HobbyBoards\_EE/EF(3) One-Wire File System HobbyBoards\_EE/EF(3) # [NAME](#NAME) [**UVI, Moisture, Barometer, HUB**](#UVI,) \- HobbyBoards EE/EF Microprocessor-based slaves: Ultra Violet (UV) Index sensor, Soil and Leaf moisture measurements, Barometer, 4-channel hub with switchable branches # [SYNOPSIS](#SYNOPSIS) ## [General EE device](#General_EE_device) **EE** \[.]XXXXXXXXXXXX\[XX][/[ **temperature** | **version** | **type\_number** | **temperature\_offset** | See the file man3/standard\_mini.3so. ]] ## [UVI sensor](#UVI_sensor) **EE** \[.]XXXXXXXXXXXX\[XX]\[/\[ **UVI/UVI** | **UVI/UVI\_offset** | **UVI/in\_case** | **UVI/valid** | **temperature** | **version** | **type\_number** | **temperature\_offset** ]] ## [General EF device](#General_EF_device) **EF** \[.]XXXXXXXXXXXX\[XX][/[ **version** | **type\_number** | See the file man3/standard\_mini.3so. ]] ## Moisture Meter **moisture/sensor.\[0-3|ALL]** **moisture/is\_moisture.\[0-3|ALL|BYTE]** | **moisture/is\_leaf.\[0-3|ALL|BYTE]** **moisture/calibrate/min** | **moisture/calibrate/max** | **moisture/calibrate/raw.\[0-4|ALL]** ## [Hub](#Hub) **hub/branch.\[0-3|ALL|BYTE]** | **hub/short.\[0-3|ALL|BYTE]** # [FAMILY CODE](#FAMILY_CODE) [*EE*](#EE) Device with temperature [*EE*](#EE~2) UVI [*EF*](#EF) Device without temperature [*EF*](#EF~2) Moisture Meter [*EF*](#EF~3) Hub # [TEMPERATURE PROPERTIES](#TEMPERATURE_PROPERTIES) ## [temperature](#temperature) *read-only, floating point* Temperature read every 30 seconds. Resolution .5C (uses an on-board DS18B20). Temperature is only present in the EE-series devices. ## [temperature\_offset](#temperature_offset) *read-write, floating point* Offset stored on device to apply to temperature readings. # [UVI PROPERTIES](#UVI_PROPERTIES) ## [UVI/UVI](#UVI/UVI) *read-only floating point* UV Index (ultraviolet index) in the range 0.0 to 16.0 resolution .1 Only the UVI version of the EE device has a UVI sensor. Readings made every .5 seconds. ## [UVI/UVI\_offset](#UVI/UVI_offset) *read-write, floating point* Signed offset to apply to the UVI measurement. Stored on-device non-volatile. ## [UVI/in\_case](#UVI/in_case) *read-write, yes-no* Flag to apply compensation for the protective case. Stored on-device non-volatile. ## [UVI/valid](#UVI/valid) *read-only, yes-no* Flag the the EE device type matches the known UVI type. # Moisture Meter ## [moisture/sensor.0 .. moisture/sensor.3 moisture/sensor.ALL](#moisture/sensor.0_.._moisture/sensor.3_moisture/sensor.ALL) *read-only integer* Up to 4 sensors reading moisture can be attached. *OWFS* addresses the sensors as 0 through 3 while the datasheet uses 1-4. Two types of external sensors are supported (and the data range): [Watermark Soil Moisture Sensor](#Watermark) 0-199 [Leaf Wetness Sensor](#Leaf) 0-99 ## [moisture/is\_moisture.0 .. moisture/is\_moisture.3 moisture/is\_moisture.ALL](#moisture/is_moisture.0_.._moisture/is_moisture.3_moisture/is_moisture.ALL) ## [moisture/is\_leaf.0 .. moisture/is\_leaf.3 moisture/is\_leaf.ALL](#moisture/is_leaf.0_.._moisture/is_leaf.3_moisture/is_leaf.ALL) *read-write yes\_no* Set or get the type of sensor attached to each channel. Note that *OWFS* addresses the sensors as 0 through 3 while the datasheet uses 1-4. Two types of external sensors are supported: [Watermark Soil Moisture](#Watermark~2) Sensor [Leaf Wetness](#Leaf~2) Sensor Note that *is\_leaf* and *is\_moisture* are complementary and clearing one sets the other. ## [moisture/calibrate/min](#moisture/calibrate/min) ## [moisture/calibrate/max](#moisture/calibrate/max) *read-write unsigned integer* Set or get the upper and lower range for the raw data for leaf wetness scaling. See the datasheet for details. ## [moisture/calibrate/raw.0 .. moisture/calibrate/raw.3 moisture/calibrate/raw.ALL](#moisture/calibrate/raw.0_.._moisture/calibrate/raw.3_moisture/calibrate/raw.ALL) *read-only unsigned integer* Read the raw leaf wetness values for setting scaling. See the datasheet for details. Note that *OWFS* addresses the sensors as 0 through 3 while the datasheet uses 1-4. # [Hub](#Hub~2) 4-channel hub. Individual branches can be switched on and off. ## [hub/branch.0 .. hub/branch.3 hub/branch.ALL hub/branch.BYTE](#hub/branch.0_.._hub/branch.3_hub/branch.ALL_hub/branch.BYTE) *read-write, yes-no* The HobbyBoards hub has four 1-wire bus lines. Each branch is electricaly isolated from reflections and shorts, and can be optionally excluded from the 1-wire network. You can turn each *branch* on or off by writing 0 (off) or 1 (on) to the corresponding property. Note that *OWFS* indexes the branches 0 to 3 while the datasheet uses 1 to 4. The easiest way to turn all the branches on is to write 15 (0x0F) to *hub/branch.BYTE* ## [hub/short.0 .. hub/short.3 hub/short.ALL hub/short.BYTE](#hub/short.0_.._hub/short.3_hub/short.ALL_hub/short.BYTE) *read-only, yes-no* Is the corresponding branch in "short" condition? (Electrically shorted out). # [IDENTIFICATION PROPERTIES](#IDENTIFICATION_PROPERTIES) ## [version](#version) *read-only, ascii* Firmware version for the EE/EF device. Reported in nn.nn format where nn is major/minor decimal value. Note: This format was changed as of version owfs-2.9p6 at the request of the HobbyBoards. Formerly reported in HH.HH format where HH is a hex digit (0-9A-F). ## [type\_number](#type_number) *read-only, integer* Index of the type of sensor built into this device. Current known assignments: 1 UVI (Ultraviolet index) 2 Moisture meter 3 Moisture meter with datalogger 4 Sniffer 5 Hub # [STANDARD PROPERTIES](#STANDARD_PROPERTIES) See the file man3/standard.3so. # [ALARMS](#ALARMS) None # [DESCRIPTION](#DESCRIPTION) See the file man3/description.3so. ## [EE / EF](#EE_/_EF) The [**EEEF (3)**](/man/os/owfs/EEEF.3) are a reference platform of microprocessor based 1-wire slaves. In general they require external power, and have an on-board index for the specific capabilities. They are designed by Eric Vickery at HobbyBoards.com The *EE* class device uses family code EE and has an included temperature sensor. The *EF* devices have no temperature sensor, ## [UVI](#UVI) The *UVI* sensor is an implementation of the *EE* class device with Ultra Violet Index sensing. All it's specific properties are in the *UVI/* directory. # [ADDRESSING](#ADDRESSING) See the file man3/addressing.3so. # [DATASHEET](#DATASHEET) [**UVI**](#UVI~2) http://www.hobby-boards.com/catalog/links/uvi2-r1/UVI%20Meter%20User%20Manual.pdf [**Moisture and Leaf Sensor**](#Moisture) http://www.hobby-boards.com/download/manuals/Moisture%20Meter.pdf **4 Channel Hub** http://www.hobby-boards.com/download/manuals/4%20Channel%20Hub.pdf # [SEE ALSO](#SEE_ALSO) See the file man3/seealso.3so. # [AVAILABILITY](#AVAILABILITY) http://www.owfs.org # [AUTHOR](#AUTHOR) Paul Alfille (paul.alfille@gmail.com) 2009 OWFS Manpage --- Document: UVI(3) from owfs 3.2.4-r8 (Chainguard OS) Source: https://github.com/owfs/owfs