CryptonianFibMath
Library "CryptonianFibMath"
[Cryptonian] Fibonacci pure mathematics library. Part 0 / v0.1.0.
NO INPUTS, NO REQUEST.SECURITY, NO DRAWINGS, NO STATE AND NO FUTURE DATA.
swingSize(a, b)
Absolute price displacement between two pivots.
Parameters:
a (float): First pivot price.
b (float): Second pivot price.
Returns: Absolute displacement, or na when the price pair is unavailable.
validSwing(a, b, minMove)
Verify that an anchor pair has a meaningful (positive) displacement.
Parameters:
a (float): Earlier anchor price.
b (float): Later anchor price.
minMove (float): Minimum permitted absolute price move.
Returns: True if valid and separated by the requested amount.
retracement(a, b, ratio)
Retracement of a movement A -> B. 0 = B, 1 = A, 0.618 = 61.8% back from B.
Parameters:
a (float): First anchor A.
b (float): Last anchor B.
ratio (float): Retracement fraction, e.g. 0.618.
Returns: Absolute retracement price, or na for unavailable inputs.
extension(a, b, ratio)
Extension of A -> B. 1 = B, 1.618 projects 61.8% beyond B.
Parameters:
a (float): First anchor A.
b (float): Last anchor B.
ratio (float): Extension multiple, e.g. 1.618.
Returns: Absolute extension price.
projection(a, b, c, ratio)
Three-point Fibonacci projection: project AB from C by a selected multiple.
Parameters:
a (float): Origin of impulse AB.
b (float): End of impulse AB.
c (float): Start of new projected leg.
ratio (float): Size multiple of AB.
Returns: Projected endpoint from C.
distance(price, level)
Absolute price distance between a level and an observed price.
Parameters:
price (float): Observed price.
level (float): Reference level.
Returns: Positive absolute distance.
normalizedDistance(price, level, structuralRange)
Distance normalized to a nonzero structural range (not a probability).
Parameters:
price (float): Observed price.
level (float): Reference price.
structuralRange (float): Positive reference range.
Returns: Distance / range, or na for a zero/invalid range.
inZone(price, a, b, tolerance)
Whether a price is inside a region, allowing a caller-specified absolute tolerance.
Parameters:
price (float): Observed price.
a (float): One zone boundary.
b (float): Other zone boundary.
tolerance (float): Nonnegative absolute buffer around the region.
Returns: True only for valid inputs and an inclusive match.
roundToTick(price, tickSize)
Round a price to the nearest instrument tick (caller passes syminfo.mintick).
Parameters:
price (float): Price to round.
tickSize (float): Tick size (must be positive).
Returns: Rounded price or na for invalid inputs.
rewardRisk(entry, stop, target)
Geometry-only reward/risk; no fill or profitability claims.
Parameters:
entry (float): Hypothetical trade entry.
stop (float): Structural stop.
target (float): Projected target.
Returns: Reward/risk if target and stop bracket the entry in a valid direction.
projectedBars(baseBars, ratio)
Extrapolate a whole-number bar count using a Fibonacci/time multiple.
Parameters:
baseBars (int): Original positive bar count.
ratio (float): Positive time ratio.
Returns: Number of bars, or na when unavailable/invalid.
ratioAt(index)
Common chart Fibonacci ratios by index (0..15).
Includes conventional midpoint 0.500 and sqrt-like derived ratios.
Parameters:
index (int): Index from 0 to 15.
Returns: Ratio or na for an unrecognized index.
[Cryptonian] Fibonacci pure mathematics library. Part 0 / v0.1.0.
NO INPUTS, NO REQUEST.SECURITY, NO DRAWINGS, NO STATE AND NO FUTURE DATA.
swingSize(a, b)
Absolute price displacement between two pivots.
Parameters:
a (float): First pivot price.
b (float): Second pivot price.
Returns: Absolute displacement, or na when the price pair is unavailable.
validSwing(a, b, minMove)
Verify that an anchor pair has a meaningful (positive) displacement.
Parameters:
a (float): Earlier anchor price.
b (float): Later anchor price.
minMove (float): Minimum permitted absolute price move.
Returns: True if valid and separated by the requested amount.
retracement(a, b, ratio)
Retracement of a movement A -> B. 0 = B, 1 = A, 0.618 = 61.8% back from B.
Parameters:
a (float): First anchor A.
b (float): Last anchor B.
ratio (float): Retracement fraction, e.g. 0.618.
Returns: Absolute retracement price, or na for unavailable inputs.
extension(a, b, ratio)
Extension of A -> B. 1 = B, 1.618 projects 61.8% beyond B.
Parameters:
a (float): First anchor A.
b (float): Last anchor B.
ratio (float): Extension multiple, e.g. 1.618.
Returns: Absolute extension price.
projection(a, b, c, ratio)
Three-point Fibonacci projection: project AB from C by a selected multiple.
Parameters:
a (float): Origin of impulse AB.
b (float): End of impulse AB.
c (float): Start of new projected leg.
ratio (float): Size multiple of AB.
Returns: Projected endpoint from C.
distance(price, level)
Absolute price distance between a level and an observed price.
Parameters:
price (float): Observed price.
level (float): Reference level.
Returns: Positive absolute distance.
normalizedDistance(price, level, structuralRange)
Distance normalized to a nonzero structural range (not a probability).
Parameters:
price (float): Observed price.
level (float): Reference price.
structuralRange (float): Positive reference range.
Returns: Distance / range, or na for a zero/invalid range.
inZone(price, a, b, tolerance)
Whether a price is inside a region, allowing a caller-specified absolute tolerance.
Parameters:
price (float): Observed price.
a (float): One zone boundary.
b (float): Other zone boundary.
tolerance (float): Nonnegative absolute buffer around the region.
Returns: True only for valid inputs and an inclusive match.
roundToTick(price, tickSize)
Round a price to the nearest instrument tick (caller passes syminfo.mintick).
Parameters:
price (float): Price to round.
tickSize (float): Tick size (must be positive).
Returns: Rounded price or na for invalid inputs.
rewardRisk(entry, stop, target)
Geometry-only reward/risk; no fill or profitability claims.
Parameters:
entry (float): Hypothetical trade entry.
stop (float): Structural stop.
target (float): Projected target.
Returns: Reward/risk if target and stop bracket the entry in a valid direction.
projectedBars(baseBars, ratio)
Extrapolate a whole-number bar count using a Fibonacci/time multiple.
Parameters:
baseBars (int): Original positive bar count.
ratio (float): Positive time ratio.
Returns: Number of bars, or na when unavailable/invalid.
ratioAt(index)
Common chart Fibonacci ratios by index (0..15).
Includes conventional midpoint 0.500 and sqrt-like derived ratios.
Parameters:
index (int): Index from 0 to 15.
Returns: Ratio or na for an unrecognized index.
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I Am LOVE But You Can Call Me AYEHAN
ayehan.com
discord.gg/nX3DGCyCJV
ayehan.com
discord.gg/nX3DGCyCJV
免責聲明
這些資訊和出版物並非旨在提供，也不構成TradingView提供或認可的任何形式的財務、投資、交易或其他類型的建議或推薦。請閱讀使用條款以了解更多資訊。