নলেজ লাইব্রেরি

This proposed Chinese stock screen combines a robotics-theme classification, circulating market value no greater than 10 billion yuan, and turnover stated as 3%–12%, then seeks main-board stocks after seven consecutive losing sessions. The article interprets…

The proposed screen selects Chinese stocks associated with the robotics theme, with circulating market value below 10 billion yuan and turnover within a stated 3%–12% band. It also requires the opening price to lie between the 10-day moving average and 3%…

The document proposes a stock screen based on how closely five moving averages align and where the current closing price sits within its recent 30-day high-low range. It suggests interpreting alignment above 0.8 or below 0.2 alongside an upward or downward…

This stock screen combines three signals: the 20-day moving average is above the 120-day average, net buying by major participants during the opening auction is positive, and the day’s position increase ratio exceeds 5%. The article frames these as a…

This stock-screening proposal combines three conditions: at least five moving averages converge, price forms a rounding pattern, and the company’s dividend payout ratio exceeded 25% in 2019. The article interprets average convergence as relative price…

The document proposes a China stock screen that ranks companies by capital strength, using measures such as turnover or trading value, and looks for a weekly MA5 crossover above MA10. Its initial concept also calls for market capitalization below 10 billion…

This stock-selection idea combines three signals: a shortening MACD histogram below zero on a 15-minute chart, net inflows attributed to large orders during the afternoon session, and a ranking by capital intensity. The document describes capital intensity…

This document presents a mainland China stock selection screen combining three conditions: MACD above its zero line, a daily gain greater than 1%, and at least two limit-up sessions in the past 500 days. It restricts the universe to main-board stocks. The…

This proposed Chinese equity screen combines three conditions: at least five moving averages converge, market capitalization is below 10 billion yuan and the company is not loss-making, and the 15-minute MACD histogram’s negative bars are shrinking. The…

The strategy screens stocks for turnover between 3% and 12%, an opening price near the ten-day moving average, and then ranks qualifying names by individual stock popularity. The example defines “near” as an opening price within 5% above or below the ten-day…

This screening idea combines a relative strength index below 65, positive money-flow strength ranked from strongest to weakest, and a pre-market gain below 6% at 9:25. The article interprets the RSI condition as avoiding highly elevated readings, positive…

This note proposes screening Chinese equities using three conditions: institutional purchases exceed 5% of trading volume, institutions are buying near a price bottom, and the company listed in 2021. It presents the combination as a way to find newer stocks…

This Chinese equities screen selects stocks with positive returns over the past ten days, caps those gains at 35%, requires a stated size above 200 million, and ranks candidates by capital-flow strength. The post suggests that size may help address liquidity…

This screening idea combines a historical fundamental condition with two technical filters: a 2019 dividend payout ratio above 25%, RSI below 65, and a shrinking MACD histogram on a 15-minute chart. The post presents the combination as a way to consider both…

This Chinese equities screening example combines three filters: rank stocks by capital-flow strength, require a nonempty name for an outstanding convertible bond, and select companies whose 2019 dividend payout ratio exceeded 25%. The post interprets strong…

This stock screen combines three selection rules: rank by volume ratio and retain the top 100, require an institutional trading seat to appear in exchange disclosure data, and select stocks whose ten-day gain is positive but below 35%. The stated rationale…

This stock-selection approach combines three filters: market capitalization below 10 billion yuan, no past loss record, and strong capital activity. It ranks stocks by measures such as turnover rate and volume ratio, then favors those with high institutional…

This A-share screening proposal combines recent price-limit activity with two technical indicators. It selects stocks with more than two limit-up sessions during the last 10 days, weekly MACD above its zero line, and RSI below 65. The article frames the…

This A-share stock screen selects shares whose daily position-increase ratio exceeds 5%, while excluding stocks that hit the price limit on the previous day. It also invokes strong performance during 2021; the example implementation adds a…

This A-share stock selection proposal combines convergence among multiple moving averages with a ranking based on large-order net volume. The document’s refined screen calls for at least six averages, spanning 5 to 90 days, and inclusion among the top 100…

This A-share screening idea combines three market-behavior filters: a daily position increase above 5%, net buying by large orders during the afternoon, and at least two limit-up sessions within the prior 500 days. The rationale is that rising position…

This Chinese stock-selection proposal combines a market-capitalization ceiling, a positive daily position-change ratio, and a closing price above the previous day’s low. The article interprets a rise in position share as evidence of buying interest and the…

This proposed Chinese stock screen looks for at least five converging moving averages, turnover above 8% on the prior day, and more than two limit-up sessions within ten days. The article interprets clustered averages as a sign of a clear trend, high…

This A-share stock screen combines a 14-period RSI below 65, positive afternoon large-order net inflow, and a recent return filter. The stated selection logic also describes a ten-day gain above zero but below 35%; the reference formulas and Python example…