bias

What is it

How strongly a detected pattern leans bullish or bearish — a sliding value rather than a hard up/down call.

A num-family continuous directional bias. Distinct from num.direction, which is the discrete +1 / -1 / 0 verdict. Split out of the old num.ratio (P3).

• BUFFERnum.biasfloat64

What is it a kind of

Any tool that accepts num accepts this.

Who makes it

Who takes it

Through num

61 tools take any num

How do I turn it into something else

Lossless, no tool needed

num

Needs a tool

• calc.gann_square9out.reference→ num
• calc.gann_square9out.reference→ num.price
• calc.gann_square9out.resistance_0→ num
• calc.gann_square9out.resistance_0→ num.price
• calc.gann_square9out.resistance_1→ num
• calc.gann_square9out.resistance_1→ num.price
• calc.gann_square9out.resistance_10→ num
• calc.gann_square9out.resistance_10→ num.price
• calc.gann_square9out.resistance_11→ num
• calc.gann_square9out.resistance_11→ num.price
• calc.gann_square9out.resistance_12→ num
• calc.gann_square9out.resistance_12→ num.price
• calc.gann_square9out.resistance_13→ num
• calc.gann_square9out.resistance_13→ num.price
• calc.gann_square9out.resistance_14→ num.price
• calc.gann_square9out.valid
• calc.linear_regressionout.intercept→ num.linregress
• calc.linear_regressionout.r2→ num.linregress
• calc.linear_regressionout.slope→ num.linregress
• condition.compareout
• interpretor.oscillator_stateout
• math.lastout→ num
• math.lastout→ num.last