Hyperbolic Cosine Function

The hyperbolic cosine function is one of the commonly used hyperbolic functions in quantitative trading, used to calculate the hyperbolic cosine value.

Calculation Principle

The hyperbolic cosine function is calculated using the following formula:

y = cosh(x) = (e^x + e^(-x)) / 2

Where:

• x: Input value (range: -∞ to +∞)
• y: Hyperbolic cosine value (range: 1 to +∞)

Parameter Description

• Input Parameters: One K-line data series
• Output: Series of hyperbolic cosine values

Usage Recommendations

1. Pay attention to input value range
2. Consider numerical precision
3. Pay attention to result interpretation
4. Consider exponential growth characteristics
5. Pay attention to boundary value handling
6. Consider practical application scenarios

Notes

• Ensure data quality
• Pay attention to data preprocessing
• Consider the impact of extreme values
• Pay attention to numerical range
• Consider result stability
• Pay attention to computational efficiency
• Pay attention to practical application scenarios
• Pay attention to boundary value handling
• Consider result interpretation