Category Math
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Summary
Math components category
Description
Category for all Math components.
Components
- Inverse (Change Sign) - Inverses (changes the sign) the analog signal.
- Absolute Value - Converts the Analog signal value to absolute value
- Sine of angle (Radians) - Computes Sine of an angle from value
- Cosine of angle (Radians) - Computes Cosine of an angle from value
- Add Value - Adds a specified Value to the analog signal
- Subtract Value - Subtracts a specified Value from the analog signal
- Subtract From Value - Subtracts the analog signal from a specified Value
- Multiply By Value - Multiplies the Analog signal by a specified Value
- Raise To Power - Rises a Value to Power.
- Divide By Value - Divides the Analog signal by a specified Value
- Divide Value - Divides a specified Value by the value of the Analog signal
- Inverse Integer (Change Sign) - Inverses (changes the sign) the Integer signal.
- Absolute Integer Value - Converts the Integer signal value to absolute value
- Add Integer Value - Adds a specified Value to the Integer signal
- Subtract Integer Value - Subtracts a specified Value from the Integer signal
- Subtract Integer From Value - Subtracts the Integer signal from a specified Value
- Multiply Integer By Value - Multiplies the Integer signal by a specified Value
- Divide Integer By Value - Divides the Integer signal by a specified Value
- Divide Integer Value - Divides a specified Value by the value of the Integer signal
- Add Unsigned Value - Adds a specified Value to the Unsigned Integer signal
- Subtract Unsigned Value - Subtracts a specified Value from the Unsigned Integer signal
- Subtract Unsigned From Value - Subtracts the analog signal from a specified Unsigned Integer Value
- Multiply Unsigned By Value - Multiplies the Unsigned Integer signal by a specified Value
- Divide Unsigned By Value - Divides the Unsigned Integer signal by a specified Value
- Divide Unsigned Value - Divides a specified Value by the value of the Unsigned Integer signal
- Limit between Min and Max - Limits the minimum and maximum value of the Analog signal
- Min Limit - Limits the minimum value of the Analog signal
- Max Limit - Limits the maximum value of the Analog signal
- Average Period - Averages the signal over a specified period
- Add - Adds the values from multiple Analog inputs together
- Multiply - Multiplies the values from multiple analog inputs together.
- Add Integer - Adds the values from multiple Integer inputs together
- Multiply Integer - Multiplies the values from multiple Integer inputs together.
- Add Unsigned - Adds the values from multiple Unsigned Integer inputs together
- Multiply Unsigned - Multiplies the values from multiple Unsigned Integer inputs together.
- Map Range - Maps Analog signal from one range to another
- Dead Zone Analog - Introduces Dead Zone in Analog signal
- Dead Zone Scaled Analog - Introduces Dead Zone in Analog signal, and maps it from one range to another
- And Unsigned Value - Performs Boolean And between two unsigned values
- Or Unsigned Value - Performs Boolean Or between two unsigned values
- Xor Unsigned Value - Performs Boolean Xor between two unsigned values
- Not (Invert) Unsigned Value - Inverts the bits of an unsigned value
- Ramp To Value - Slowly changes the output value to match the input value with specified slope(Ramp)
- Complementary Analog Filter - Summaries:Summary Complementary Analog Filter
- Complementary Angle Filter - Summaries:Summary Complementary Angle Filter
- Second Order Complementary Analog Filter - Summaries:Summary Second Order Complementary Analog Filter
- Second Order Complementary Angle Filter - Summaries:Summary Second Order Complementary Angle Filter
- Accumulate Analog -
- Accumulate Integer - Summaries:Summary Accumulate Integer
- Accumulate Unsigned - Summaries:Summary Accumulate Unsigned
- Accumulate Angle - Summaries:Summary Accumulate Angle
- Kalman Analog Filter - Summaries:Summary Kalman Analog Filter
- Kalman Angle Filter - Summaries:Summary Kalman Angle Filter
- Madgwick Filter - Implements a Madgwick filter fusing Accelerometer, Gyroscope, and Compass data to compute precise 3D orientation