Operation Indicators

Operation indicators are tools used for basic mathematical operations in quantitative trading, providing fundamental support for calculating other complex indicators. This directory contains commonly used operation indicators.

Indicator List

Addition

Addition is used to calculate the sum of two or more values, commonly used for price accumulation and indicator superposition.

Subtraction

Subtraction is used to calculate the difference between two values, commonly used for calculating price changes and indicator differences.

Multiplication

Multiplication is used to calculate the product of two values, commonly used for calculating weighted values and composite indicators.

Division

Division is used to calculate the quotient of two values, commonly used for calculating ratios and normalized indicators.

Sum

Sum is used to calculate the total of a series of values, commonly used for calculating cumulative values and moving averages.

Maximum

Maximum is used to find the highest value in a series of numbers, commonly used for finding price highs and indicator peaks.

Minimum

Minimum is used to find the lowest value in a series of numbers, commonly used for finding price lows and indicator troughs.

Maximum Index

Maximum Index is used to find the position of the maximum value in a sequence, commonly used for locating the timing of price highs and indicator peaks.

Minimum Index

Minimum Index is used to find the position of the minimum value in a sequence, commonly used for locating the timing of price lows and indicator troughs.

Maximum and Minimum

Maximum and Minimum is used to calculate both the maximum and minimum values of a sequence simultaneously, commonly used for calculating price ranges and indicator ranges.

Maximum and Minimum Index

Maximum and Minimum Index is used to find both the positions of maximum and minimum values in a sequence simultaneously, commonly used for analyzing price fluctuation cycles.

Usage Recommendations

1. Understand the role of basic operations in indicator calculations
2. Pay attention to numerical precision and computational efficiency
3. Use index operations appropriately for time analysis
4. Combine multiple operations to build complex indicators