# proglets.dat for Unit 730 # # Date e-mail address comment # 07-30-2018 craigloescher@teledyne.com initial setting # # Science Software Ver.8.1 # # # CTD SN 9447 # FLBBCD SN 5103 # OPTODE SN 0660 # VR2C(0) SN 450282 # VR2C(1) SN 450283 #------------------------------------------------------------------------ # CTD41CP Sea-bird CTD(SBE-41) # Continuous Profile Unit Version 2 # NOTE: This proglet is a substitute for the ctd41cp, it uses the # same output sensor names. Only 1 power bit and the UART is # different, there is also an initial line of text in the output. # ONLY one of these two CTDs may be installed at the same time. proglet = ctd41cp uart = 0 # UART4 Chan A bit = 0 # power control for sensor start_snsr = c_profile_on(sec) simulator = ctd41cp_sim # #------------------------------------------------------------------------ # Wet Labs flbbcd fluorometer, scattering meter, and cdom sensor, baud rate 19200 # NOTE: This proglet requires the following sensor specific constants from # Wet Labs for deriving engineering units (put in autoexec.mi): # u_flbbcd_chlor_cwo(nodim) # clean water dark offset, nodim == counts # u_flbbcd_bb_cwo(nodim) # clean water dark offset, nodim == counts # u_flbbcd_cdom_cwo(nodim) # clean water dark offset, nodim == counts # u_flbbcd_chlor_sf(ug/l/nodim) # scale factor to get units # u_flbbcd_bb_sf(Mnodim) # scale factor to get units # u_flbbcd_cdom_sf(ppb/nodim) # scale factor to get units # u_flbbcd_is_calibrated(bool) 1 # set to 1 after entering # # calibration constants # # For simulator, set u_wetlabs_sim_num_eng_units(nodim) to 3 in autoexec.mi # proglet = flbbcd uart = 6 # U4Soem Pins T-2,R-4 (we only use receive) bit = 0 # power, battery start_snsr = c_flbbcd_on(sec) simulator = wetlabs_sim # #------------------------------------------------------------------------ # Vemco VR2C Submersible, Single-Vhannel Acoustic Reciever # NOTE: This proglet requires the following sensor specific constants # for deriving device serial numbers and associated UARTS (put in autoexec.mi): # sci_vr2c_serial_num_0(nodim) # serial number of device 0 # sci_vr2c_serial_num_1(nodim) # serial number of device 1 # The serial number ID's need to correspond with the bits defined below, # otherwise communications with vr2c devices will fail. # proglet = vr2c uart = 3 # UART for device 0 bit = 0 # power control for device 0 uart = 4 # UART for Device 1 bit = 0 # power control for device 1 start_snsr = c_vr2c_on(sec) # #------------------------------------------------------------------------ # Aanderaa Oxygen Optode 4330F or 4841 # NOTE: This proglet requires the following input sensor (put in autoexec.mi): # u_oxy4_slow_surface_mode(bool) 1 (default for 4330F), 0 for 4841 model # proglet = oxy4 uart = 1 # U4Soem Pins T-2,R-3 bit = 2 # 8.8v start_snsr = c_oxy4_on(sec) #------------------------------------------------------------------------ # add new proglets here # &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& # The uart port encoding is: # 0 UART4 A bam, bb2fV2 # 1 UART4 B clothesline # 2 UART4 C ctd41cp # 3 UART4 D uModem # 4 U4Soem pins T- 2, R- 4 bb2f, bb2c, leftmost as looking at edge of board # bb2fls, bb2flsV2, bb2flsV3, ... # 5 U4Soem pins T- 6, R- 8 bb2lss, ocr504I, ocr507I # 6 U4Soem pins T-10, R-12 sam, ocr504R, ocr507R, auvb # 7 U4Soem pins T-14, R-16 # # &&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&& # Available "bits": # Looking down at persistor pins with 5x2 white box on left # 2 4 ... 50 # 1 3 ... 49 # # #SIGNAL PIN DESCRIPTION DIR FUNCT PU R WU # 0 Vbatt (default, No-op) # 1 SBM2 15V regulated # 2 SBM2 8.8V regulated # 3 SBM2 aux power # 4 SBM2 high power #PCS2 pin# 15, SPI Chip Select 2 I/O GPIO/QSPI I? O+ X #SCK pin# 16, SPI Serial Clock I/O GPIO/QSPI I? O+ X #PCS3 pin# 17, SPI Chip Select 3 I/O GPIO/QSPI I? O+ X #MOSI pin# 18, SPI Master Data Out I/O GPIO/QSPI I? O+ X #PCS1 pin# 19, SPI Chip Select 1 I/O GPIO/QSPI I? O+ X #MISO pin# 20, SPI Master Data In I/O GPIO/QSPI 1M I+ I+ X #PCS0 pin# 21, SPI Chip Select 0 I/O GPIO/QSPI I? O+ X #CTD10 pin# 22, Double Action Timer I/O GPIO/TMR I? I? bb2f power #CTD9 pin# 23, Double Action Timer I/O GPIO/TMR I? I? #CTD7 pin# 24, Double Action Timer I/O GPIO/TMR I? I? X UART4 RS232 RSON, DebugBit 0 #CTD8 pin# 25, Double Action Timer I/O GPIO/TMR I? I? bam power, DebugBit1 #CTD6 pin# 26, Double Action Timer I/O GPIO/TMR I? I? ctd41cp mode, DebugBit2 #CTD5 pin# 27, Double Action Timer I/O GPIO/TMR I? I? ctd41cp power,DebugBit3 #CTS14B pin# 28, Single Action Timer I/O GPIO/TMR I? I? X UART4 RS232 RSOFF #CTD4 pin# 29, Double Action Timer I/O GPIO/TMR I? I? bb2c, hps:hib power, bb2fV2 #CTS14A pin# 30, Single Action Timer I/O GPIO/TMR I? I? sam, auvb hps:hib load clk, uModem #CTS18A pin# 31, Single Action Timer I/O GPIO/TMR I? I? hps:hib data #CTS18B pin# 32, Single Action Timer I/O GPIO/TMR I? I? hps:hib shift clk #CTD29 pin# 33, Double Action Timer I/O GPIO/TMR I? I? hps:ahb load clk #CTD28 pin# 34, Double Action Timer I/O GPIO/TMR I? I? bb2lss #CTD27 pin# 35, Double Action Timer I/O GPIO/TMR I? I? hps, ahb data #CTM31L pin# 36, Timer Load/Clock In GPIO/TMR 1M I+ I+ #CTD26 pin# 37, Double Action Timer I/O GPIO/TMR I? I? hps, ahb shift clk #IRQ5 pin# 39, Interrupt Request 5 I/O GPIO/IRQ 10K IB+ I+ X #IRQ7 pin# 40, Interrupt Request 7 I/O GPIO/IRQ 10K IB+ I+ X #IRQ2 pin# 41, Interrupt Request 2 I/O GPIO/IRQ 10K IB+ I+ X #MODCLK pin# 42, Clk Source Sel/GPIO I/O GPIO/CLK 10K I+ I+ #IRQ4RXD pin# 45, IRQ/CMOS RxD Sense In GPIO/UART IB? I+ #TXD pin# 46, CMOS Serial TxD Out GPIO/UART I? OB X #RTS pin# 48, CMOS RTS Ouput Out GPIO/UART 1M I+ O+ X #IRQ3CTS pin# 50, IRQ/CMOS CTS Sense in GPIO/UART IB? I+