Awesome Baozam - User contributions [en]

Data export

2018-06-12T16:47:32Z

Baya:

__TOC__

To obtain data on request you can use the URL

'''1''' To get data for any host items
<nowiki>https://</nowiki>baozam.net/index.php?action=csv&items='''''<ITEMID_1>,<ITEMID_2>,<...>,<ITEMID_N>'''''&period='''''<PERIOD_IN_SECONDS>'''''&stime='''''<START_UNIXTIME>'''''&step='''''<STEP>'''''

'''2''' To get only pass counters data
<nowiki>https://</nowiki>baozam.net/index.php?action=csv&hosts='''''<HOSTID>'''''&period='''''<PERIOD_IN_SECONDS>'''''&stime='''''<START_UNIXTIME>'''''&step='''''<STEP>'''''

Script should pass login and password into '''POST''' request for authentication.

''HOSTID'' - it's same id as in url of this device (Could be found on the host description page, Inventory => Hosts menu item).

''ITEMID_N'' - it's same id as in url of device items (The simplest way to find the id is to use ''the Latest Data'' page, Monitoring => Latest Data menu item => Select host, Filter).

''STIME'' - unixtime of '''begin''' of period.
If = 0, then period begin will be calculated as difference between current time and period length.

''STEP'' - seconds count, or predefined values
# '''g1h''' - by hours
# '''g1d''' - by days
# '''g1w''' - by weeks
# '''g1m''' - by monthes

== CURL example ==
{{Data export/curl}}

== VB script ==
For example:

{{Data export/vbs}}

== OpenSSL ==
{{Data export/openssl}}

[[ru:Экспорт данных]]

Pass pounter in two directions

2017-04-13T19:28:49Z

Baya: Redirected page to Bidirectional pass counter v.2.1

#REDIRECT [[Bidirectional pass counter v.2.1]]

Bidirectional pass pounter

2017-04-13T19:28:39Z

Baya: Redirected page to Bidirectional pass counter v.2.1

#REDIRECT [[Bidirectional pass counter v.2.1]]

Счетчик посетителей двунаправленный

2017-04-13T19:27:52Z

Baya: Redirected page to Счетчик проходов в двух направлениях v.1.x

#REDIRECT [[Счетчик проходов в двух направлениях v.1.x]]

Combie-Shop

2017-04-13T15:43:52Z

Baya: /* Combie-Shop individual parts configuration */

[[File:Combie.jpg|400px|thumb|red - WiFi setup button]]

* [[Combie-Shop PCB description]]

== WiFi Setup ==
All Baozam devices use the same [[WiFi Setup]] procedure. The difference is in where the setup button is placed and how it looks. The combie ''WiFi setup'' button is marked by red at Figure.
* [[WiFi Setup|Common Baozam device WiFi setup procedure]]

== Setting and checking the operation of the device ==
All Baozam devices have common interface for tuning via the Internet.
Please, read details at [[Device tuning via the baozam.net website]] page.

=== Combie-Shop individual parts configuration ===
* [[Magnet detector configuration]]
* [[Metal detector configuration]]
* [[Magnet with trolley detector configuration]]
* [[How to prepare alarm sound audio-file for combie]]

[[Category:Combie-Shop|*]]

Command:26

2017-04-13T10:41:38Z

Baya: /* Stream packet */

__NOTOC__
== Stream packet ==

* used for streaming data. Sending period regulated by [[cmd:23|SET Stream ]]

1 cmd type
2 cmd id // set by server
1 streams count // max 256
stream*
4 address
1 parameter type
[wl] values count
data*
[v] value; see details into parameter type
4 timestamp // can be 0, in this case server/client time should be used

Command:26

2017-04-13T10:39:40Z

Baya:

__NOTOC__
== Stream packet ==

* used for sending streaming data. Sending period regulated by [[cmd:23|SET Stream ]]

1 cmd type
2 cmd id // set by server
1 streams count // max 256
stream*
4 address
1 parameter type
[wl] values count
data*
[v] value; see details into parameter type
4 timestamp // can be 0, in this case server/client time should be used

Command:26

2017-04-13T10:39:21Z

Baya: /* Stream packet */

Command:26

2017-04-13T10:38:54Z

Baya: /* Stream packet */

__NOTOC__
== Stream packet ==

* used for sending streaming data. Sending period regulated by [[cmd:23|SET Stream ]]

1 cmd type
2 cmd id // set by server
1 streams count // max 256
stream*
4 address
1 parameter type
[wl] values count
data*
v value; see details into parameter type
4 timestamp // can be 0, in this case server/client time should be used

Command:26

2017-04-13T10:37:24Z

Baya:

__NOTOC__
== Stream packet ==

* used for sending streaming data. Sending period regulated by [[cmd:23|SET Stream ]]

1 cmd type
2 cmd id // set by server
1 streams count // max 256
stream*
4 address
1 parameter type
[wl] values count; if this > 1 then pt < 0 and this byte presents in the packet
data*
v value; see details into parameter type
4 timestamp // can be 0, in this case server/client time should be used

Command:26

2017-04-13T10:35:18Z

Baya:

__NOTOC__
== Stream packet ==

* is an alias of [[CMD:2|response to GET]] with timestamp value
* used for sending streaming data. Sending period regulated by [[cmd:23|SET Stream ]]

{{CMD:2|stream}}
4 timestamp // can be 0, in this case server/client time should be used
<noinclude>
{{CMD:23}}

Command:26

2017-04-13T10:34:49Z

Baya:

Baozam Usage

2017-04-13T10:27:04Z

Baya: /* Device Access, Control & Maintenance */

The main idea of Baozam is to give a convenient and safe access to any of your devices from anywhere. To implement such possibility we use the cited below scheme.

== Private Baozam Account ==
Any device is the property of the owner.
This relationship is registered at Baozam by assigning the Baozam account which belongs to a real person as the owner of the device.
Anyone can register the Baozam account at '''http://baozam.net'''

== Ownership of Devices ==
* Every Baozam device after being produced and tested is registered at Baozam. At this step the device is a property of the vendor.
* During registration process the device is linked with '''''Baozam Device Registration (scratch) Card''''' that contains '''''Registration Card ID''''' and hidden '''''Card PIN'''''.
* The device buyer should receive the unscratched Registration Card together with the device. The unscratched Card PIN on this card gives the buyer the possibility to use this PIN to become the owner of the device. To become the owner the buyer should use '''[https://baozam.net/index.php?obj=card&act=useup the page]''' to enter ''Registration Card ID'' and ''Card PIN''. After submitting the ID and the PIN to Baozam the buyer account will be assigned as owner of the corresponding device. At this step the device becomes a property of the buyer. The Registration Card can be used only once.

== Device Access, Control & Maintenance ==
* Device starts to collect and store corresponding data according to the default factory settings immediately after switching on.
* It is in the interest of the owner to enable the device to access Baozam through the Internet. All WiFi Baozam devices use [[WiFi Setup|the same procedure to connect the device to the Internet]]. After enabling access to the Internet the device starts sending collected data to Baozam.
* At any session (initiated by the device) for transferring device data to Baozam, Baozam can transfer the request of the owner to the device to initiate the Tune Mode connection with the owner. Such request can be initiated by the owner by visiting [[Tuner page]] of corresponding device at http://baozam.net
* With the help of the [[Tuner page]] the owner can change any of available device settings.

Combie-Shop

2017-04-13T10:23:02Z

Baya:

[[File:Combie.jpg|400px|thumb|red - WiFi setup button]]

* [[Combie-Shop PCB description]]

== WiFi Setup ==
All Baozam devices use the same [[WiFi Setup]] procedure. The difference is in where the setup button is placed and how it looks. The combie ''WiFi setup'' button is marked by red at Figure.
* [[WiFi Setup|Common Baozam device WiFi setup procedure]]

== Setting and checking the operation of the device ==
All Baozam devices have common interface for tuning via the Internet.
Please, read details at [[Device tuning via the baozam.net website]] page.

=== Combie-Shop individual parts configuration ===
* [[Magnet detector configuration]]
* [[Metal detector configuration]]
* [[How to prepare alarm sound audio-file for combie]]

[[Category:Combie-Shop|*]]

Combie-Shop

2017-04-13T10:21:42Z

Baya:

[[File:Combie.jpg|400px|thumb|red - WiFi setup button]]

* [[Combie-Shop PCB description]]

== WiFi Setup ==
All Baozam devices use the same [[WiFi Setup]] procedure. The difference is in where the setup button is placed and how it looks. The combie ''WiFi setup'' button is marked by red at Figure.
* [[WiFi Setup|Common Baozam device WiFi setup procedure]]

== Setting and checking the operation of the device ==
All Baozam devices have common interface for tuning via the Internet.
Please, read details at [[Device tuning via the baozam.net website]] page.

* [[Magnet detector configuration]]
* [[Metal detector configuration]]
* [[How to prepare alarm sound audio-file for combie]]

[[Category:Combie-Shop|*]]

Bidirectional pass counter v.2.1

2017-04-13T10:21:09Z

Baya: /* Installation */

== Description ==
The counter consists of two modules:
* receiver - with three LEDs in the middle of the front panel, the ''WiFi setup'' hole above the three LEDs and two holes on the sides of the front panel (Fig. 1 top).
* emitter - with one LED in the middle of the front panel (Fig. 1 bottom).
Both units have a rectangular hole for the power cord at bottom (Fig. 2, rectangular recess in the bottom wall). White boxes on pictures are power cord connectors.

<gallery widths=200>
File:PC2.1-front.jpg|Fig. 1. Front view
File:PC2.1-back.jpg|Fig. 2. Back view
</gallery>

== Specifications ==
{|border=1 cellpadding=5
|-
| Maximum distance between emitter and receiver || 6 meters
|-
| IR wavelength || 940 nm
|-
| Modulation frequency of the IR signal || 38 kHz
|-
| Power supply || 5 — 24 V DC
|-
| Communication standard || 802.11b/g/n (WiFi) network with a password only
|-
| Used communication protocols || TCP / IP, TLS 1.2, HTTPS, WebSocket
|-
|colspan=2| Power Consumption
|-
|align=right| emitter || no more than 100 mW
|-
|align=right| receiver || 1 W
|-
| Operating temperature range || 5°C — 40°C, with relative humidity of 80%
|-
| Dimensions (W x H x D) || 80mm x 40mm x 20mm
|-
| Hull material || ABS plastic
|-
| Color || grey, black
|}

== Installation ==
[[File:Source.over.camera.jpg|thumb|Fig. 3. the color of LED of working emitter through smartphone camera]]
# Connect the power cords to the modules. The polarity does not matter.
# Fix the modules on both sides of the aisle at a height of 1.20 — 1.40 meters. The receiver must be placed horizontally (to detect the direction of the input/output).
# Connect the power supply. All LEDs on the receiver should light up for 2 seconds.
# The efficiency of the emitter can be checked by using the smart-phone camera. When you look on the emitter LED from a short distance (couple of centimeters) through the smart-phone camera, LED of working emitter will be of red-blue/purple color (Fig. 3).

=== Receiver LEDs flashing description:===
* Green LED (bottom, state indicator):
*: 1 blink per 5 seconds (0.2 Hz) - normal mode
*: 1 blink per second (1 Hz) - setup mode initiated by ''Tuner'' page over the Baozam cloud
*: 10 blinks per second (10 Hz) - ''WiFi setup'' mode

* Yellow LED (middle, pass indicator):
*: 10 blinks per second (10 Hz) - no beam from emitter
*: single blink - input counted
*: triple blink - output counted

* Red LED (top, errors indicator):
*: Under normal conditions this led should not blink.
*: If any errors detected the LED will blink all the errors circle-wise. Time distance between error blinks is one second. The pattern of blink (3Hz) means the following:
*: '''''single''''' (1/10) - WiFi isn't connected, or 10Hz - device couldn't connect to the server
*: '''''double''''' (2) - WiFi module is broken
*: '''''triple''''' (3) - Device couldn't check Coordinated Universal Time
*: '''''quadruple''''' (4) - Internal device timer does not start (timer is broken)
*: '''''quintuple''''' (5) - Internal device timer does not work correctly (rare external high power electromagnetic pulses, water, etc)
*: '''''sextuple''''' (6) - Device internal storage is broken

== WiFi Setup ==
All Baozam devices use the same [[WiFi Setup]] procedure. The difference is in where the setup button is placed and how it looks. The counter ''WiFi setup'' button is inside the ''WiFi setup'' hole above the three colored LEDs on the front of the receiver (Fig. 1 top).
* [[WiFi Setup|Common Baozam device WiFi setup procedure]]

{{Setting and checking the operation of the counter}}

== See also ==
* [[Bidirectional pass counter v.1.x]]
[[Category:PCounter]]
[[ru:Счетчик проходов в двух направлениях]]

Bidirectional pass counter v.2.1

2017-04-13T10:20:56Z

Baya: /* Installation */

== Description ==
The counter consists of two modules:
* receiver - with three LEDs in the middle of the front panel, the ''WiFi setup'' hole above the three LEDs and two holes on the sides of the front panel (Fig. 1 top).
* emitter - with one LED in the middle of the front panel (Fig. 1 bottom).
Both units have a rectangular hole for the power cord at bottom (Fig. 2, rectangular recess in the bottom wall). White boxes on pictures are power cord connectors.

<gallery widths=200>
File:PC2.1-front.jpg|Fig. 1. Front view
File:PC2.1-back.jpg|Fig. 2. Back view
</gallery>

== Specifications ==
{|border=1 cellpadding=5
|-
| Maximum distance between emitter and receiver || 6 meters
|-
| IR wavelength || 940 nm
|-
| Modulation frequency of the IR signal || 38 kHz
|-
| Power supply || 5 — 24 V DC
|-
| Communication standard || 802.11b/g/n (WiFi) network with a password only
|-
| Used communication protocols || TCP / IP, TLS 1.2, HTTPS, WebSocket
|-
|colspan=2| Power Consumption
|-
|align=right| emitter || no more than 100 mW
|-
|align=right| receiver || 1 W
|-
| Operating temperature range || 5°C — 40°C, with relative humidity of 80%
|-
| Dimensions (W x H x D) || 80mm x 40mm x 20mm
|-
| Hull material || ABS plastic
|-
| Color || grey, black
|}

== Installation ==
[[File:Source.over.camera.jpg|thumb|Fig. 3. the color LED of working emitter through smartphone camera]]
# Connect the power cords to the modules. The polarity does not matter.
# Fix the modules on both sides of the aisle at a height of 1.20 — 1.40 meters. The receiver must be placed horizontally (to detect the direction of the input/output).
# Connect the power supply. All LEDs on the receiver should light up for 2 seconds.
# The efficiency of the emitter can be checked by using the smart-phone camera. When you look on the emitter LED from a short distance (couple of centimeters) through the smart-phone camera, LED of working emitter will be of red-blue/purple color (Fig. 3).

=== Receiver LEDs flashing description:===
* Green LED (bottom, state indicator):
*: 1 blink per 5 seconds (0.2 Hz) - normal mode
*: 1 blink per second (1 Hz) - setup mode initiated by ''Tuner'' page over the Baozam cloud
*: 10 blinks per second (10 Hz) - ''WiFi setup'' mode

* Yellow LED (middle, pass indicator):
*: 10 blinks per second (10 Hz) - no beam from emitter
*: single blink - input counted
*: triple blink - output counted

* Red LED (top, errors indicator):
*: Under normal conditions this led should not blink.
*: If any errors detected the LED will blink all the errors circle-wise. Time distance between error blinks is one second. The pattern of blink (3Hz) means the following:
*: '''''single''''' (1/10) - WiFi isn't connected, or 10Hz - device couldn't connect to the server
*: '''''double''''' (2) - WiFi module is broken
*: '''''triple''''' (3) - Device couldn't check Coordinated Universal Time
*: '''''quadruple''''' (4) - Internal device timer does not start (timer is broken)
*: '''''quintuple''''' (5) - Internal device timer does not work correctly (rare external high power electromagnetic pulses, water, etc)
*: '''''sextuple''''' (6) - Device internal storage is broken

== WiFi Setup ==
All Baozam devices use the same [[WiFi Setup]] procedure. The difference is in where the setup button is placed and how it looks. The counter ''WiFi setup'' button is inside the ''WiFi setup'' hole above the three colored LEDs on the front of the receiver (Fig. 1 top).
* [[WiFi Setup|Common Baozam device WiFi setup procedure]]

{{Setting and checking the operation of the counter}}

== See also ==
* [[Bidirectional pass counter v.1.x]]
[[Category:PCounter]]
[[ru:Счетчик проходов в двух направлениях]]

Bidirectional pass counter v.2.1

2017-04-13T10:20:02Z

Baya:

== Description ==
The counter consists of two modules:
* receiver - with three LEDs in the middle of the front panel, the ''WiFi setup'' hole above the three LEDs and two holes on the sides of the front panel (Fig. 1 top).
* emitter - with one LED in the middle of the front panel (Fig. 1 bottom).
Both units have a rectangular hole for the power cord at bottom (Fig. 2, rectangular recess in the bottom wall). White boxes on pictures are power cord connectors.

<gallery widths=200>
File:PC2.1-front.jpg|Fig. 1. Front view
File:PC2.1-back.jpg|Fig. 2. Back view
</gallery>

== Specifications ==
{|border=1 cellpadding=5
|-
| Maximum distance between emitter and receiver || 6 meters
|-
| IR wavelength || 940 nm
|-
| Modulation frequency of the IR signal || 38 kHz
|-
| Power supply || 5 — 24 V DC
|-
| Communication standard || 802.11b/g/n (WiFi) network with a password only
|-
| Used communication protocols || TCP / IP, TLS 1.2, HTTPS, WebSocket
|-
|colspan=2| Power Consumption
|-
|align=right| emitter || no more than 100 mW
|-
|align=right| receiver || 1 W
|-
| Operating temperature range || 5°C — 40°C, with relative humidity of 80%
|-
| Dimensions (W x H x D) || 80mm x 40mm x 20mm
|-
| Hull material || ABS plastic
|-
| Color || grey, black
|}

== Installation ==
[[File:Source.over.camera.jpg|thumb|Fig. 3. LED of working emitter]]
# Connect the power cords to the modules. The polarity does not matter.
# Fix the modules on both sides of the aisle at a height of 1.20 — 1.40 meters. The receiver must be placed horizontally (to detect the direction of the input/output).
# Connect the power supply. All LEDs on the receiver should light up for 2 seconds.
# The efficiency of the emitter can be checked by using the smart-phone camera. When you look on the emitter LED from a short distance (couple of centimeters) through the smart-phone camera, LED of working emitter will be of red-blue/purple color (Fig. 3).

=== Receiver LEDs flashing description:===
* Green LED (bottom, state indicator):
*: 1 blink per 5 seconds (0.2 Hz) - normal mode
*: 1 blink per second (1 Hz) - setup mode initiated by ''Tuner'' page over the Baozam cloud
*: 10 blinks per second (10 Hz) - ''WiFi setup'' mode

* Yellow LED (middle, pass indicator):
*: 10 blinks per second (10 Hz) - no beam from emitter
*: single blink - input counted
*: triple blink - output counted

* Red LED (top, errors indicator):
*: Under normal conditions this led should not blink.
*: If any errors detected the LED will blink all the errors circle-wise. Time distance between error blinks is one second. The pattern of blink (3Hz) means the following:
*: '''''single''''' (1/10) - WiFi isn't connected, or 10Hz - device couldn't connect to the server
*: '''''double''''' (2) - WiFi module is broken
*: '''''triple''''' (3) - Device couldn't check Coordinated Universal Time
*: '''''quadruple''''' (4) - Internal device timer does not start (timer is broken)
*: '''''quintuple''''' (5) - Internal device timer does not work correctly (rare external high power electromagnetic pulses, water, etc)
*: '''''sextuple''''' (6) - Device internal storage is broken

== WiFi Setup ==
All Baozam devices use the same [[WiFi Setup]] procedure. The difference is in where the setup button is placed and how it looks. The counter ''WiFi setup'' button is inside the ''WiFi setup'' hole above the three colored LEDs on the front of the receiver (Fig. 1 top).
* [[WiFi Setup|Common Baozam device WiFi setup procedure]]

{{Setting and checking the operation of the counter}}

== See also ==
* [[Bidirectional pass counter v.1.x]]
[[Category:PCounter]]
[[ru:Счетчик проходов в двух направлениях]]

Combie-Shop

2017-04-13T10:17:10Z

Baya:

[[File:Combie.jpg|400px|thumb|red - WiFi setup button]]

* [[Combie-Shop PCB description]]

== WiFi Setup ==
All Baozam devices use the same [[WiFi Setup]] procedure. The difference is in where the setup button is placed and how it looks. The combie ''WiFi setup'' button is marked by red at Figure.
* [[WiFi Setup|Common Baozam device WiFi setup procedure]]

== Setting and checking the operation of the device ==
All Baozam devices have common interface for tuning via the Internet.
Please, read details at [[Device tuning via the baozam.net website]] page.

== Combie-Shop configuration ==
* [[Magnet detector configuration]]
* [[Metal detector configuration]]
* [[How to prepare alarm sound audio-file for combie]]

[[Category:Combie-Shop|*]]

Template:Setting and checking the operation of the counter

2017-04-13T10:15:03Z

Baya:

==Setting and checking the operation of the device==
All Baozam devices have common interface for tuning via the Internet.
Please, read details at [[Device tuning via the baozam.net website]] page.

=== You should check: ===
If the emitter beam hits the receiver sensors (parameters ''left sensor'' & ''right sensor'').
* Switch on sensor monitors (''left sensor'', ''right sensor''). Normal values range 5 - 6.
* If the reading is less than 5, the emitter and receiver are not aligned or something breaks the beam. Adjust the alignment, clean the beam path.
* If values are greater than 7 look for the source of noise.

The direction of the entrance/exit.
* By default, the input direction is from left to right relatively to the receiver.
* Switch on monitoring parameter ''count_in'' & ''count_out''. Break the beam ...
* Change the direction by using the ''Mode Control'' button. Use the drop-down button ''LEFT to RIGHT is ENTER'' or ''LEFT to RIGHT is EXIT'' to select the desired direction.

=== Important!===
If you have changed any parameter, be sure to save the changes (''Settings'' --> ''Save''). Otherwise, when you switch the device off your settings will be lost.

[[Category:PCounter]]

Template:Setting and checking the operation of the counter

2017-04-13T10:12:38Z

Baya: /* Setting and checking the operation of the device */

MaWTD CONF

2017-04-13T07:33:39Z

Baya: Baya moved page MWTD CONF to MaWTD CONF without leaving a redirect

#redirect [[Magnet with trolley detector configuration]]

MaD CONF

2017-04-13T07:33:25Z

Baya: Baya moved page MD CONF to MaD CONF without leaving a redirect

#redirect [[Magnet detector configuration]]

MeD CONF

2017-04-13T07:32:33Z

Baya: Redirected page to Metal detector configuration

#redirect [[Metal detector configuration]]

Magnet with trolley detector configuration

2017-04-13T07:29:08Z

Baya: /* Adjustment of the parameters for the detection of magnets during metal compensation */

== Parameter group "magnet with trolley" ==
[[File:Combie manual mag with trolley.png|thumb|right|450px|Fig. 1. Detection of magnets with trolley]]
The system responds to a change in the magnetic field in the sensor's operating range.
At the same time, the activation of the magnet is blocked if the metal is simultaneously detected.
These functions are intended for detecting magnets when used on an object (for example, cash registers of hypermarkets), in the area of operation of a system of trolleys with an iron structure, since iron has the properties of a magnet.

These parameter groups allow you to adjust the detection of magnets during metal compensation.
* '''dV''' - the overall response of the system to the magnetic field with metal compensation
* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
* '''K-magnet-2''' - the parameter of taking into account the rate of change of the magnetic field
* '''K-metal''', '''K-metal-2''' - the parameters of accounting for changes and the rate of change during the movement of the metal
* '''Buf size (magnet-2)''' - the size of the history buffer (5 - corresponds to 0.05 sec) for the analysis of changes in the magnetic field
* '''Buf size (metal-2)''' - the size of the history buffer (10 - corresponds to 0.1 sec) for analysis of changes during the movement of metal
* '''th in delay''' / '''th out delay''' - time setting for detection when dV is exceeded above th and at detection loss at dV is less than th
* '''delta_i''' - the indicator variable of the changes during the movement of the metal
* '''delta_m''' - indicator variable of magnetic field changes
* '''state''' - the state of detection of the magnet with trolley
* '''counter''' - the the lifetime magnet events counter.

Figure 1 shows an example of the change in the state of the detection of a magnet (state) in time, depending on the indicator value ('''''dV''''') and the influence of the tuning parameters ('''''th, th in delay, th out delay''''').

== Adjustment of the parameters for the detection of magnets during metal compensation ==
1. The settings of this functionality assumes that the metal detector and magnet detector A (''magnet-A'') were previously set up and operate.

2. To estimate the level of the magnet's influence, use the variable '''''dV''''', which should be included in the monitoring mode.
In the beginning, the system is tuned to the best sensitivity for a magnet using '''''th''''', '''''buf size (magnet-2)''''', '''''K-magnet-2''''', (''K-metal'' = 0, ''K-metal-2'' = 0), taking into account the noise level.

The magnet detector is evaluated using the state and counter variables, as well as on the basis of the external LED indication (red).
If metal compensation is not needed on the object, then the adjustment is completed and thus the system will react to the magnet with the help of sensors A, B independently.

After the settings, save the settings.

3. If it is necessary to adjust the metal compensation when transporting the trolley, the parameters '''''K-metal''''', '''''K-metal-2''''', '''''buf size (metal-2)''''' are selected so that the system does not react to the magnetic field of the trolley when it moves.
At the same time, the system should compromise on the magnet that is in the person, which pushes the trolley ahead of him.

Separately, the effect of metal and magnet can be estimated using the variables '''''delta_i''''' and '''''delta_m''''' in the monitoring mode.

If necessary, adjust '''''th''''', '''''th in delay''''' / '''''th out delay'''''.

After the settings, save the settings.

4. The device can send information about the number of saves of the magnet detector over the period or the message about the operation based on the counter and state variables to account for the statistics of the alarms and synchronization with the video surveillance systems.

To do this, you need to set these variables as streams with the necessary parameters and save the changes.

[[Category:Combie-Shop]]

Magnet detector configuration

2017-04-13T07:28:54Z

Baya:

Parameters groups "magnet-A, magnet-B"

The system responds to a change in the magnetic field in the range of the sensors

These parameter groups allow you to configure the detection of magnets by two sensor magnets separately

== Parameters description ==
[[File:Combie manual magnetdet 2.2.png|thumb|right|450px|Fig. 1: shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay)]]

* '''dV''' - the response of the system over the magnetic field
* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
* '''B (mGs)''' - current level of field strength in mGs measured by the sensor
* '''buffer size''' - the size of the history buffer for analysis (100 - corresponds to 1 second maximum value 250, minimum 10)
* '''buffer window''' - analysis window (50 - corresponds to 0.5 sec). The '''''buffer size''''' / '''''buffer window''''' ratio affects the speed sensitivity of the magnet
* '''th in delay''' & '''th out delay''' - time setting for detection when '''''dV''''' is exceeded above '''''th''''' and at detection loss at '''''dV''''' is less than '''''th'''''
* '''state''' - the state of detection of the magnet
* '''counter''' - the the lifetime magnet events counter.

See figure 1 for details.

== Setting parameters for detecting magnets ==

1. The magnets detection settings are made separately for magnetic sensors A and B, see corresponding '''''magnet-A''''', '''''magnet-B''''' parameter groups.
The difference between the use of sensors A and B is that a separate LED (green) and sound indication is provided only for sensor B.

In order to indicate the alarms through sensor A, you must additionally [[Magnet with trolley detector configuration|configure the '''''magnet with trolley''''']] to detect magnets without metal compensation.
In this case, the light (red) and sound signaling corresponding to the ''magnet with trolley'' functionality will be used.

Sending information on the number of shifts of magnetic detectors for a period or messages about a tripping can be performed on the basis of counter and state variables independently.

2. To assess the level of the magnet's influence, use the variable '''''dV''''', which should be [[Device_tuning_via_the_baozam.net_website#Monitoring|chosen for monitoring]].
The system should tuned to the best sensitivity when detecting moving magnets using the parameters '''''th''''', '''''buffer size''''', '''''buffer window''''', '''''th in delay''''' / '''''th out delay''''', taking into account the noise level.

The magnet detector is evaluated using the state and counter variables, as well as based on the external LED indication (green for ''magnet-B'').

The range of detection depends on the level of magnetic induction of the magnet, the direction of its magnetic field and the speed of motion. For tuning, you can use a standard magnetic puller with an induction of 6-10,000 Gauss.

After the settings, save the settings.

3. False triggering in some cases can be caused by impulse and constant interference at the installation site, for example, when the sliding doors (especially with the DC collector drive) are close (<2 m), when power consumers switch on/off the power line (depends on Parameters of the mains), with close proximity (<0.5 m) of mains power lines, with close location (<25 m) of transport routes (metro, tram, parking). The detuning from false alarms can be performed by a load of sensitivity (increase in '''''th'''''), as well as an increase in the delay in triggering '''''th in delay'''''.

[[Category:Combie-Shop]]

Magnet with trolley detector configuration

2017-04-13T07:28:35Z

Baya:

Magnet detector configuration

2017-04-13T07:23:33Z

Baya:

File:Combie manual mag with trolley.png

2017-04-13T07:23:10Z

Baya: Category:Combie-Shop

[[Category:Combie-Shop]]

Magnet detector configuration

2017-04-13T07:21:56Z

Baya: /* Setting parameters for detecting magnets */

Parameters groups "magnet-A, magnet-B"

The system responds to a change in the magnetic field in the range of the sensors

These parameter groups allow you to configure the detection of magnets by two sensor magnets separately

== Parameters description ==
[[File:Combie manual magnetdet 2.2.png|thumb|right|450px|Fig. 2: shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay)]]

* '''dV''' - the response of the system over the magnetic field
* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
* '''B (mGs)''' - current level of field strength in mGs measured by the sensor
* '''buffer size''' - the size of the history buffer for analysis (100 - corresponds to 1 second maximum value 250, minimum 10)
* '''buffer window''' - analysis window (50 - corresponds to 0.5 sec). The '''''buffer size''''' / '''''buffer window''''' ratio affects the speed sensitivity of the magnet
* '''th in delay''' & '''th out delay''' - time setting for detection when '''''dV''''' is exceeded above '''''th''''' and at detection loss at '''''dV''''' is less than '''''th'''''
* '''state''' - the state of detection of the magnet
* '''counter''' - the the lifetime magnet events counter.

See figure for details.

== Setting parameters for detecting magnets ==

1. The magnets detection settings are made separately for magnetic sensors A and B, see corresponding '''''magnet-A''''', '''''magnet-B''''' parameter groups.
The difference between the use of sensors A and B is that a separate LED (green) and sound indication is provided only for sensor B.

In order to indicate the alarms through sensor A, you must additionally [[Magnet with trolley detector configuration|configure the '''''magnet with trolley''''']] to detect magnets without metal compensation.
In this case, the light (red) and sound signaling corresponding to the ''magnet with trolley'' functionality will be used.

Sending information on the number of shifts of magnetic detectors for a period or messages about a tripping can be performed on the basis of counter and state variables independently.

2. To assess the level of the magnet's influence, use the variable '''''dV''''', which should be [[Device_tuning_via_the_baozam.net_website#Monitoring|chosen for monitoring]].
The system should tuned to the best sensitivity when detecting moving magnets using the parameters '''''th''''', '''''buffer size''''', '''''buffer window''''', '''''th in delay''''' / '''''th out delay''''', taking into account the noise level.

The magnet detector is evaluated using the state and counter variables, as well as based on the external LED indication (green for ''magnet-B'').

The range of detection depends on the level of magnetic induction of the magnet, the direction of its magnetic field and the speed of motion. For tuning, you can use a standard magnetic puller with an induction of 6-10,000 Gauss.

After the settings, save the settings.

3. False triggering in some cases can be caused by impulse and constant interference at the installation site, for example, when the sliding doors (especially with the DC collector drive) are close (<2 m), when power consumers switch on/off the power line (depends on Parameters of the mains), with close proximity (<0.5 m) of mains power lines, with close location (<25 m) of transport routes (metro, tram, parking). The detuning from false alarms can be performed by a load of sensitivity (increase in '''''th'''''), as well as an increase in the delay in triggering '''''th in delay'''''.

[[Category:Combie-Shop]]

Magnet with trolley detector configuration

2017-04-13T07:21:28Z

Baya: Created page with "== Parameter group "magnet with trolley" == The system responds to a change in the magnetic field in the sensor's operating range. At the same time, the activation of the magn..."

== Parameter group "magnet with trolley" ==
The system responds to a change in the magnetic field in the sensor's operating range.
At the same time, the activation of the magnet is blocked if the metal is simultaneously detected.
These functions are intended for detecting magnets when used on an object (for example, cash registers of hypermarkets), in the area of operation of a system of trolleys with an iron structure, since iron has the properties of a magnet.

These parameter groups allow you to adjust the detection of magnets during metal compensation.
* '''dV''' - the overall response of the system to the magnetic field with metal compensation
* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
* '''K-magnet-2''' - the parameter of taking into account the rate of change of the magnetic field
* '''K-metal''', '''K-metal-2''' - the parameters of accounting for changes and the rate of change during the movement of the metal
* '''Buf size (magnet-2)''' - the size of the history buffer (5 - corresponds to 0.05 sec) for the analysis of changes in the magnetic field
* '''Buf size (metal-2)''' - the size of the history buffer (10 - corresponds to 0.1 sec) for analysis of changes during the movement of metal
* '''th in delay''' / '''th out delay''' - time setting for detection when dV is exceeded above th and at detection loss at dV is less than th
* '''delta_i''' - the indicator variable of the changes during the movement of the metal
* '''delta_m''' - indicator variable of magnetic field changes
* '''state''' - the state of detection of the magnet with trolley
* '''counter''' - the the lifetime magnet events counter.

Figure 1 shows an example of the change in the state of the detection of a magnet (state) in time, depending on the indicator value ('''''dV''''') and the influence of the tuning parameters ('''''th, th in delay, th out delay''''').

MaWTD CONF

2017-04-13T07:17:14Z

Baya: Redirected page to Magnet with trolley detector configuration

#redirect [[Magnet with trolley detector configuration]]

MaD CONF

2017-04-13T07:16:08Z

Baya: Redirected page to Magnet detector configuration

#redirect [[Magnet detector configuration]]

Magnet detector configuration

2017-04-13T07:15:42Z

Baya: /* Setting parameters for detecting magnets */

Parameters groups "magnet-A, magnet-B"

The system responds to a change in the magnetic field in the range of the sensors

These parameter groups allow you to configure the detection of magnets by two sensor magnets separately

== Parameters description ==
[[File:Combie manual magnetdet 2.2.png|thumb|right|450px|Fig. 2: shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay)]]

* '''dV''' - the response of the system over the magnetic field
* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
* '''B (mGs)''' - current level of field strength in mGs measured by the sensor
* '''buffer size''' - the size of the history buffer for analysis (100 - corresponds to 1 second maximum value 250, minimum 10)
* '''buffer window''' - analysis window (50 - corresponds to 0.5 sec). The '''''buffer size''''' / '''''buffer window''''' ratio affects the speed sensitivity of the magnet
* '''th in delay''' & '''th out delay''' - time setting for detection when '''''dV''''' is exceeded above '''''th''''' and at detection loss at '''''dV''''' is less than '''''th'''''
* '''state''' - the state of detection of the magnet
* '''counter''' - the the lifetime magnet events counter.

See figure for details.

== Setting parameters for detecting magnets ==

1. The magnets detection settings are made separately for magnetic sensors A and B, see corresponding '''''magnet-A''''', '''''magnet-B''''' parameter groups.
The difference between the use of sensors A and B is that a separate LED (green) and sound indication is provided only for sensor B.

In order to indicate the alarms through sensor A, you must additionally [[Magnet with trolley detector configuration|configure the '''''magnet with trolley''''' group]] to detect magnets without metal compensation.
In this case, the light (red) and sound signaling corresponding to the ''magnet with trolley'' functionality will be used.

Sending information on the number of shifts of magnetic detectors for a period or messages about a tripping can be performed on the basis of counter and state variables independently.

2. To assess the level of the magnet's influence, use the variable '''''dV''''', which should be [[Device_tuning_via_the_baozam.net_website#Monitoring|chosen for monitoring]].
The system should tuned to the best sensitivity when detecting moving magnets using the parameters '''''th''''', '''''buffer size''''', '''''buffer window''''', '''''th in delay''''' / '''''th out delay''''', taking into account the noise level.

The magnet detector is evaluated using the state and counter variables, as well as based on the external LED indication (green for ''magnet-B'').

The range of detection depends on the level of magnetic induction of the magnet, the direction of its magnetic field and the speed of motion. For tuning, you can use a standard magnetic puller with an induction of 6-10,000 Gauss.

After the settings, save the settings.

3. False triggering in some cases can be caused by impulse and constant interference at the installation site, for example, when the sliding doors (especially with the DC collector drive) are close (<2 m), when power consumers switch on/off the power line (depends on Parameters of the mains), with close proximity (<0.5 m) of mains power lines, with close location (<25 m) of transport routes (metro, tram, parking). The detuning from false alarms can be performed by a load of sensitivity (increase in '''''th'''''), as well as an increase in the delay in triggering '''''th in delay'''''.

[[Category:Combie-Shop]]

Magnet detector configuration

2017-04-13T07:14:19Z

Baya:

Parameters groups "magnet-A, magnet-B"

The system responds to a change in the magnetic field in the range of the sensors

These parameter groups allow you to configure the detection of magnets by two sensor magnets separately

== Parameters description ==
[[File:Combie manual magnetdet 2.2.png|thumb|right|450px|Fig. 2: shows an example of the change in the state of the state in time, depending on the indicator value (dV) and the influence of the tuning parameters (th, th in delay, th out delay)]]

* '''dV''' - the response of the system over the magnetic field
* '''th''' - sensitivity detection setting. The parameter values are selected based on the noise level (0.25 ... 10.0)
* '''B (mGs)''' - current level of field strength in mGs measured by the sensor
* '''buffer size''' - the size of the history buffer for analysis (100 - corresponds to 1 second maximum value 250, minimum 10)
* '''buffer window''' - analysis window (50 - corresponds to 0.5 sec). The '''''buffer size''''' / '''''buffer window''''' ratio affects the speed sensitivity of the magnet
* '''th in delay''' & '''th out delay''' - time setting for detection when '''''dV''''' is exceeded above '''''th''''' and at detection loss at '''''dV''''' is less than '''''th'''''
* '''state''' - the state of detection of the magnet
* '''counter''' - the the lifetime magnet events counter.

See figure for details.

== Setting parameters for detecting magnets ==

1. The magnets detection settings are made separately for magnetic sensors A and B, see corresponding '''''magnet-A''''', '''''magnet-B''''' parameter groups.
The difference between the use of sensors A and B is that a separate LED (green) and sound indication is provided only for sensor B.

In order to indicate the alarms through sensor A, you must additionally configure the '''''magnet with trolley''''' group to detect magnets without metal compensation.
In this case, the light (red) and sound signaling corresponding to the ''magnet with trolley'' functionality will be used.

Sending information on the number of shifts of magnetic detectors for a period or messages about a tripping can be performed on the basis of counter and state variables independently.

2. To assess the level of the magnet's influence, use the variable '''''dV''''', which should be [[Device_tuning_via_the_baozam.net_website#Monitoring|chosen for monitoring]].
The system should tuned to the best sensitivity when detecting moving magnets using the parameters '''''th''''', '''''buffer size''''', '''''buffer window''''', '''''th in delay''''' / '''''th out delay''''', taking into account the noise level.

The magnet detector is evaluated using the state and counter variables, as well as based on the external LED indication (green for ''magnet-B'').

The range of detection depends on the level of magnetic induction of the magnet, the direction of its magnetic field and the speed of motion. For tuning, you can use a standard magnetic puller with an induction of 6-10,000 Gauss.

After the settings, save the settings.

3. False triggering in some cases can be caused by impulse and constant interference at the installation site, for example, when the sliding doors (especially with the DC collector drive) are close (<2 m), when power consumers switch on/off the power line (depends on Parameters of the mains), with close proximity (<0.5 m) of mains power lines, with close location (<25 m) of transport routes (metro, tram, parking). The detuning from false alarms can be performed by a load of sensitivity (increase in '''''th'''''), as well as an increase in the delay in triggering '''''th in delay'''''.

[[Category:Combie-Shop]]

Device tuning via the baozam.net website

2017-04-13T07:00:46Z

Baya:

[[File:Any device tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of the site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:''NB'' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

:''NB'' Currently server does not process streamed parameter values during device tuning session!

== Warning!!!==
* <div style='background:#ecc'>''NB'' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>
* ''NB'' Be careful when changing "Base" parameters.

[[Category:Combie-Shop]]
[[Category:PCounter]]

Device tuning via the baozam.net website

2017-04-13T07:00:02Z

Baya:

File:Any device tuning.png

2017-04-13T06:59:43Z

Baya:

Device tuning via the baozam.net website

2017-04-12T09:06:29Z

Baya: /* Streaming */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of the site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:''NB'' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

:''NB'' Currently server does not process streamed parameter values during device tuning session!

== Warning!!!==
* <div style='background:#ecc'>''NB'' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>
* ''NB'' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T09:05:36Z

Baya: /* Monitoring */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of the site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:''NB'' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

:''NB'' Currently server does not save streamed parameters during device tuning session!

== Warning!!!==
* <div style='background:#ecc'>''NB'' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>
* ''NB'' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T09:05:27Z

Baya: /* Warning!!! */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of the site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:'''NB''' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

:''NB'' Currently server does not save streamed parameters during device tuning session!

== Warning!!!==
* <div style='background:#ecc'>''NB'' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>
* ''NB'' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T09:05:08Z

Baya: /* Streaming */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of the site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:'''NB''' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

:''NB'' Currently server does not save streamed parameters during device tuning session!

== Warning!!!==
* <div style='background:#ecc'>'''NB''' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>
* '''NB''' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T09:01:01Z

Baya: /* Common interface - Tuner page */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of the site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:'''NB''' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

== Warning!!!==
* <div style='background:#ecc'>'''NB''' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>
* '''NB''' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T08:59:57Z

Baya: /* Warning!!! */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:'''NB''' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

== Warning!!!==
* <div style='background:#ecc'>'''NB''' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>
* '''NB''' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T08:59:39Z

Baya: /* Monitoring */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

:'''NB''' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

== Warning!!!==
<div style='background:#ecc'>'''NB''' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>

'''NB''' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T08:59:18Z

Baya:

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

'''NB''' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

== Warning!!!==
<div style='background:#ecc'>'''NB''' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>

'''NB''' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T08:58:31Z

Baya:

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

'''NB''' Monitoring working only in ''Setup mode''

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

<div style='background:#ecc'>'''NB''' If you have changed any parameter value or stream period you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>

'''NB''' Be careful when changing "Base" parameters.

Device tuning via the baozam.net website

2017-04-12T08:56:51Z

Baya: /* Tuning parameters */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter pressing''''' the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

<div style='background:#ecc'>'''NB''' If you have changed any parameter you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>

'''NB''' Be careful when changing "Base" parameters.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

Device tuning via the baozam.net website

2017-04-12T08:55:41Z

Baya: /* Common interface - Tuner page */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner page''.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter''''' pressing the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

<div style='background:#ecc'>'''NB''' If you have changed any parameter you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>

'''NB''' Be careful when changing "Base" parameters.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.

Device tuning via the baozam.net website

2017-04-12T08:54:58Z

Baya: /* Tuning parameters */

[[File:Pass counter tuning.png|thumb|450px|Fig. 1. Sample device tuning page. Monitor switch is rounded by red line]]

== Common interface - Tuner page ==

All Baozam devices have common interface for tuning via the Internet. Any person registered at [http://baozam.net baozam.net] can adjust parameters of accessible devices.
The simplest way to access ''Tuner'' page of device is to use the '''''Inventory''''' -> '''''Hosts''''' section of site (through menu).
This section presents the list of accessible devices.
At the line with name of corresponding device click on the '''''Tuner button'''''.
You will be redirected to the device's ''Tuner'' page.
At beginning, until the device connected, all parameters at Tuner are grey
- it is means that you are connected to server and is requesting a setup device session, but the device is not open the session still.

The device will go into the ''Setup mode'' (open the session) after the next transferring data to the cloud.
The device sends the data to the cloud every five (5) minutes.
In some cases (depend on device's settings) devices send data to the server immediately after events.
Anybody can trigger such event to skip 5 minutes interval.

After session opening you will see the blue message (with short beep) about connected devices and all parameters become accessible and colored.

== Parameter groups ==
All device parameters are grouped. You can show/hide any group by clicking '''''white''''' button on top-right corner of the page.

== Tuning parameters ==
You can change any parameter just by selecting it by mouse, entering the new value with keyboard and pressing the key '''''Enter'''''. Immediately after '''''Enter''''' pressing the new value of parameter will be sent to device. And device accept it or return the message about error. During short time between sending new value and receiving confirmation the adjustable parameter will be yellow/orange colored.

<div style='background:#ecc'>'''NB''' If you have changed any parameter you should save changes (click blue button Settings -> Save; right-top corner of page)
or after rebooting all you changes will lost.</div>

'''NB''' Be careful when changing "Base" parameters.

== Parameter types ==
There are two types of parameters:
* ''Configurable'' - marked by green color. Based on these parameters, the device performs measurements and calculates the required values.
* ''Measurable'' - marked by blue color. Measured and calculated parameters. Any of these parameters can be monitored or streamed.

=== Monitoring ===
To monitor parameter click on the switch on chosen parameter (Fig. 1; Switch is rounded by red line).
When parameter marked for monitoring the device starts send the value of parameter to the clients as soon as device can.
Depend on the parameter throughput it will be shown at '''''Monitor section''''' as ''running curve'' or as ''oscillogram''.
Use checkboxes in ''Monitor section'' to adjust monitored data view.

=== Streaming ===
All measurable parameters can be sent to server for later analyses or triggering events.
You can set the period of parameter sending just by clicking on the name of parameter.
The special window will be opened.
After choosing appropriate values press button '''''Run'''''.
To stop streaming just open the same window and press '''''Stop'''''.