 1 3 Symptom Non synchronized Video Remedies Check that the following are properly connected and operational Proper mode output Frame grabber software camera selection 6 2 RMC 675 RMC 673 Camera Control Software Troubleshooting 6 2 1 Problem Camera is not recognized After adjusting some software s...

Page 41: ... are Grayed Out After opening the program all boxes are grayed out 6 2 6 Solution The connection to the camera is not correct Check the cable and all other connections 6 3 Information and Support Resources For further information and support North American Technical Support Phone 408 383 0300 Email camerasupport americas jai com European Technical Support Phone 45 4457 8950 Email camerasupport jai...

Page 42: ...output 1 0 Vp p composite video 75 Ω ALC OP1 5 ON OFF RS 232 controlled Gamma 0 45 1 0 RS 232 controlled 1 0 Factory Default Lens mount C mount adjustable Power requirement 12V DC 199 mA typical at 25 C Operating temperature Standard OP22 5 1 10 C to 50 C 40 C to 65 C reduced performance may occur Vibration 7Grms 20 Hz to 2000 Hz Random Shock 70 G 11 ms half sine Dimensions H x W x L 32 x 42 x 48 ...

Page 43: ...5 Physical Dimensions Caution When mounting the camera to any fixture do not use screws that extend more than 5 mm into the camera housing to avoid possible damage to the internal circuitry For attaching the tripod mounting plate only the supplied screws should be used ...

Page 44: ...RMC 675 RMC 673 44 Specifications Figure 36 Comparative Spectral Response for RMC 675 Figure 37 Comparative Spectral Response for RMC 673 ...

Page 45: ...rocess a command it will respond with the Nack response e cr The camera will generate output only in response to an input command Commands are not buffered A new command should not be sent until the camera has responded to the previous command Any input to the camera will be ignored until processing of the current command has completed and the camera response has been output Similarly all characte...

Page 46: ...ance Blue BIN Binning for ALC BIN Binning for ALC BRT Current Brightness BCT Blemish Count BTH Blemish Threshold BTH Blemish Threshold BTS Bright Speed BTS Bright Speed CAM Camera Model CAM Camera Model Number CDx CD1 2 3 4 Column Defect Address CDx CD1 2 3 4 Column Defect Address CDI Defect Indicator CDI Defect Indicator CFA Chroma Filtering State CFA CFA Chroma Filtering State CFA CFG Chroma Fil...

Page 47: ...Selection GSL Gamma Selection HUE Hue HUE Hue IPH Interpolator Phase IPH Interpolator Phase ICI Iris Control Interval ICI Iris Control Interval IFC Impulse Filter IFC Impulse Filter IRC Iris Control IRC Iris Control IRD Iris Decrement IRI Iris Increment IRN Iris Neutral KR1 Color Coefficient Red 1 KR2 Color Coefficient Red 2 KR3 Color Coefficient Red 3 KG1 Color Coefficient Green 1 KG2 Color Coeff...

Page 48: ...d RBL Color Balance Red SAC Saturation Control Blue and Red SAC Saturation Control Blue and Red SB1 Security Bit 1 AGC SB1 Security Bit 1 AGC SB2 Security Bit 2 DFC SB2 Security Bit 2 DFC SEN Sharpening Enhancement SEN SEN Sharpening Enhancement SEN SHA Sharpening State SHA SHA Sharpening State SHA SHD SHD Level SHD SHD Level SHG Sharpening Gain SHG SHG Sharpening Gain SHG SHP SHP Level SHP SHP Le...

Page 49: ... Sat VSA V Sat VWC Video White Clip VWC Video White Clip WBM White Balance Mode WBM White Balance Mode WSF WSF Write Factory Unit ID String WSTA Save Camera State WDS Window Display WDS Window Display WSZ Window Size Control WSZ Window Size Control WXN WXN Min ALC Window X Value WYN WYN Min ALC Window Y Value WXX WXX Max ALC Window X Value WYX WYX Max ALC Window Y Value YGA Y Gain YGA Y Gain ZCI Z...

Page 50: ...he AEC feature is determined by the SB2 setting The AEC command returns the current value regardless of the SB2 value 8 3 2 AFE Register Address Function Command String Camera Response Set AFE Register Address AFA DDD cr o cr Set the AFE register address where subsequent AFE writes AFW will place the value written DDD is the address value with a range of 0 255 Get AFE Register Address AFA cr oAFA ...

Page 51: ...ote that gain coount and gain in dB are inversely related A gain code of 89 32dB and a gain code of 204 5dB Therefore there are 4 26 counts dB For the TM770C color camera the gain count value has a range of 0 1025 which corresponds to a gain in dB from 0 36 dB The count and gain are not inversely related 8 3 5 AGC AEC Level Function Command String Camera Response Set AGC AEC Level ALV DDD cr o cr ...

Page 52: ... AMX DDD cr o cr Set the AGC max value DDD is the gain code value with a range of 25 178 This is equivalent to a gain in dB from 32 18 dB Note that gain code and gain in dB are inversely related A gain code of 25 32dB and a gain code of 178 5dB Therefore there are 10 93 count dB For the TM770C color camera the gain count value has a range of 0 1023 which corresponds to a gain in dB from 0 36 dB Th...

Page 53: ...indow Disable Enable AWW D cr o cr Disable or enable the Auto White Balance window display D is the enable parameter 0 AWB Window Disabled 1 AWB Window Enabled Get Auto White Balance Disable Enable State AWW cr oAWB D cr Enquire current Auto White Balance window Enable Disable state D is the current state 0 AWB Window Disabled 1 AWB Window Enabled 8 3 11 Color Balance Blue Function Command String ...

Page 54: ...h pixels that are bright regardless of the input signal This function returns the number of blemishes that have been identified for this camera DDD is the returned count value 8 3 15 Blemish Threshold Function Command String Camera Response Set Blemish Threshold BTH DDD cr o cr Set the threshold value that the camera will use as a comparison value to identify blemish pixels that are bright regardl...

Page 55: ...ion Command String Camera Response Set Column Defect Address CDx DDDD cr o cr Set address value for column defect 1 2 3 or 4 The x in the command string is 1 2 3 or 4 DDDD is address value User access to control of the DFC feature is determined by the SB2 setting If DFC is received but SB2 0 the command has no effect but does not return an error code Get Column Defect Address CDx cr oCDx DDDD cr E...

Page 56: ...oma filtering gain value DDD is the value with a range of 0 127 This value maps to a multiplier value of x1 0 x2 0 This command applies only to camera models RMC 673 and RMC 675 Get Chroma Filtering Gain CFG cr oCFG DDD cr Enquire current chroma filtering gain value DDD is the current value with a range of 0 127 This value maps to a multiplier value of x1 0 x2 0 This command applies only to camera...

Page 57: ...ain DDD is the current gain value with a range of 1 4095 This is equivalent to a gain of x0 001 x3 999 Therefore there are 1024 counts per gain unit 8 3 25 Color Gain Red Function Command String Camera Response Set Red Gain CGR DDDD cr o cr Set the red color gain DDDD is the color gain value with a range of 1 4095 This is equivalent to a gain of x0 001 x3 999 Therefore there are 1024 counts per ga...

Page 58: ...XX cr Enquire the current user defined ID string value in the camera s EEPROM memory XXX Note This feature applies to the TM 770 TM 773 and TM 775 8 3 30 Color Mode Function Command String Camera Response Set Color Mode CMD D cr o cr Set camera mode to mono or color D is the mode value 0 Mono mode 1 Color mode Get Color Mode CMD cr oCMD D cr Enquire current color mode D is the current mode value 0...

Page 59: ...oESH D cr Enquire current electronic shutter state for automatic level control D is the current state value 0 Electronic shutter off 1 Electronic shutter on 8 3 34 Focus Control Interval Function Command String Camera Response Set Focus Control Interval FCI DDD cr o cr Set the Focus Control Interval DDD is the interval value with a range of 1 500 msec This value determines the amount of time the f...

Page 60: ...alue is zero because the focus motor is returned to the neutral position 0 after the decrement action is complete 8 3 38 Focus Increment Function Command String Camera Response Focus Increment FOI DDD cr o cr Increment the focus control by DDD of full scale DDD is the percent of full scale to increment the zoom to with a range of 1 100 The focus control motor will be pulsed with a voltage equal to...

Page 61: ... D cr Enquire current gamma setting for the advanced color processing in TMC773 and TMC775 models D is the current gamma setting 0 gamma 1 0 1 gamma 0 7 2 gamma 0 45 8 3 42 Hue Function Command String Camera Response Set Hue HUE DDD cr o cr Set the Hue value for the TM 773 DDD is the saturation value with a range of 0 255 Get Hue HUE cr oHUE DDD cr Enquire current Hue value for the TM 773 DDD is t...

Page 62: ...8 3 46 Iris Control Function Command String Camera Response Set Iris Control IRC DDD cr o cr Set the Iris Control DDD is the current value with a range of 127 127 for a voltage range of 0 9 V Therefore there are 0 14 1 count V Get Iris Control IRC cr oIRC DDD cr Enquire current Iris Control value DDD is the current value with a range of 127 127 for a voltage range of 0 9 V Therefore there are 0 14...

Page 63: ...motor and is equivalent to the IRC 0 command Note This command will cause the Iris Control Value IRC to change The user is responsible for querying the camera for the current value after this command is executed The expected value is zero because the iris motor is set to the neutral position 0 8 3 50 Color Coefficient Red 1 Function Command String Camera Response Set Color Coefficient R1 KR1 DDDD ...

Page 64: ... with a range of 256 4085 counts The user range for the coefficient value is 0 25 3 99 Therefore there are 1024 counts per coefficient unit Get Color Coefficient R3 KR3 cr oKR3 DDDD cr Enquire current color correction coefficient for Red 3 R3 This is the red component of the 3rd row of a 9 element color correction matrix DDDD is the coefficient value with a range of 256 4085 counts The user range ...

Page 65: ...ent value with a range of 256 4085 counts The user range for the coefficient value is 0 25 3 99 Therefore there are 1024 counts per coefficient unit Get Color Coefficient G3 KG3 cr oKG3 DDDD cr Enquire current color correction coefficient for Green 3 G3 This is the green component of the 3rd row of a 9 element color correction matrix DDDD is the coefficient value with a range of 256 4085 counts Th...

Page 66: ...rix DDDD is the coefficient value with a range of 256 4085 counts The user range for the coefficient value is 0 25 3 99 Therefore there are 1024 counts per coefficient unit Get Color Coefficient B3 KB3 cr oKB3 DDDD cr Enquire current color correction coefficient for Blue 3 B3 This is the blue component of the 3rd row of a 9 element color correction matrix DDDD is the coefficient value with a range...

Page 67: ...nd String Camera Response Set ALC Window Lower Right Y value LRY DDD cr o cr Set the lower right Y co ordinate for the ALC control window DDD is the size parameter with a range of 3 494 This command applies to camera models TM 770 RMC 673 and RMC 675 Get ALC Window Lower Right Y value LRY cr oLRY DDD cr Enquire current lower right Y co ordinate for ALC control window DDD is the current value with ...

Page 68: ... String Camera Response Set Multifunction Input MFI D cr o cr Set the Multifunction Input mode D is the mode parameter 0 VD 1 CSYNC 2 Trigger Get Multifunction Input MFI cr oMFI D cr Enquire current Multifunction Input mode D is the current mode value 0 VD 1 CSYNC 2 Trigger 8 3 66 Multifunction Input Termination Function Command String Camera Response Set Multifunction Input Termination MFT D cr o...

Page 69: ...of 0 255 This is equivalent to a gain voltage of 2 5 5 0 volts Get MCP Manual Gain MGN cr oMGN DDD cr Enquire current MCP manual gain DDD is the current gain value with a range of 0 255 This is equivalent to a gain voltage of 2 5 5 0 V 8 3 69 Mirror Image Mode Function Command String Camera Response Turn Mirror Image On Off MIR D cr o cr Turn the mirror image feature on and off D is the feature st...

Page 70: ... code value with a range of 0 255 This is equivalent to a gain voltage of 2 5 5 0 volts 8 3 73 MCP Maximum Gain Function Command String Camera Response Set MCP Max Gain MXG DDD cr o cr Set the MCP maximum gain DDD is the gain code value with a range of 0 255 This is equivalent to a gain voltage of 2 5 5 0 volts Get MCP Max Gain MXG cr oMXG DDD cr Enquire current MCP maximum gain DDD is the current...

Page 71: ...alues as described the resulting value is 26 316 0x66CC Get Saturation Control SAC cr oSAC DDDD cr Enquire current contents of the saturation control register DDDD is the current register contents The high byte bits 8 15 represents the blue saturation control and the low byte bits 0 7 represents the red saturation control The 8 bit values represent a multiplier value of x1 0 x2 0 mapped to an inte...

Page 72: ...l DD is the level value with a range of 0 47 This command applies only to camera models TM 770 RMC 673 and RMC 675 Get SHD Level SHD cr oSHD DD cr Enquire current SHD level DD is the current value with a range of 0 47 This command applies only to camera models TM 770 RMC 673 and RMC 675 8 3 79 Sharpening Gain SHG Function Command String Camera Response Set Sharpening Gain SHG DDD cr o cr Set the a...

Page 73: ...urrent shutter state 0 Shutter control disabled 1 Shutter control enabled 8 3 82 Shutter Speed Function Command String Camera Response Set Shutter Speed SHS DDD cr o cr Set the integration time shutter speed in units of one horizontal line DDD is the speed with a range of 1 260 One line is equivalent to 63 56 usec Get Shutter Speed SHS cr oSHS DDD cr Enquire current shutter speed DDD is the curren...

Page 74: ... s EEPROM memory XXX The returned string is up to 16 ASCII characters made up of a 6 digit ID no followed by an 8 digit date code and a 2 digit revision code Note This feature applies to the TM 770 TM 773 and TM 775 8 3 86 SSX Max Shutter Speed Function Command String Camera Response Get Max Shutter Speed SSX cr oSXX DDD cr Enquire maximum allowable value for shutter speed Different camera models ...

Page 75: ...ALC control window DDD is the size parameter with a range of 1 492 This command applies to camera models TM 770 RMC 673 and RMC 675 Get ALC Window Upper Left Y value ULY cr oULY DDD cr Enquire current upper left Y co ordinate for ALC control window DDD is the current value with a range of 1 492 This command applies to camera models TM 770 RMC 673 and RMC 675 8 3 90 U Sat Function Command String Ca...

Page 76: ...0 100 mVolts Therefore there are 0 56 count mV Exception Range for the TM 770 is 0 255 8 3 94 V Sat Function Command String Camera Response Set V Sat VSA DDD cr o cr Set the V saturation value for the TM 773 DDD is the saturation value with a range of 0 63 Get V Sat VSA cr oVSA DDD cr Enquire current V saturation value for the TM 773 DDD is the saturation value with a range of 0 63 8 3 95 Video Wh...

Page 77: ... models TM 770 RMC 673 and RMC 675 0 ALC window display off 1 ALC window display on Get Window Display State WDS cr oWDS D cr Enquire current state of the ALC Window display D is the current state This command applies to camera models TM 770 RMC 673 and RMC 675 0 ALC window display off 1 ALC window display on 8 3 98 Window Size Control Obsolete in firmware 1 60 replaced by WDS Note This function h...

Page 78: ...ow X Value Function Command String Camera Response Get ALC X Maximum WXX cr oWXX DDD cr Enquire maximum allowable value for ALC window X coordinate values Different camera models may have a different value range 8 3 102 WYX Max ALC Window Y Value Function Command String Camera Response Get ALC Y Maximum WYX cr oWYX DDD cr Enquire maximum allowable value for ALC window Y coordinate values Different...

Page 79: ...0 14 1 count V Get Zoom Control ZMC cr oZMC DDD cr Enquire current Zoom Control value DDD is the current value with a range of 127 127 for a voltage range of 0 9 V Therefore there are 0 14 1 count V 8 3 106 Zoom Decrement Function Command String Camera Response Zoom Decrement ZMD DDD cr o cr Decrement the zoom control by DDD of full scale DDD is the percent of full scale to decrement the zoom to w...

Page 80: ...Zoom Control Value ZMC to change The user is responsible for querying the camera for the current value after this command is executed The expected value is zero because the zoom motor is returned to the neutral position 0 after the decrement action is complete 8 3 108 Zoom Neutral Function Command String Camera Response Zoom Neutral ZMN cr o cr This command turns off the zoom motor and is equivale...

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