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04:3704:37, 16 August 2025 Touch Toggle Demux (hist | edit) [1,199 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoTouchToggleDemux.png == Summary == Routes a single touch input to one of two outputs (True or False) based on the state of a boolean select signal. == Description == The Touch Toggle Demux component works like a two-way switch for touch signals. The incoming In touch value is directed to either the True or False output, depending on the Select pin state. The Initial Select Value property sets which output is active at startup. This makes it useful...")
04:3104:31, 16 August 2025 Touch Mux(Multi channel Switch) (hist | edit) [1,285 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoTouchMuxMultiChannelSwitch.png == Summary == Routes one of multiple touch inputs to a single output, based on a channel selection. == Description == The Touch Mux (Multi Channel Switch) component selects one of several touch input channels and forwards it to the Out pin. The Select input chooses which input channel is active. The Initial Channel property defines which input is active at startup. The Input Pins property sets how many touch inputs ar...")
04:2504:25, 16 August 2025 Touch Value (hist | edit) [1,151 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoTouchValue.png == Summary == Generates a touch output based on configured values and states. == Description == The Touch Value component allows you to define and manage touch states programmatically. Through the Elements property, you can configure individual touch states and their associated values. The Value Elements property provides a way to assign and update specific value mappings used in touch interaction. This component is useful for simula...")
04:1504:15, 16 August 2025 Digital (Boolean) Xor (hist | edit) [980 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoBooleanXor.png == Summary == Outputs True if an odd number of Boolean inputs are True. == Description == The Digital (Boolean) Xor component performs a logical exclusive OR (XOR) operation across multiple Boolean inputs. The output is True when an odd number of inputs are True. The output is False when all inputs are False or when an even number of inputs are True. This makes it useful for conditions where you want a toggle-like behavior or detect...")
04:1204:12, 16 August 2025 Boolean (Digital) Or (hist | edit) [878 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoBooleanOr.png == Summary == Outputs True if any Boolean input is True. == Description == The Boolean (Digital) Or component performs a logical OR operation across multiple Boolean inputs. If one or more inputs are True, the output is True. If all inputs are False, the output is False. This component is useful when you want to trigger an action if at least one condition is satisfied. Diagram: Image:TArduinoBooleanOr.Preview.png == Cate...")
04:0804:08, 16 August 2025 Digital (Boolean) And (hist | edit) [917 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoBooleanAnd.png == Summary == Outputs True only when all Boolean inputs are True. == Description == The Digital (Boolean) And component performs a logical AND operation across multiple Boolean inputs. If all inputs are True, the output is True. If one or more inputs are False, the output is False. This component is useful for combining multiple conditions where all must be satisfied before triggering an action. Diagram: Image:TArduinoAndB...")
03:5803:58, 16 August 2025 Digital (Boolean) Change Only (hist | edit) [944 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoBooleanChangeOnly.png == Summary == Passes the Boolean signal to the output only when its value changes. == Description == The Digital (Boolean) Change Only component filters a Boolean input and outputs it only when the value transitions (from True → False or False → True). If the input remains constant, no output is generated. This is useful for reducing redundant signal updates, triggering logic only on state changes, and preventing unnecessary...")
03:5303:53, 16 August 2025 ZS-042 Real Time Alarm Clock(RTC) DS3231 and EEPROM (hist | edit) [3,619 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRTCZS042.png == Summary == Provides real-time clock functionality with dual alarms, temperature-compensated accuracy, onboard EEPROM, and temperature output using the DS3231 RTC chip (ZS-042 module). == Description == The ZS-042 Real Time Alarm Clock (RTC) DS3231 and EEPROM component interfaces with the DS3231 RTC chip over I²C, providing highly accurate, temperature-compensated timekeeping. It supports two independent alarms with flexible match mode...")
03:4103:41, 16 August 2025 Real Time Alarm Clock(RTC) PCF8563/BM8563 (hist | edit) [2,559 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRTCPFC8563.png == Summary == Provides real-time clock functionality with alarms and timer support using the PCF8563 or BM8563 RTC chip over I²C. == Description == The Real Time Alarm Clock (RTC) PCF8563/BM8563 component interfaces with the NXP PCF8563 (and compatible BM8563) real-time clock via the I²C bus. It offers precise timekeeping, alarm scheduling, programmable clock output, and a countdown timer with interrupt support. This component is use...")
03:3103:31, 16 August 2025 Real Time Alarm Clock(RTC) PCF8523 (hist | edit) [3,798 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRTCPFC8523.png == Summary == Provides real-time clock functionality with alarms, timers, and power management using the PCF8523 RTC chip over I²C. == Description == The Real Time Alarm Clock (RTC) PCF8523 component interfaces with the NXP PCF8523 real-time clock via the I²C bus. It supports accurate timekeeping, programmable alarms, timers, power management, and watchdog functionality. This component is useful for: Projects requiring time-based ev...")
03:1103:11, 16 August 2025 Radio Time DCF77 (hist | edit) [1,733 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDCF77.png == Summary == Receives and decodes longwave time signals from the DCF77 radio station to provide accurate date and time. == Description == The DCF77 component synchronizes system time using the German DCF77 longwave time signal (broadcast at 77.5 kHz from Mainflingen, near Frankfurt). DCF77 carries highly accurate time information derived from atomic clocks, including date, time, and daylight saving adjustments. This component is especially...")
01:1601:16, 16 August 2025 Network Time Protocol (hist | edit) [1,603 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoNetworkTimeProtocol.png == Summary == Retrieves the current date and time from the Internet using the Network Time Protocol (NTP). == Description == The Network Time Protocol component synchronizes the system’s date/time with global NTP servers over the internet. It requests precise time data via NTP and outputs it as a Date/Time value. You can configure a Base Date, apply a Daylight Offset, and adjust for a Time Zone Offset. Optionally, the compon...")
01:1101:11, 16 August 2025 Internet Time Protocol (hist | edit) [1,652 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInternetTimeProtocol.png == Summary == Retrieves the current date and time from the Internet using the Internet Time Protocol (NTP). == Description == The Internet Time Protocol component synchronizes the system’s date/time with global time servers over the internet. It communicates using NTP (Network Time Protocol) to fetch precise time values and outputs them as a Date/Time value. You can configure a Base Date, apply a Daylight Offset, and adjust...")
01:0101:01, 16 August 2025 CPU Time (hist | edit) [1,367 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoCPUTime.png == Summary == Provides CPU uptime in milliseconds and microseconds, and allows creation of software clocks. == Description == The CPU Time component outputs the elapsed time since the CPU started running, available both in Milliseconds and Microseconds. In addition, you can configure Elements that act as software clocks. Each software clock can be set to a specific current time, after which it will continue to update and provide a running...")

12:4212:42, 15 August 2025 Compare Date/Time Range (hist | edit) [2,144 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDateTimeCompareRange.png == Summary == Checks whether a Date/Time input is within or outside a specified range. == Description == The Compare Date/Time Range component evaluates the incoming Date/Time value on In and determines if it lies inside or outside the configured range between Range Min and Range Max. The Items property allows you to choose which parts of the Date/Time (Years, Months, Days, Hours, Minutes, Seconds, Milliseconds, Week Days) are...")
12:3312:33, 15 August 2025 Date/Time Demux(Multiple Output channel Switch) (hist | edit) [1,261 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDateTimeDemuxMultipleOutputChannelSwitch.png == Summary == Routes a Date/Time input to one of multiple outputs based on a channel selection. == Description == The Date/Time Demux (Multiple Output Channel Switch) component allows a single Date/Time input to be directed to one of several output pins depending on the Select pin value. Initial Channel sets the default output channel when the component starts. Output Pins defines the number of output cha...")
09:2609:26, 15 August 2025 Decode(Split) Date/Time (hist | edit) [1,329 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDecodeDateTime.png == Summary == Extracts individual date and time elements from a Date/Time input. == Description == The Decode (Split) Date/Time component takes a Date/Time value from its In pin and splits it into its constituent parts: Year, Month, Day, Hour, Minute, Second, and Millisecond. Each element is output through its corresponding pin for use in other components or logic. This is useful in: Robotics – breaking down timestamps for loggi...")
09:2209:22, 15 August 2025 Encode(Make) Date/Time (hist | edit) [1,779 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoEncodeDateTime.png == Summary == Builds a complete Date/Time value from individual date and time inputs or predefined initial values. == Description == The Encode (Make) Date/Time component assembles a full Date/Time output from separate date and time elements such as Year, Month, Day, Hour, Minute, Second, and Millisecond. If an input pin is unconnected, the corresponding value is taken from the Initial Value property. When the Clock pin is triggered...")
09:1609:16, 15 August 2025 Add Date/Time (hist | edit) [1,667 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDateTimeAdd.png == Summary == Adds a fixed offset to a Date/Time input as specified in the component’s properties. == Description == The **Add Date/Time** component modifies the incoming Date/Time value by adding exactly the amounts set in its properties. Each property (years, months, days, hours, minutes, seconds, milliseconds) contributes to the total offset applied. If a property is left at zero, that unit of time is unchanged. No additiona...")
09:0709:07, 15 August 2025 Ignore Date/Time Values (hist | edit) [1,315 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIgnoreDateTimeValues.png == Summary == Configurable Date/Time filter that forwards or suppresses values based on equality and “before” rules. == Description == The **Ignore Date/Time Values** component compares the incoming **In** value against the configured **Value**. Its behavior is controlled by: - **Pass Equal Values** – when **True**, inputs equal to **Value** are forwarded; when **False**, they are suppressed. - **Pass Values Before...")
09:0309:03, 15 August 2025 Ignore Date/Time Ranges (hist | edit) [1,535 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIgnoreDateTimeRanges.png == Summary == Filters Date/Time values based on one or more configurable time ranges. == Description == The **Ignore Date/Time Ranges** component compares the incoming **In** value against a set of user-defined **Range** elements. Each range specifies minimum and maximum Date/Time limits, along with inclusion rules for the boundaries. If the input falls within any of the defined ranges (respecting the “equal” settings)...")
08:5808:58, 15 August 2025 Date/Time Toggle Demux (hist | edit) [1,125 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDateTimeToggleDemux.png == Summary == Directs a Date/Time input to one of two outputs based on a boolean control signal. == Description == The **Date/Time Toggle Demux** component outputs the Date/Time input to either the **True** or **False** output depending on the **Select** pin. - **Initial Select Value** sets the default output path when the component starts. This component is useful for dynamically routing Date/Time signals based on a boole...")
08:5408:54, 15 August 2025 Date/Time Multi Source (hist | edit) [989 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDateTimeMultiSource.png == Summary == Splits a Date/Time input into multiple outputs based on the configured number of output pins. == Description == The **Date/Time Multi Source** component allows you to distribute a single Date/Time input across multiple output pins. You can set the number of output pins via the **Output Pins** property (default: 2). Each output pin will carry the same Date/Time value from the input, enabling parallel processing...")
08:0108:01, 15 August 2025 Date/Time Change Only (hist | edit) [1,085 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoDateTimeChangeOnly.png == Summary == Outputs a new Date/Time value only when it changes from the previously stored value. == Description == The **Date/Time Change Only** component monitors the incoming **In** Date/Time signal and compares it to the last output value. If the value is different, the new Date/Time is passed to **Out**. If it is the same, no update is sent, reducing unnecessary downstream updates. This is useful for: - **Data logging...")
07:5607:56, 15 August 2025 Min Date/Time Value (hist | edit) [1,176 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoMinValueDateTime.png == Summary == Tracks and outputs the earliest (minimum) Date/Time value from the input; a reset pin clears the detection. == Description == The **Min Date/Time Value** component monitors the incoming **In** signal and keeps the earliest Date/Time value received since the last reset or since startup. When **Reset** is triggered, the stored minimum is cleared, and the next incoming value becomes the new baseline for tracking. Thi...")
07:5407:54, 15 August 2025 Max Date/Time Value (hist | edit) [1,179 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoMaxValueDateTime.png == Summary == Tracks and outputs the latest (maximum) Date/Time value from the input; a reset pin clears the detection. == Description == The **Max Date/Time Value** component monitors the incoming **In** signal and keeps the most recent (latest) Date/Time value received since the last reset or since startup. When **Reset** is triggered, the stored maximum is cleared, and the next incoming value becomes the new baseline for trac...")
07:4707:47, 15 August 2025 3D Orientation Snapshot (hist | edit) [1,404 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino3DOrientationSnapshot.png == Summary == Captures and holds a 3D orientation value on a snapshot trigger. == Description == The **3D Orientation Snapshot** component stores the orientation present at its **In** pin when the **Snapshot** pin is triggered. The stored value is held and output continuously until another snapshot event occurs. This is useful for “freezing” the 3D orientation state at a specific moment for further processing or outpu...")
07:4307:43, 15 August 2025 3D Orientation Change Only (hist | edit) [1,360 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino3DOrientationChangeOnly.png == Summary == Outputs a 3D orientation only when it changes from the previous value. == Description == The **3D Orientation Change Only** component monitors the incoming 3D orientation signal and compares it to the last output value. If the orientation changes, the new value is passed to **Out**; if it remains the same, no output update is sent. This helps prevent unnecessary updates in systems where only changes are re...")
07:3807:38, 15 August 2025 Remember 3D Orientation Value (hist | edit) [1,607 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRemember3DOrientationValue.png == Summary == Stores and recalls a 3D orientation value on command. == Description == The **Remember 3D Orientation Value** component allows you to store the current incoming 3D orientation and later recall it. When a signal is received on **Remember**, the current **In** value is saved internally. When a signal is received on **Recall**, the stored value is sent to **Out**. This is useful in: - **Robotics** – mem...")
07:3507:35, 15 August 2025 3D Orientation Value (hist | edit) [1,661 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino3DOrientationValue.png == Summary == Generates a fixed 3D orientation signal with optional state-change control. == Description == The **3D Orientation Value** component outputs a constant 3D orientation state, selectable from six directions (**Go Up**, **Go Right**, **Go Left**, **Go Down**, **Go Front**, **Go Back**). It supports configurable element actions, such as setting the orientation immediately or in response to a clock signal. This compo...")
07:3107:31, 15 August 2025 3D Orientation Multi Source (hist | edit) [994 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino3DOrientationMultiSource.png == Summary == Distributes one 3D orientation input to multiple outputs. == Description == The **3D Orientation Multi Source** component takes a single 3D orientation on **In** and replicates it to **N** outputs, where **N** is set by **Output Pins**. All outputs carry the same orientation, and any change at the input is propagated to every output. Diagram: Image:TArduino3DOrientationMultiSource.Preview.png...")
07:2707:27, 15 August 2025 2D Orientation Multi Source (hist | edit) [994 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino2DOrientationMultiSource.png == Summary == Distributes one 2D orientation input to multiple outputs. == Description == The **2D Orientation Multi Source** component takes a single 2D orientation on **In** and replicates it to **N** outputs, where **N** is set by **Output Pins**. All outputs carry the same orientation, and any change at the input is propagated to every output. Diagram: Image:TArduino2DOrientationMultiSource.Preview.png...")
07:2107:21, 15 August 2025 Remember 2D Orientation Value (hist | edit) [1,468 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoRemember2DOrientationValue.png == Summary == Stores and recalls a 2D orientation value on command. == Description == The **Remember 2D Orientation Value** component allows you to store the current incoming 2D orientation and later recall it. When a signal is received on **Remember**, the current **In** value is saved internally. When a signal is received on **Recall**, the stored value is sent to **Out**. This is useful in: - **Robotics** – mem...")
07:1507:15, 15 August 2025 2D Orientation Change Only (hist | edit) [1,281 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino2DOrientationChangeOnly.png == Summary == Outputs a 2D orientation only when it changes from the previous value. == Description == The **2D Orientation Change Only** component monitors the incoming 2D orientation signal and compares it to the last output value. If the orientation changes, the new value is passed to **Out**; if it remains the same, no output update is sent. This helps prevent unnecessary updates in systems where only changes matter...")
07:1107:11, 15 August 2025 3D To 2D Orientation (hist | edit) [1,314 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino3DTo2DOrientation.png == Summary == Converts a 3D orientation signal into a 2D orientation value. == Description == The **3D To 2D Orientation** component receives a 3D orientation input and translates it into one of four 2D directions (**Go Up**, **Go Right**, **Go Left**, **Go Down**). The initial state is defined by the **Initial Value** property and will be output until the first 3D input update is processed. This component is useful in: - **Ro...")
07:0207:02, 15 August 2025 2D Orientation Snapshot (hist | edit) [1,129 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino2DOrientationSnapshot.png == Summary == Captures and holds a 2D orientation value on a snapshot trigger. == Description == The **2D Orientation Snapshot** component stores the orientation present at its **In** pin when the **Snapshot** pin is triggered. The stored value is held and output continuously until another snapshot event occurs. This is useful for “freezing” the orientation state at a specific moment in time for further processing or...")
06:4206:42, 15 August 2025 2D Orientation Value (hist | edit) [1,522 bytes] Visuino (talk | contribs) (Created page with "Image:TArduino2DOrientationValue.png == Summary == Generates a fixed 2D orientation signal with optional state-change control. == Description == The **2D Orientation Value** component outputs a constant orientation state, selectable from four directions (**Go Up**, **Go Right**, **Go Left**, **Go Down**). It supports configurable element actions, allowing orientation changes to be triggered by a clock signal or set directly in sequence control applications. D...")
06:1006:10, 15 August 2025 Compare Integer 64 bit Range (hist | edit) [1,673 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInteger64CompareRange.png == Summary == Checks whether a 64-bit integer input is within or outside a specified range. == Description == The **Compare Integer Range (Int64)** component monitors the incoming 64-bit integer on **In** and determines whether it falls inside or outside the configured **Range Min** and **Range Max** values. You can configure whether the range check includes the limits and whether the output should be active when the value...")
06:0706:07, 15 August 2025 Compare Integer Range (hist | edit) [1,627 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIntegerCompareRange.png == Summary == Checks whether an integer input is within or outside a specified range. == Description == The **Compare Integer Range** component monitors the incoming integer on **In** and determines whether it falls inside or outside the configured **Range Min** and **Range Max** values. You can configure whether the range check includes the limits and whether the output should be active when the value is outside the range....")
05:5705:57, 15 August 2025 Compare Integer 64 bit Value (hist | edit) [1,450 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIntegerCompareValue64.png == Summary == Compares a 64-bit integer input value with a specified constant and outputs a digital result based on the comparison. == Description == The **Compare Integer Value (Int64)** component evaluates the incoming 64-bit integer on **In** against the configured **Value** using the selected **CompareType** (e.g., equal, greater than, less than, etc.). The component can optionally output changes only when the result di...")
05:4705:47, 15 August 2025 Min Limit Integer 64 bit (hist | edit) [917 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoMinLimitInteger64.png == Summary == Passes a 64-bit integer only if it is above a specified minimum limit. == Description == The **Min Limit Integer (Int64)** component monitors the value on **In** and compares it to the **Value** property. If the input is greater than or equal to this limit, it is passed unchanged to **Out**. If it is below the limit, it is blocked or clipped, depending on the downstream configuration. Diagram: Image...")
04:4304:43, 15 August 2025 Integer 64 bit Value (hist | edit) [1,146 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInteger64Value.png == Summary == {{:Summaries:Summary Integer 64 Value}} == Description == Use this component to generate or modify a 64-bit Integer value, optionally through a list of configured elements. Diagram: Image:TArduinoInteger64Value.Preview.png == Categories == *Image:TArduinoIntegerToolbarCategory.png Category Data Sources/Integer - {{:Summaries:Summary Category Data Sources/Integer}} *Image:TArduinoIntegerToolbarCa...")
04:3104:31, 15 August 2025 Ignore Integer 64 bit Values (hist | edit) [1,292 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIgnoreInteger64Values.png == Summary == Configurable 64-bit integer filter that forwards or suppresses values based on equality and “below” rules. == Description == The **Ignore Integer 64-bit Values** component compares the incoming **In** value against the configured **Value**. Its behavior is controlled by: - **Pass Equal Values** – when **True**, inputs equal to **Value** are forwarded; when **False**, they are suppressed. - **Pass Value...")
04:2704:27, 15 August 2025 Integer Change Only (hist | edit) [1,051 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIntegerChangeOnly.png == Summary == Outputs a new integer value only when the change from the previous value exceeds a set threshold. == Description == The **Integer Change Only** component compares each new input value on **In** with the previously stored value. If the absolute difference is greater than or equal to the **Threshold** property, the new value is passed to **Out** and the **Difference** pin outputs the computed change. If the chan...")
04:2004:20, 15 August 2025 Min Limit Integer (hist | edit) [853 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoMinLimitInteger.png == Summary == Passes an integer only if it is above a specified minimum limit. == Description == The **Min Limit Integer** component monitors the value on **In** and compares it to the **Value** property. If the input is greater than or equal to this limit, it is passed unchanged to **Out**. If it is below the limit, it is blocked or clipped, depending on the downstream configuration. Diagram: Image:TArduinoMinLimi...")
04:1304:13, 15 August 2025 Accumulate(Integral) Integer (hist | edit) [1,083 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoIntegerAccumulate.png == Summary == Accumulates (integrates) incoming integer values over time. == Description == Use this component to continuously add the incoming integer values to an internal total. The accumulation can be reset to the **Initial Value** at any time via the **Reset** pin. This is useful for counting, integrating signals, or maintaining a running total. Diagram: Image:TArduinoIntegerAccumulate.Preview.png == Catego...")
04:1004:10, 15 August 2025 Accumulate(Integral) Integer 64 bit (hist | edit) [1,129 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInteger64Accumulate.png == Summary == Accumulates (integrates) incoming 64-bit integer values over time. == Description == Use this component to continuously add the incoming 64-bit integer values to an internal total. The accumulation can be reset to the **Initial Value** at any time via the **Reset** pin. This is useful for counting, integrating signals, or maintaining a running total. Diagram: Image:TArduinoInteger64Accumulate.Previe...")
04:0504:05, 15 August 2025 Xor Integer 64 bit Value (hist | edit) [1,029 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInteger64XorValue.png == Summary == Performs a bitwise XOR between the 64-bit integer input and a specified value. == Description == Use this component to apply a bitwise XOR operation between the incoming 64-bit Integer signal and a specified **Value**. Each bit in the output will be set to 1 if it is set in the input or in the **Value**, but not in both. Diagram: Image:TArduinoInteger64XorValue.Preview.png == Categories == *Image:T...")
04:0204:02, 15 August 2025 And Integer 64 bit Value (hist | edit) [1,020 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInteger64AndValue.png == Summary == Performs a bitwise AND between the 64-bit integer input and a specified value. == Description == Use this component to apply a bitwise AND operation between the incoming 64-bit Integer signal and a specified **Value**. Each bit in the output will be set to 1 only if it is set in both the input and the **Value**. Diagram: Image:TArduinoInteger64AndValue.Preview.png == Categories == *Image:TMathToolb...")
03:5803:58, 15 August 2025 Or Integer 64 bit Value (hist | edit) [1,010 bytes] Visuino (talk | contribs) (Created page with "Image:TArduinoInteger64OrValue.png == Summary == Performs a bitwise OR between the 64-bit integer input and a specified value. == Description == Use this component to apply a bitwise OR operation between the incoming 64-bit Integer signal and a specified **Value**. Each bit in the output will be set to 1 if it is set in either the input or the **Value**. Diagram: Image:TArduinoInteger64OrValue.Preview.png == Categories == *Image:TMathToolbarCatego...")

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