Changes for page 05 Objects

Last modified by Jett on 2025/07/04 09:41

From 87.1 to 87.2 From 87.7 to 87.8

From version 87.2

edited by Hunter
on 2024/02/19 10:47

Change comment: There is no comment for this version

To version 87.7

edited by Hunter
on 2024/02/19 14:37

Change comment: There is no comment for this version

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@@ -17,8 +17,10 @@
  **Read-write**
--* **Write Address: **Bit switch controls PLC or HMI address.
--* **Read Address: **Read and display PLC or HMI bit address state.
++* **Write Address: **Bit address operation control for HMI or PLC.
++* **Read**: Enable the monitoring the read address or not.
++* **Same read-write address**: Enable it if want to the read address and write address is exactly same.
++* **Read Address: **Monitoring address.
  **Mode**
@@ -25,7 +25,7 @@
  * **Set OFF:** Set off the write address.
  * **Set ON:** Set on the write address.
  * **Momentary:** Set on the write address when switch is pressed, and reset the address when switch is released.
--* **Delay: **Interval for keep on the write address. For example: For example: Assign the delay time as 500, write address will be reset after release button in 0.5 second.
++* **Delay: **Interval for keep on the write address. For example: Assign the delay time as 500, write address will be reset after release button in 0.5 second.
  * **Switch:** Switch between True(1) and False(0) when switch is triggered.
  **Display**
@@ -32,9 +32,9 @@
  * **Inverted Display: **Display the state picture and text of the object reversely.
  * **Quick Read: **The priority of read and write is higher than any other objects on the same screen.
--* **Blink: **Control the state of blink by the bit address of control bit. Blinking while control bit is triggered, the frequency is editable;
--** **Blink when ON: **blink when control bit is ON.
--** **Blink when OFF: **blink when control bit is OFF.
++* **Blink: **Blinking while control bit is triggered;
++** **Blink when ON: **Blink when control bit is ON.
++** **Blink when OFF: **Blink when control bit is OFF.
  **Minimum hold time: **Only when the time of press and hold the object is greater than the set value, the object function will be executed.
@@ -197,18 +197,20 @@
  (% style="text-align:center" %)
  [[image:6.Objects_html_273aed06eb8f10f9.gif||class="img-thumbnail"]]
--**Address**: It is for setting specified PLC or HMI bit address。
++**Address**: Monitoring and display the address status.
  **Hide**
--* **Inverted Display: **Display reverse state of the picture and text. *for example, the value of write address is set ON, the OFF mode is displayed.
--* **Blinking: **Blinking while control bit is triggered, the frequency is editable;
--** Blink when ON: blink when control bit is ON.
--** Blink when OFF: blink when control bit is OFF.
--* **Hide: **Display or hide object by "Control Bit" state.
--* **Control bit: **For hide control.
--** **Hide mode: **hide when OFF; hide when ON;it could not operate if [Invisible] is checked.
--** **Invisible:** object keeps hidden during project running.
++* **Inverted Display: **Display reverse state of the picture and text. For example, the value of write address is on (Corresponding to state 1), while the graphic of off (Corresponding to state 0) is displayed.
++* **Quick Read: **The priority of read and write is higher than any other objects on the same screen.
++* **Blink: **Blink condition;
++** Blink when ON: blink when read address is ON.
++** Blink when OFF: blink when read address is OFF.
++* **Hide: **Control the hide status of object via Control Bit's state. Hide object cannot be operated at all.
++* **Control Bit: **Hide condition.
++** **Hide when OFF**: Hide when control bit is OFF.
++** **Hide when ON**: Hide when control bit is ON.
++** **Invisible:** Object is always keeps hidden during project running.
  (% class="box infomessage" %)
  (((
@@ -226,21 +226,20 @@
  **Edit**
--* **Read address: **Read value from specified address.
++* **Read address: **Read value from object display.
++* **Same read-write address**: Enable it if want to the read address and write address is exactly same.
  * **Write address: **Write value to specified address.
--Read and write address could be the same;
--
  **Data format**
--* **Format**: It is for setting operating data format; it could support seven modes.
++* **Format**: Set the data format: 16bit BCD, 16bit Unsigned, 16bit Signed, 32bit BCD, 32bit Unsigned, 32bit Signed, 32bit Float.
--**Mode**. It is for setting operating mode for value, it could support 3 modes.
++**Mode**
  * **Set value: **Set a constant value for the word address.
--* **Increase: **Increase the [operand] value for each time the switch is triggered.
--* **Decrease:** Decrease the [operand] value for each time the switch is triggered.
--* **High/Low limit:** The value will not increase/decrease when the value reaches limits.
++* **Increase: **Increase Operand value for each time the switch is triggered.
++* **Decrease:** Decrease Operand value for each time the switch is triggered.
++* **High/Low limit:** The value will be not able to change when the value reaches limits.
  (% class="box infomessage" %)
  (((
@@ -261,53 +261,45 @@
  **Address**
--* **Read address:** read the value from specified address.
++* **Read address:** Read the value from object display.
++* **States count: **Total status number for current word address, which could change the state value according to different status in button [State values], range: 1-256.
++* **State with value out of range**: When the value of the read address is not on the range of states' value, it will cause no corresponding status number is displayed. There are two modes for process when the value is out of range.
++* **Hide**: Hide the object when the value is out of range;
++* **Show state**: Specify a status when the value is out of range, for example the total states is 6(range from state No.0~~No.5), but the read value is 6, at this moment the object will show the state No.0 if selected item of show state is No.0;
--**States settings**
--
--* **States count: **The default Word state displays the number of States 1, which could be selected by the drop-down list to display the state of object, range: 1-256.
--* **State value: **Users could set different values to correspond to different states, the setting window as below figure shows.
--
  **For example**
--By default, when value of read address is 0, object displays state 0.
++The state No.0 default fill value 0, No.1 default fill value 1... and so on.
  If change settings as below figure shows
--When value of read address is 11, object displays state 1.
++When value of read address is 11, object displays state No.1.
  (% style="text-align:center" %)
  [[image:6.Objects_html_da9a6696f320b427.gif||class="img-thumbnail"]]
--**State of value out of range: **When the value of read address exceeds the maximum state number, there is no corresponding state to be displayed. So there are two modes of processing for it: "Hide" and "Show state"
--
--**Hide: **When the value of the read address exceeds the set range value, the word state display object will be blank.
--
--**Show state: **When the value of the read address exceeds the set range value, the object will display the "Specified state". For example, set the maximum is state 7 (value is 6), when the read address of the value is greater than 6, it will display state 2 text and pictures.
--
  **Transform state**
--* **Quick Read: **Directly read the value of the connected device without going through the HMI cache
++* **Quick Read: **The priority of read and write is higher than any other objects on the same screen.
  * **Auto transforms:** Object switch states automatically
  (% style="text-align:center" %)
  [[image:6.Objects_html_b643c9a6a4bd6919.gif||class="img-thumbnail"]]
--**Trigger:**Control bit to enable switch automatically
++* **Trigger to transform: **Trigger condition of auto transform
++* **Auto return:** Return to the initial state after reaching the final state;
++* **Time of transform:** Set the interval of transform between two states;
++* **Dynamic interval: **Set the dynamic interval of transform between two states. If the value in address is 10, then the frequency of automatic switching state is 10*100ms = 1s.
--* **Auto return:** return to the initial state after reaching the final state;
--* **Time of transform:** it is used for setting the frequency in automatic switching state. Unit: 100ms.
--* **Dynamic interval: **set the frequency of automatic switching state and read it from the address. Unit: 100ms. If the value in address is 10, then the frequency of automatic switching state is 10*100ms = 1s.
--
  **Manual**
  (% style="text-align:center" %)
  [[image:6.Objects_html_a8b6636bd862369c.gif||class="img-thumbnail"]]
--* **Set state: **Set a constant value for the word address.
--* **State increase: **Increase state for each time the switch is triggered.
--* **State decrease:** Decrease state for each time the switch is triggered.
--* **Last state:** The state will not increase/decrease when reaches limits.
++* **Set state: **Set a constant value to address(according to the operate state selection) when click the object.
++* **State increase: **Increase the address value by one step when click the object, the upper limit is depends on the Last state selection.
++* **State decrease:** Decrease the address value by one step when click the object, the lower limit is depends on the Last state selection..
++* **Last state: **The upper limit or lower limit(Final state) of state increase/decrease;
  (% class="box infomessage" %)
  (((
@@ -314,9 +314,9 @@
  ✎**Note:** For [[text>>https://docs.we-con.com.cn/bin/view/PIStudio/7.Library/#HText]]/[[graphics>>https://docs.we-con.com.cn/bin/view/PIStudio/06.Objects/#HGraphic]]/[[security>>https://docs.we-con.com.cn/bin/view/PIStudio/06.Objects/#HSecurity]]/[[animations>>https://docs.we-con.com.cn/bin/view/PIStudio/06.Objects/#HAnimation]], see the "[[Bit Switch>>path:https://docs.we-con.com.cn/bin/view/PIStudio/06.Objects/#HBitswitch]]".
  )))
--== Keypad switch ==
++== Button ==
--Keypad switch is designed to input data manually; this object need to work with the Keypad.User could assign letters or numbers for each switch, when the switch is triggered the data will input to the textbox.
++Button is designed to input data manually; this object need to work with the numeric input and character input. User could assign letters or numbers for each button.
  **Description**

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