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Welcome to FMZ Quant Trading Platform
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C++ Strategy Writing Guide
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Built-in Libraries
Extended API Interface
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General Protocol
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Import and Export of Complete Strategies
Multi-language Support
Live Trading and Strategy Grouping
Live Trading Display
Strategy Sharing and Renting
Live Trading Message Push
Common Causes of Live Trading Errors and Abnormal Exits
Exchange-Specific Notes

The "{}" below represents placeholders, all expressions are case-insensitive, x represents data time series

  • abs(x), log(x), sign(x) Literal meaning, respectively absolute value, logarithm, sign function.

The following operators +, -, *, /, >, < also conform to their standard meanings, ==: equality check, ||: logical OR, x ? y : z: ternary conditional operator.

  • rank(x) : Cross-sectional ranking, returns percentile position. Requires specifying candidate universe pool, cannot be calculated for single ticker and will return raw result directly.
  • delay(x, d) : Returns the value of series x from d periods ago.
  • sma(x, d) : Calculates the simple moving average of series x over d periods.
  • correlation(x, y, d): Calculates the correlation coefficient between time series x and y over the past d periods.
  • covariance(x, y, d) : Calculates the covariance between time series x and y over the past d periods.
  • scale(x, a) : Normalizes data such that sum(abs(x))=a (a defaults to 1).
  • delta(x, d) : Calculates the current value of time series x minus the value from d periods ago.
  • signedpower(x, a) : x^a.
  • decay_linear(x, d) : Calculates the d-period weighted moving average of time series x, with weights d,d-1,d-2....1 (normalized).
  • indneutralize(x, g) : Industry neutralization based on industry classification g, currently not supported.
  • ts_{O}(x, d) : Performs operation O on the past d periods of time series x (O can specifically represent min, max, etc., see below), d will be converted to integer.
  • ts_min(x, d) : Minimum value over the past d periods.
  • ts_max(x, d) : Maximum value over the past d periods.
  • ts_argmax(x, d) : Position of ts_max(x, d).
  • ts_argmin(x, d) : Position of ts_min(x, d).
  • ts_rank(x, d) : Ranking of time series x over the past d periods (percentile ranking).
  • min(x, d) : ts_min(x, d).
  • max(x, d): ts_max(x, d).
  • sum(x, d) : Cumulative sum over the past d periods.
  • product(x, d) : Cumulative product over the past d periods.
  • stddev(x, d) : Standard deviation over the past d periods.