User contributions for Visuino

24 March 2024

• 04:3004:30, 24 March 2024 diff hist −44‎ Speed and Direction To Speed ‎No edit summary current
• 04:2904:29, 24 March 2024 diff hist +50‎ Speed and Direction To Speed ‎No edit summary
• 04:2704:27, 24 March 2024 diff hist 0‎ N File:TSpeedAndDirectionToSpeed.Preview.png ‎No edit summary current
• 04:2704:27, 24 March 2024 diff hist 0‎ N File:TSpeedAndDirectionToSpeed.png ‎No edit summary current
• 04:2404:24, 24 March 2024 diff hist −7‎ Speed Change(Acceleration) Meter ‎No edit summary current
• 04:2404:24, 24 March 2024 diff hist 0‎ N File:TSpeedChangeMeter.png ‎No edit summary current
• 04:2204:22, 24 March 2024 diff hist −7‎ Speed Change(Acceleration) Meter ‎No edit summary
• 04:2004:20, 24 March 2024 diff hist 0‎ N File:TSpeedChangeMeter.Preview.png ‎No edit summary current
• 04:0904:09, 24 March 2024 diff hist +3‎ Speed and Direction To Speed ‎No edit summary
• 04:0804:08, 24 March 2024 diff hist −2‎ Speed and Direction To Speed ‎No edit summary
• 04:0804:08, 24 March 2024 diff hist +10‎ Speed and Direction To Speed ‎No edit summary
• 04:0704:07, 24 March 2024 diff hist −1‎ Speed and Direction To Speed ‎No edit summary
• 04:0704:07, 24 March 2024 diff hist −4‎ Speed and Direction To Speed ‎No edit summary
• 04:0604:06, 24 March 2024 diff hist +24‎ Speed and Direction To Speed ‎No edit summary
• 04:0504:05, 24 March 2024 diff hist +10‎ Speed and Direction To Speed ‎No edit summary
• 04:0504:05, 24 March 2024 diff hist +3,135‎ N Speed and Direction To Speed ‎ Created page with "File:TSpeedAndDirectionToSpeed.png == Summary == {{:Summaries:Speed and Direction To Speed}} == Description == The primary function of the "Speed and Direction To Speed" component is to take two inputs: speed and direction, and convert them into a single output representing the speed level ranging from 0.0 to 1.0. This output signal is crucial for driving motors, controlling actuators, or any other application where speed and direction control is required. Input P..."

10 March 2024

• 09:1509:15, 10 March 2024 diff hist +1,115‎ N Add Analog Value ‎ Created page with "File:TAddAnalogValue.png == Summary == {{:Summaries:Add Analog Value}} == Description == In Visuino, the "Add Analog Value" component is used to add a constant value to an input analog value. This component is typically used in projects where you need to adjust or modify analog signals before they are sent to other components or devices. <b>Diagram:</b> File:TAddAnalogValue.Preview.png == Categories == *File:TArduinoAnalogToolbarCategory.png|link=Category..." current
• 09:1509:15, 10 March 2024 diff hist 0‎ N File:TAddAnalogValue.png ‎No edit summary current
• 08:5608:56, 10 March 2024 diff hist 0‎ N File:TMinLimitAnalog.png ‎No edit summary current
• 08:5208:52, 10 March 2024 diff hist +1,103‎ N Min Limit Analog ‎ Created page with "File:TMinLimitAnalog.png == Summary == {{:Summaries:Min Limit Analog}} == Description == In Visuino, the "Min Limit Analog" component is used to set minimum value on an analog output. Everything below the limited value will be ignored. This component is particularly useful when you need to limit the value of an analog signal. <b>Diagram:</b> File:TMinLimitAnalog.Preview.png == Categories == *link=Category:Analog ..." current
• 08:4808:48, 10 March 2024 diff hist +1,261‎ N Analog Array Snapshot ‎ Created page with "File:TAnalogArraySnapshot.png == Summary == {{:Summaries:Analog Array Snapshot}} == Description == In Visuino, the "Analog Array Snapshot" component is used to capture an array of analog values at a specific moment in time. This component is particularly useful when you need to store and work with multiple analog sensor readings simultaneously. Once "Snapshot" pin is triggered, the component takes a "snapshot" of the analog values present on the specified pins at..." current
• 08:4808:48, 10 March 2024 diff hist 0‎ N File:TAnalogArraySnapshot.png ‎No edit summary current
• 08:3108:31, 10 March 2024 diff hist +1,051‎ N Max Limit Analog ‎ Created page with "File:TMaxLimitAnalog.png == Summary == {{:Summaries:Max Limit Analog}} == Description == In Visuino, the "Max Limit Analog" component is used to set maximum value on an analog output. This component is particularly useful when you need to limit the value of an analog signal. <b>Diagram:</b> File:TMaxLimitAnalog.Preview.png == Categories == *link=Category:Analog Category:Analog - {{:Summaries:Summary Category An..." current
• 08:3008:30, 10 March 2024 diff hist 0‎ N File:TMaxLimitAnalog.png ‎No edit summary current

9 March 2024

• 08:2708:27, 9 March 2024 diff hist +1,140‎ N Compute Sun Position ‎ Created page with "File:TComputeSunPosition.png == Summary == {{:Summaries:Computes Sun Position}} == Description == In Visuino, the "Compute Sun Position" component is used to calculate the position of the sun based on the input time. It takes the time as input and outputs the latitude and longitude values corresponding to the position of the sun at that particular time. <b>Diagram:</b> File:TComputeSunPosition.Preview.png == Categories == *File:TArduinoAnalogToolbarCategor..." current
• 08:2608:26, 9 March 2024 diff hist −1,140‎ TArduinoBasicCelestialBodyPosition.Longitude ‎ Blanked the page current Tag: Blanking
• 08:2508:25, 9 March 2024 diff hist 0‎ N File:TComputeSunPosition.png ‎No edit summary current
• 08:2408:24, 9 March 2024 diff hist +1,140‎ N TArduinoBasicCelestialBodyPosition.Longitude ‎ Created page with "File:TComputeSunPosition.png == Summary == {{:Summaries:Computes Sun Position}} == Description == In Visuino, the "Compute Sun Position" component is used to calculate the position of the sun based on the input time. It takes the time as input and outputs the latitude and longitude values corresponding to the position of the sun at that particular time. <b>Diagram:</b> File:TComputeSunPosition.Preview.png == Categories == *File:TArduinoAnalogToolbarCategor..."
• 08:1308:13, 9 March 2024 diff hist +1,395‎ N Multiply Analog By Value ‎ Created page with "File:TMultiplyAnalogByValue.png == Summary == {{:Summaries:Multiply Analog By Value}} == Description == In Visuino, the "Multiply Analog By Value" component is used to multiply an analog signal by a constant value. This component is commonly used in electronics and embedded systems projects where you need to scale or adjust an analog signal before further processing or output. For example, if you have a sensor outputting a voltage signal in a certain range, but y..." current
• 08:1308:13, 9 March 2024 diff hist 0‎ N File:TMultiplyAnalogByValue.png ‎No edit summary current
• 07:4207:42, 9 March 2024 diff hist 0‎ N File:TMaxAnalogValue.png ‎No edit summary current
• 07:4207:42, 9 March 2024 diff hist +1,103‎ N Max Analog Value ‎ Created page with "File:TMaxAnalogValue.png == Summary == {{:Summaries:Max Analog Value}} == Description == In Visuino, the "Max Analog Value" component is used to detect and output the maximum value detected on an analog input. This component is particularly useful when you need to find the peak value of an analog signal over a period of time. <b>Diagram:</b> File:TMaxAnalogValue.Preview.png == Categories == *link=Category:Analog ..." current
• 07:3907:39, 9 March 2024 diff hist 0‎ N File:TMinAnalogValue.png ‎No edit summary current
• 07:3607:36, 9 March 2024 diff hist +1,097‎ N Min Analog Value ‎ Created page with "File:TMinAnalogValue.png == Summary == {{:Summaries:Min Analog Value}} == Description == In Visuino, the "Min Analog Value" component is used to determine the minimum value detected on an analog input. This component is typically used in projects where you need to monitor the minimum value of an analog signal over time. <b>Diagram:</b> File:TMinAnalogValue.Preview.png == Categories == *link=Category:Analog Catego..." current
• 07:2807:28, 9 March 2024 diff hist 0‎ N File:TInverseAnalog.png ‎No edit summary current
• 07:2807:28, 9 March 2024 diff hist +1,637‎ N Inverse Analog (Change Sign) ‎ Created page with "File:TInverseAnalog.png == Summary == {{:Summaries:Inverse Analog (Change Sign)}} == Description == In Visuino, the "Inverse Analog (Change Sign)" component is used to invert the analog value received from a sensor or another source. It essentially changes the sign of the value, turning positive values into negative ones and vice versa. This component is useful in various scenarios where you need to reverse the direction or polarity of a signal. For example, if y..." current
• 07:2307:23, 9 March 2024 diff hist 0‎ N File:TAverageAnalogPeriod.png ‎No edit summary current
• 07:2307:23, 9 March 2024 diff hist +1,749‎ N Average Analog Period ‎ Created page with "File:TAverageAnalogPeriod.png == Summary == {{:Summaries:Average Analog Period}} == Description == In Visuino, the "Average Analog Period" component is used for averaging analog signals over a certain period of time. This component calculates the average value of an analog signal within the specified period, helping to smooth out noise or fluctuations in the signal. The "Period (uS)" property allows you to define the duration over which the averaging process occur..." current
• 06:2206:22, 9 March 2024 diff hist +5‎ Subtract From Analog Value ‎No edit summary current
• 06:2106:21, 9 March 2024 diff hist 0‎ N File:TSubtractAnalogValue.png ‎No edit summary current
• 06:2106:21, 9 March 2024 diff hist +1,138‎ N Subtract Analog Value ‎ Created page with "File:TSubtractAnalogValue.png == Summary == {{:Summaries:Subtract From Analog Value}} == Description == In Visuino, the "Subtract Analog Value" component is used to subtract a constant value from an incoming analog signal. Example: If you set the constant value in the component to 10 and the value on the "In" pin is 30, the value on the "Out" pin will be 20 <b>Diagram:</b> File:TSubtractAnalogValue.Preview.png == Categories == *File:TArduinoAnalogToolbarCa..." current
• 06:0606:06, 9 March 2024 diff hist +1,303‎ N Subtract From Analog Value ‎ Created page with "File:TSubtractFromAnalogValue.png == Summary == {{:Summaries:Subtract From Analog Value}} == Description == In Visuino, the "Subtract Analog Value" component is used to subtract an analog value from another analog value. Example: If you set the constant value in the component to 15 and the value on the "In" pin is 5, then the "Subtract Analog Value" component will subtract the value on the "In" pin (5) from the constant value (15). So, the output value on the "Out"..."
• 06:0506:05, 9 March 2024 diff hist 0‎ N File:TSubtractFromAnalogValue.png ‎No edit summary current
• 05:4905:49, 9 March 2024 diff hist −19‎ Absolute Analog Value ‎No edit summary current
• 05:4805:48, 9 March 2024 diff hist −17‎ Absolute Analog Value ‎No edit summary
• 05:4805:48, 9 March 2024 diff hist −1‎ Absolute Analog Value ‎No edit summary
• 05:4705:47, 9 March 2024 diff hist +1,476‎ N Absolute Analog Value ‎ Created page with "thumb|right|250px == Summary == {{:Summaries:Absolute Analog Value}} == Description == The '''Absolute Analog Value''' component in Visuino is designed to convert an analog signal to its absolute value. This is particularly useful when you only need the magnitude of the signal, disregarding its direction (positive or negative). The component eliminates the negative portion of the signal, providing the absolute (positive) value as outpu..."
• 05:4505:45, 9 March 2024 diff hist 0‎ N File:TAbsoluteAnalogValue.png ‎No edit summary current
• 05:3605:36, 9 March 2024 diff hist +64‎ Ramp To Analog Value ‎ →‎Description current
• 05:3505:35, 9 March 2024 diff hist −7‎ Ramp To Analog Value ‎ →‎Summary