com um clique
skill-quant-factor-directional-alpha
skill-quant-factor-directional-alpha contém 297 skills coletadas de quantskills, com cobertura ocupacional por repositório e páginas de detalhe dentro do site.
Skills neste repositório
Use when an agent needs a verified library of directional OHLCV alpha factor Skills for trend, breakout, reversal, channel-position, or price-direction research across A-share and US equity samples.
Use when computing the 5D Z-Scored Return Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Skip-Period Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Return Reversal factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored SMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored EMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Dual EMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored SMA Slope factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Range Position factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Upper Breakout factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Lower Breakdown factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Risk-Adjusted Trend factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Z-Scored Trend Efficiency factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Return Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Skip-Period Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Return Reversal factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta SMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta EMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Dual EMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta SMA Slope factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Range Position factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Upper Breakout factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Lower Breakdown factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Risk-Adjusted Trend factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Delta Trend Efficiency factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Return Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Skip-Period Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Return Reversal factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed SMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed EMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Dual EMA Gap factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed SMA Slope factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Range Position factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Upper Breakout factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Lower Breakdown factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Risk-Adjusted Trend factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Smoothed Trend Efficiency factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Time-Series Ranked Return Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Time-Series Ranked Skip-Period Momentum factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.
Use when computing the 5D Time-Series Ranked Return Reversal factor from user-supplied real OHLCV data or reviewing its bundled real-data validation metrics.