International Light Technologies ILT1000 User manual
ILT1000, ILT5000 API Documentaon
Revision Table
May 8 2015 v1.5 Inial Release under this form, ca turing firmware revisions u to and including 3.0.5.8
May 15 2015 v1.6 Added setwireless command
June 30 2015 v1.7 •U dated ge*lash to add return value of -513 when asking for a minimum light level
that could not be measured in the given range (Rf + voltage sensivity) due to
saturaon below the minimum light level
•added setsam lemetem funconality to change sam le me without saving to flash
•added usecalfactortem funconality to change sam le me without saving to flash
•added usefeedbackrestem funconality to change sam le me without saving to flash
August 11 2015 v1.8 •fixed ty o where getambientlevel API was listed as setambientlevel
•moved setwflisten API to OEM commands
August 21 2015 v1.9 •Added start eak, sto eak, get eak, starntegrate, sto integrate, gentegrate
•Added configbacku , configrestore to OEM commands
Page1
ILT1000, ILT5000 API Documentaon
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Page4
captureflash
Su ort Starng in Firmware
Version: 3.0.5.8
Su ort Ending in Firmware
Version: N/A
Syntax: capture flash [trigger type] [trigger level] [minimum light
level] [timeout period] [voltage sensitivity] [trigger offset
time] [integration time] [save to flash] [save only above
minimum light level]
What it does:
This command enters a mode where only values are sent back in res onse to a command.
This is the default mode on ower u of the device, and the mode used for rogramming
by an a licaon.
trigger ty e:
0 = trigger in (start ca turing “trigger offset me” milliseconds before trigger in signal)
1 = trigger out (start ca turing “trigger offset me” milliseconds aOer trigger out signal)
2 = trigger on light level (start ca turing aOer “minimum light level” exceeded)
3 = manual trigger (start ca turing immediately)
trigger level (a lies to trigger ty e 0 and 1, ignored otherwise):
low = trigger on logic low condion (transion from high to low)
high = trigger on logic high condion (transion from low to high)
min light level
Floang oint value re resenng the minimum light level above which ca ture will start
when trigger ty e is set to 2
meout eriod
The number of seconds (0 to 300) that the roune will wait for a trigger.
voltage sensivity
1 = lowest sensivity voltage gain (brightest light)
2 = medium sensivity voltage gain
3 = highest sensivity voltage (lowest light level)
trigger offset me
The number of milliseconds (0-20) that the trigger will be offset as follows, by trigger ty e:
0 : not a licable
1 : number of milliseconds before trigger in
2 : number of milliseconds aOer trigger out
3 : number of milliseconds before minimum light level is sensed
integraon me
The number of milliseconds (1-40000) that the flash signal will be ca tured
save to flash
0 = do not save to flash (just ca ture results, see getflash)
1 = save to flash (4096 data oints are saved across the integraon me, use
getlogdata to download)
save only above minimum light level (a licable to trigger ty e 2)
0 = save all data oints
1 = only save data oints above the minimum light level
Normal return value:
0 on success
Page5
captureflash
-8/
Error return value(s):
-500 if missing fields
-501 if bad trigger ty e. Must be 0-3.
-502 if bad trigger level. Must be “low” or “high”
-503 if bad minimum light level. Must be greater than 0.
-504 if bad meout eriod. Must be 0-300.
-505 if bad voltage sensivity. Must be 1-3.
-506 if bad trigger offset. Must be 0-20.
-507 if bad integraon me. Must be 1 – 40000.
-508 if bad save to flash value. Must be 0 or 1.
-509 if bad save only above min value. Must be 0 or 1.
-510 if calibraon factor not in use. See usecalfactor.
-511 if save to flash is set to 1, but data is already in flash. See eraselogdata.
-512 if meout eriod ex ired before trigger was com leted
-513* if a minimum light level is too high to be measured (device will saturate before
reaching the level) with given range (Rf + voltage sensivity)
*Added in 3.0.6.7
Persist through ower-cycle:
N/A
Exam le command (trigger on light level, “low” trigger level ignored, minimum light level
= 20e-3 calibrated units, 2 second meout, Low voltage sensivity, 5 millisecond trigger
offset, 40 millisecond integraon me aOer trigger, save data to flash for later retrieval,
save only the light levels above the minimum trigger level):
captureflash 2 low 20e-3 2 1 5 40 1 1
clearambientlevel
Su ort Starng in Firmware
Version: 3.0.5.8
Su ort Ending in Firmware
Version: N/A
Syntax: clearambientlevel
What it does:
This command removes any ambient levels configured with setambientlevel.
Normal return value(s):
0 on success
Error return value(s):
N/A
Persist through ower-cycle:
No
Page6
echooff
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: echooff
What it does:
This command enters a mode where only values are sent back in res onse to a command.
This is the default mode on ower u of the device, and the mode used for rogramming
by an a licaon.
Normal return value:
0 on success
Error return value(s):
N/A
Persist through ower-cycle:
No
echoon
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: echoon
What is does:
This command enters a verbose mode whereby contextual hel is echoed back for each
command com leon. The mode is useful when interacng with the device from a
terminal server or from the CLI rogram.
Normal return value:
0 on success
Error return value(s):
N/A
Persist through ower-cycle:
No
Page7
erasecalfactor
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax:
erasecalfactor [calibraon number, 1-20]
What it does:
This command erases the calibraon data associated with the calibraon factor. This
includes the calibraon factor descri on, the current-to-irradiance mul lier, and the
saturaon current.
Starng in 3.0.5.3, if the acve calibraon factor is erased, the cal factor is set to 0
indicang no cal factor in use.
Normal return value(s):
0 on success
Error return value(s):
-500 if missing fields
-501 if bad factor number
-502 if error erasing flash
Persist through ower-cycle:
Yes
Exam le command:
erasecalfactor 5
eraseirrdata
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: 3.0.5.3
Syntax: eraseirrdata
What it does:
This command erase any flash memory associated with the tabulated current-to-irradiance
curve established with either setsimpleirrcal or mul le calls to
setirrdatapoint.
Normal return value(s):
0 on success
Error return value(s):
N/A
Persist through ower-cycle:
Yes
Page8
eraselogdata
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: eraselogdata
What it does:
This command erases any log data that has been stored in the device’s flash memory. See
also startlogdata and stoplogdata.
Normal return value(s):
0 on success
Error return value(s):
-500 if logging is currently acve (must use sto logdata first)
-501 error erasing the data from flash
Persist through ower-cycle:
Yes
get100perc
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: get100perc
What it does:
Prior to 3.0.5.3, this command returns the sensor voltage at the me the 100% value was
set with set100perc.
Starng in 3.0.5.3, this command returns the sensor current at the me the 100% value
was set with set100perc.
Normal return value(s):
Prior to 3.0.5.3: Voltage for 100% transmission, volts (firmware >= 2.1.0.0) or microvolts
(firmware<2.1.0.0)
Starng in 3.0.5.3: Current for 100% transmission.
Error return value(s):
-500 if the 100% value was never set
getambientlevel
Su ort Starng in Firmware
Version: 3.0.5.8
Su ort Ending in Firmware
Version: N/A
Syntax: getambientlevel
What it does:
This command returns the exisng ambient light level that is removed from all current and
light level readings.
Normal return value(s):
Ambient light level, based on detector current
Error return value(s):
N/A
Persist through ower-cycle:
No
Exam le return:
5.981e-6
Page9
getambienttemp
(Gen2, Gen3)
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getambienttemp
What it does:
This command returns the ambient tem erature as sensed by the device. This differs from
gettemp which returns the internal tem erature of the microcontroller.
Normal return value(s):
Tem erature in degrees F (x100 for firmware < 2.1.0.0).
Error return value(s):
-500 Command not su orted
getapiversion
Su ort Starng in Firmware
Version: 2.1.0.0
Su ort Ending in Firmware
Version: N/A
Syntax: getapiversion
What it does:
This command returns the a i version for the firmware. From me-to-me, the CLI API
return values may change the return value or formats. When this ha ens the API version
is increased such that rograms can roacvely determine the ex ected return values.
API Changes from v1 to v2:
•get100 erc, getvoltage, getvx1, getvx17, getvagc3, getv ed, getvref, set100 erc
all changed from returning microvolts to returning volts in decimal form
•getcurrent changed from returning icoam s to am s in scienfic notaon
•gerradiance changed from returning “ ico” values to standard values in
scienfic notaon
•geGrans changed from returning ercent transmission x 10 to ercent
transmission in decimal form
•getod changed from returning o cal density x 100 to o cal density in decimal
form
•getambienGem changed from returning tem x 100 to tem x1
•getlogdata return values changed to reflect unit changes above, with all values
returned in scienfic notaon
API Changes from V2 to V3
•Added new API’s, noted in this document as Su orted Starng in Firmware
Version 3.0.5.3 or later.
•set100 erc and get100 erc changed to return current as o osed to voltage
•de recated setclockfreq, serrdata oint, storeirrdata, eraseirrdata,
setsim leirrcal, hiddenhel
•de recated setsam lecount (use setsam leme) and getsam lecount (see
getsam leme)
•Overloaded usefeedbackres to return the seJng in use if no arameters are
rovided
Normal return value(s):
-999 for firmware versions earlier than 2.1.0.0, indicang API version 1.
2 for firmware versions 2.1.0.0 and greater
3 for firmware versions 3.0.5.3 and greater
Error return value(s):
N/A
Page10
getauxserialno
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getauxserialno
What it does:
This command returns the auxiliary serial number of the device. The serial number is
stored in one-me- rogrammable memory at the me of manufacture.
Normal return value(s):
Device serial number
Error return value(s):
-500 device serial number has not been set
Exam le return:
sn17839-0001
getbias
(Gen3)
Su ort Starng in Firmware
Version: 3.0.5.4
Su ort Ending in Firmware
Version: N/A
Syntax: getbias
What it does:
This command returns the level of bias voltage a lied to the detector.
Normal return value(s):
0 indicang no bias is a led
5 indicang that voltage is a lied such that the anode is 5V more negave than the
cathode
Error return value(s):
-501 if not su orted on this generaon of device
Page11
getcalfactor
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax:
getcalfactor [o onal, calibraon factor, 1-20]
What it does:
Without the o onal arameter, this command returns the calibraon factor currently in
use. With the o onal arameter, this command returns the calibraon factor details for
a arcular calibraon factor. This includes the following informaon, se arated by s ace:
calibraon factor descri on, current-to-irradiance mul lier(x1000), and saturaon
current in microam s. A ty ical use case is to use the command without the o onal
arameter to determine which calibraon factor is in use, followed by issuing the
command with the o onal calibraon factor to determine the details of the calibraon
factor definion.
Normal return value(s):
Without the o onal command line arameter:
0 if no calibraon factor in use
1-20 indicang which calibraon factor is in use
With the o onal command line arameter:
[calibraon factor descri on] [current-to-irradiance mul lier(x1000)] [saturaon
current]
Error return value(s):
-501 if calibraon factor is out of the 1-20 range
-502 if the calibraon factor is not defined
Exam le command:
getcalfactor 1
Exam le return:
calfact1 500 50
getcurrent
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getcurrent
Shortcut:
gc (su ort for this shortcut starng in 3.0.5.4)
What it does:
This command returns the sensor current in icoam s.
Normal return value(s):
Current in am s (firmware>=2.1.0.0) or icoam s (firmware<2.1.0.0)
Error return value(s):
-500 if there is a voltage saturaon, indicang the reading must be discarded
Page12
getdarkmode
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getdarkmode
What it does:
This command returns the dark mode currently in use by the device. The dark mode can
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getdatetime
(Gen2, Gen3)
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> 4!C#
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getecal
(Gen3)
> >!C#
DF$$
> 4!C#
DF@9&
>1F getecal
BF
5
@-/F
The 19 ecal data points: [1pA val] [5pA val] [10pA val] [50pA
val] [100pA val] [500pA val] [1nA val] [5nA val] [10nA val]
[50nA val] [100nA val] [500nA val][1uA val] [5uA val] [10uA
val] [50uA val] [100uA val] [500uA val] [1mA]
4-/F
@9&
Page13
getecaldate
(Gen3)
Su ort Starng in Firmware
Version: 3.0.5.3
Su ort Ending in Firmware
Version: N/A
Syntax: getecaldate
What it does:
This command returns the sensor last date electrical cal (ecal) was erformed, in e och
me. If an ecal as never erformed, this a i returns 0.
Normal return value(s):
0 if ecal was never erformed
Date in e och me if ecal was erformed
Exam le return:
1428445793 (indicang A ril 7 2015 22:29:53 GMT)
Error return value(s):
N/A
getfactorydark
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getfactorydark
What it does:
This command returns the dark voltage at the various transim edance am lifier gain
stages, as set at the factory.
Normal return value(s):
On Gen1 roducts: The dark voltage in microvolts, of the two voltage gain stages.
On Gen2 roducts: The dark voltage in microvolts, of the three voltage gain stages for each
of three feedback resistor stages
On Gen3 roducts: The dark voltage in microvolts, of the three voltage gain stages for each
of four feedback resistor stages
Error return value(s):
-500 if the factory dark voltage has not been set
Exam le return:
Gen1:
12756 9234
Gen2:
R1 10360 9602 9535 R2 14115 13291 13215 R3 46680 45769 25190
getfeedbackresnumber
Su ort Starng in Firmware
Version: 3.0.5.8
Su ort Ending in Firmware
Version: N/A
Syntax: getfeedbackresnumber
What it does:
This command returns the number, not the value, of the feedback resistor in use.
Normal return value(s):
1 for Gen1 devices (only 1 feedback resistor)
1 – 3 for Gen2 devices
1 – 4 for Gen3 devices
Error return value(s):
N/A
Page14
getflash
Su ort Starng in Firmware
Version: 3.0.5.8
Su ort Ending in Firmware
Version: N/A
Syntax: getflash
What it does:
This command returns the results of the ca tureflash command, including the following
data:
Peak: This is the eak light level sensed during the flash ca ture
Average: This is the average light level sensed over the integraon eriod
Integraon: This is the integraon of the light level over the integraon eriod
Time Above 10 Percent of Peak: This is the me (in seconds) that the signal was above
10% of the eak value. This can be considered the duraon of the ulse.
Peak Percent of Range: This is the ercentage of the in ut range (defined by the feedback
resistor in use and the voltage sensivity). A number above 95 would indicate a likely
saturaon of the signal.
The data labels, equal signs, and actual results are all se arated by a s ace, facilitang
arsing with a String->S lit(‘ ‘) command.
Normal return value(s):
On Gen1 roducts: The dark voltage in microvolts, of the two voltage gain stages.
On Gen2 roducts: The dark voltage in microvolts, of the three voltage gain stages for each
of three feedback resistor stages
On Gen3 roducts: The dark voltage in microvolts, of the three voltage gain stages for each
of four feedback resistor stages
Error return value(s):
The ‘Peak’ value is returned as -512 if the ca ture resulted in a meout before the trigger
was sensed. In the res onse below, the Peak = -5.120e+02 indicates this condion,
making the remainder of the values are invalid.
Peak = -5.120e+02 Average = 6.168e-06 Integral = 2.527e-07
Time-Above-10-Percent-of-Peak = 4.096e-02 Peak-Percent-of-
Range = 0
Exam le return:
Peak = 1.067e-03 Average = 1.301e-05 Integral = 1.041e-06
Time-Above-10-Percent-of-Peak = 7.031e-04 Peak-Percent-of-
Range = 97
getfeedbackres
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getfeedbackres
What it does:
This command returns the value of the feedback resistor, in kilo-Ohms x 10.
Normal return value(s):
Transim edance am lifier feedback resistance in kOhms x 10
Error return value(s):
N/A
Exam le return (for a 3K Ohm feedback resistor):
30
Page15
getfriendlyname
Su ort Starng in Firmware
Version: 3.0.5.4
Su ort Ending in Firmware
Version: N/A
Syntax: getfriendlyname
What it does:
This command returns the device’s “friendly name”.
Normal return value(s):
Device friendly name or “NOT-DEFINED” if the friendly name has not yet been saved
Error return value(s):
N/A
getfwversion
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getfwversion
What it does:
This command returns the firmware version running on the device.
Normal return value(s):
Device firmware version
Error return value(s):
N/A
Exam le return:
1.3.0.5
getgeneration
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getgeneration
What it does:
This command returns the generaon of the device.
Normal return value(s):
-999 for first generaon roducts that did not have this command defined at me of
release
1 for first generaon roducts
2 for second generaon roducts ( rogrammable Rf x 3, realme clock, ambient tem
sensor)
3 for second generaon roducts ( rogrammable Rf x 4, realme clock, ambient tem
sensor, wireless)
Error return value(s):
N/A
Exam le return:
2
Page16
getinfo
Su ort Starng in Firmware
Version: 3.0.5.3
Su ort Ending in Firmware
Version: N/A
Syntax: getinfo
What it does:
This command returns a list, and ever-growing list, of crical device arameters. The
command is intended as a quick diagnosc and configuraon check, but can be used with
arsing soOware to ca ture and extract crical configuraon informaon.
Normal return value(s):
See command out ut for the arcular firmware version.
Error return value(s):
N/A
Exam le return:
Base Serial Number = 10002201407300019
Vendor Serial Number = ILT100000002
Model Name = ILT1000-V02
Friendly Name = Right
Generation = 2
FW Version = 3.0.5.8
Dark mode (0=No,1=Factory,2=User) = 1
Rf Setting (0=Auto,1=Rf1,2=Rf2,3=Rf3,4=Rf4) = 0
Rf value R1 (kOhms) = 3
Rf value R2 (kOhms) = 1000
Rf value R3 (kOhms) = 10000
Rf value R4 (kOhms) = 10000000
Rf value in use (KOhms) = 3
eCal: Disabled
eCal values = 1.000e+00 1.000e+00 1.000e+00 1.000e+00
1.000e+00 1.000e+00 1.000e
+00 1.000e+00 1.000e+00 1.000e+00 1.000e+00 1.000e+00
1.000e+00 1.000e+00 1.000e
+00 1.000e+00 1.000e+00 1.000e+00 1.000e+00
ADC Signal Processing: Disabled
Sample time (ms) = 500
Auto Sample Time: Disabled
4-20mA mode (0=Auto/log, 1=min-max/linear, 2=manual) = 0
getvx1 = 0.030337
getvx17 = 0.518344
getvagc3 = 3.300000
Active voltage gain stage = 2
TIA voltage = 0.020656
getcurrent = 6.885e-06
Factory dark = R1 10360 9602 9535 R2 14115 13291 13215 R3
46680 45769 25190
User dark = R1 9735 9607 9564 R2 22885 22746 22670 R3 125018
124804 25190
Logging: Disabled
Wireless Listening: Disabled
Page17
getintegrate
Su ort Starng in Firmware
Version: 3.0.7.0
Su ort Ending in Firmware
Version: N/A
Syntax: getintegrate
What it does:
This command returns the integrated light level that started with startintegrate.
The integral is calculated as the average light level since the beginning of
startintegrate, mul lied by the me in seconds (resoluon of 10ms).
Normal return value(s):
Integrated light level (units de end on the calibraon factor)
Error return value(s):
-502 if the light level is saturang the detector at the current gain range
Exam le return (for an integrated light level value of 4.712 milli-units):
4.712-3
getirradiance
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getirradiance
Shortcut:
gi (su ort for this shortcut starng in 3.0.5.4)
What it does:
This command returns the irradiance value in user-defined units. The device determines
irradiance based on the following riority list:
1. If a calibraon factor is in use (see usecalfactor), this current-to-irradiance
mul lier value is used. This is the most common method to derive irradiance.
2. If no calibraon factor is in use, or the calibraon factor has its mul lier value set to
65535 (0xFFFF), the custom calibraon table set with either setsimpleirrcal or
mul le calls to setirrdatapoint is used. This mode is no longer su orted in
firmware version 3.0.5.3 and later.
Normal return value(s):
Irradiance value in user-defined units
Error return value(s):
-500 if no irradiance calibraon data has been set
-501 if the detector current is out of range for the current-to-irradiance curve (case #2
above) . This value is no longer returned in FW 3.0.5.2 and later.
-502 if there is a voltage saturaon, indicang the reading must be discarded
Exam le return (for an irradiance value of 7.798 milli-units):
7.798e-3
Page18
getirrthresholdlow
Su ort Starng in Firmware
Version: 2.0.1.0
Su ort Ending in Firmware
Version: N/A
Syntax: getirrthresholdlow
What it does:
This command returns the irradiance value (or light level), below which data will not be
logged. It is set with setirrthresholdlow.
Normal return value(s):
Minimum irradiance value for data logging, returned in scienfic notaon. A value of zero
(0) can indicate that either the threshold was never set (0 is the default), or it was set to
zero.
Exam le return (for an irradiance value of 73.798):
1.25e-4
Page19
getlogdata
Su ort Starng in Firmware
Version: 2.0.0.3
Su ort Ending in Firmware
Version: N/A
Syntax: getlogdata
What it does:
This command returns the log data stored in flash memory. This command can be run
!!!!-!!!#/O
#stoplogdata!$Ocaptureflash
# 0#" -
!!##!!!!!
#+#++ -5(
=)1 ?/#++
)6!!!2F
C#WKH#!!O!F
6!!!
C#VK#!!O!
6!!! KK
C#VK$#!!O 0
6!!! KK
@-/F
7++> .D !!
D,#F
K3 7-1"#W/
K2-1"#W/
HK78 - "#W/
K7D!-"#W/
%K7 -!C/
$K8-getirradiance/
6!!!2-!!/
>>5([[[
>>5([[[
N
>>5([[[n
4-/F
+!
@F
•U3 72#
•6! !3 7
•8#
41 -@OZ+Z /F
5R+ .
4R
60R - /
1378738200, 1.595e-9R5> $HFFE5
1378738260, 1.346e-9 R5> $HFFE$H%
1378738320, 1.456e-9 R5> $HFFEH%
1378738380, 1.748e-9R5> $HF$FE(H
1378738440, 1.637e-9R5> $HFHFE%$(
Page20
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