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SMCFunctions

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Library "SMCFunctions"

findSwingPoints(high, low, swing_size)
  Parameters:
    high (float)
    low (float)
    swing_size (int)

detectBOS(close, high, low, prevHigh, prevLow, highActive, lowActive, bos_conf_type)
  Parameters:
    close (float)
    high (float)
    low (float)
    prevHigh (float)
    prevLow (float)
    highActive (bool)
    lowActive (bool)
    bos_conf_type (string)

getBOSDetails(highBroken, lowBroken, prevHigh, prevLow, prevSwing, prevHighIndex, prevLowIndex, input_show_choch)
  Parameters:
    highBroken (bool)
    lowBroken (bool)
    prevHigh (float)
    prevLow (float)
    prevSwing (int)
    prevHighIndex (int)
    prevLowIndex (int)
    input_show_choch (bool)

calculateRetracementLevels(start_price, end_price)
  Parameters:
    start_price (float)
    end_price (float)
Nota Keluaran
v2

Added:
addSwingPoint(swing_points_array, bar_index, price, type, direction, max_size)
  Parameters:
    swing_points_array (array<SwingPointData>)
    bar_index (int)
    price (float)
    type (string)
    direction (int)
    max_size (int)

addBOS(bos_details_array, bar_index, price, bos_text, direction, original_price, creation_bar, max_size)
  Parameters:
    bos_details_array (array<BOSData>)
    bar_index (int)
    price (float)
    bos_text (string)
    direction (int)
    original_price (float)
    creation_bar (int)
    max_size (int)

addRetracementLevel(retracement_levels_array, bar_index, price, type, direction, start_bar_index, max_size)
  Parameters:
    retracement_levels_array (array<RetracementData>)
    bar_index (int)
    price (float)
    type (string)
    direction (int)
    start_bar_index (int)
    max_size (int)

getBufferedSwingPoints(swing_points_array, lookback_bars)
  Parameters:
    swing_points_array (array<SwingPointData>)
    lookback_bars (int)

getBufferedBOSDetails(bos_details_array, lookback_bars)
  Parameters:
    bos_details_array (array<BOSData>)
    lookback_bars (int)

getBufferedRetracementLevels(retracement_levels_array, lookback_bars)
  Parameters:
    retracement_levels_array (array<RetracementData>)
    lookback_bars (int)

getBufferedSwingPointsSize(swing_points_array)
  Parameters:
    swing_points_array (array<SwingPointData>)

getBufferedBOSDetailsSize(bos_details_array)
  Parameters:
    bos_details_array (array<BOSData>)

getBufferedRetracementLevelsSize(retracement_levels_array)
  Parameters:
    retracement_levels_array (array<RetracementData>)

SwingPointData
  Fields:
    bar_index (series int)
    price (series float)
    type (series string)
    direction (series int)

BOSData
  Fields:
    bar_index (series int)
    price (series float)
    bos_text (series string)
    direction (series int)
    original_price (series float)
    creation_bar (series int)

RetracementData
  Fields:
    bar_index (series int)
    price (series float)
    type (series string)
    direction (series int)
    start_bar_index (series int)
Nota Keluaran
v3

Updated:
findSwingPoints(highSeries, lowSeries, swing_size)
  Parameters:
    highSeries (float)
    lowSeries (float)
    swing_size (int)

detectBOS(closeSeries, highSeries, lowSeries, prevHigh, prevLow, highActive, lowActive, bos_conf_type)
  Parameters:
    closeSeries (float)
    highSeries (float)
    lowSeries (float)
    prevHigh (float)
    prevLow (float)
    highActive (bool)
    lowActive (bool)
    bos_conf_type (string)

getBOSDetails(highBroken, lowBroken, prevHigh, prevLow, prevSwingType, prevHighIndex, prevLowIndex, showChoch)
  Parameters:
    highBroken (bool)
    lowBroken (bool)
    prevHigh (float)
    prevLow (float)
    prevSwingType (int)
    prevHighIndex (int)
    prevLowIndex (int)
    showChoch (bool)

addSwingPoint(swing_points_array, b_index, p, t, dir, max_size)
  Parameters:
    swing_points_array (array<SwingPointData>)
    b_index (int)
    p (float)
    t (string)
    dir (int)
    max_size (int)

addBOS(bos_details_array, b_index, p, txt, dir, orig_p, cr_bar, max_size)
  Parameters:
    bos_details_array (array<BOSData>)
    b_index (int)
    p (float)
    txt (string)
    dir (int)
    orig_p (float)
    cr_bar (int)
    max_size (int)

addRetracementLevel(retracement_levels_array, b_index, p, t, dir, start_b_index, max_size)
  Parameters:
    retracement_levels_array (array<RetracementData>)
    b_index (int)
    p (float)
    t (string)
    dir (int)
    start_b_index (int)
    max_size (int)
Nota Keluaran
v4

Added:
classifySwingPoint(pivHi, pivLo, prevHigh, prevLow, prevSwing)
  Parameters:
    pivHi (float)
    pivLo (float)
    prevHigh (float)
    prevLow (float)
    prevSwing (int)

detectRetracementTrigger(prevSwing, prevSwingPrev, current_bar_index, prevHigh, prevLow, pivHi, pivLo, swing_size)
  Parameters:
    prevSwing (int)
    prevSwingPrev (int)
    current_bar_index (int)
    prevHigh (float)
    prevLow (float)
    pivHi (float)
    pivLo (float)
    swing_size (int)

detectFVG(high, low, bar_time)
  Parameters:
    high (float)
    low (float)
    bar_time (int)

checkFVGMitigation(fvg, high, low, close, open, mitigation_type)
  Parameters:
    fvg (FVGData)
    high (float)
    low (float)
    close (float)
    open (float)
    mitigation_type (string)

detectBPR(fvg_array)
  Parameters:
    fvg_array (array<FVGData>)

detectVolumeSpike(close, prev_close, volume, ema_volume, threshold)
  Parameters:
    close (float)
    prev_close (float)
    volume (float)
    ema_volume (float)
    threshold (float)

addFVG(fvg_array, high_time, low_time, high_price, low_price, is_bullish, max_size)
  Parameters:
    fvg_array (array<FVGData>)
    high_time (int)
    low_time (int)
    high_price (float)
    low_price (float)
    is_bullish (bool)
    max_size (int)

addVolumeSpike(spike_array, bar_time, price, percent_oi, normalized_volume, max_size)
  Parameters:
    spike_array (array<VolumeSpikeData>)
    bar_time (int)
    price (float)
    percent_oi (float)
    normalized_volume (float)
    max_size (int)

getBufferedFVGs(fvg_array, lookback_bars, bar_time)
  Parameters:
    fvg_array (array<FVGData>)
    lookback_bars (int)
    bar_time (int)

getBufferedVolumeSpikes(spike_array, lookback_bars, bar_time)
  Parameters:
    spike_array (array<VolumeSpikeData>)
    lookback_bars (int)
    bar_time (int)

getBufferedFVGSize(fvg_array)
  Parameters:
    fvg_array (array<FVGData>)

getBufferedVolumeSpikeSize(spike_array)
  Parameters:
    spike_array (array<VolumeSpikeData>)

FVGData
  Fields:
    high_time (series int)
    low_time (series int)
    high_price (series float)
    low_price (series float)
    is_bullish (series bool)
    mitigated (series bool)

VolumeSpikeData
  Fields:
    bar_time (series int)
    price (series float)
    percent_oi (series float)
    normalized_volume (series float)

Updated:
findSwingPoints(high, low, swing_size)
  Parameters:
    high (float)
    low (float)
    swing_size (int)

detectBOS(close, high, low, prevHigh, prevLow, highActive, lowActive, bos_conf_type)
  Parameters:
    close (float)
    high (float)
    low (float)
    prevHigh (float)
    prevLow (float)
    highActive (bool)
    lowActive (bool)
    bos_conf_type (string)

getBOSDetails(highBroken, lowBroken, prevHigh, prevLow, prevSwing, prevHighIndex, prevLowIndex, input_show_choch)
  Parameters:
    highBroken (bool)
    lowBroken (bool)
    prevHigh (float)
    prevLow (float)
    prevSwing (int)
    prevHighIndex (int)
    prevLowIndex (int)
    input_show_choch (bool)

addSwingPoint(swing_points_array, bar_index, price, type, direction, max_size)
  Parameters:
    swing_points_array (array<SwingPointData>)
    bar_index (int)
    price (float)
    type (string)
    direction (int)
    max_size (int)

addBOS(bos_details_array, bar_index, price, bos_text, direction, original_price, creation_bar, max_size)
  Parameters:
    bos_details_array (array<BOSData>)
    bar_index (int)
    price (float)
    bos_text (string)
    direction (int)
    original_price (float)
    creation_bar (int)
    max_size (int)

addRetracementLevel(retracement_levels_array, bar_index, price, type, direction, start_bar_index, max_size)
  Parameters:
    retracement_levels_array (array<RetracementData>)
    bar_index (int)
    price (float)
    type (string)
    direction (int)
    start_bar_index (int)
    max_size (int)
Nota Keluaran
v5
Nota Keluaran
v6

Added:
processSwingLogic(currentHigh, currentLow, swing_size_input, prevHigh_in, prevLow_in, prevHighIndex_in, prevLowIndex_in, prevSwingType_in)
  Parameters:
    currentHigh (float)
    currentLow (float)
    swing_size_input (int)
    prevHigh_in (float)
    prevLow_in (float)
    prevHighIndex_in (int)
    prevLowIndex_in (int)
    prevSwingType_in (int)

processBOSDetection(current_close_price, current_high_price, current_low_price, prev_high_to_break, prev_low_to_break, is_prev_high_active, is_prev_low_active, prev_swing_type_for_choch, prev_high_idx_for_choch, prev_low_idx_for_choch, bos_confirmation_type, show_choch_option)
  Parameters:
    current_close_price (float)
    current_high_price (float)
    current_low_price (float)
    prev_high_to_break (float)
    prev_low_to_break (float)
    is_prev_high_active (bool)
    is_prev_low_active (bool)
    prev_swing_type_for_choch (int)
    prev_high_idx_for_choch (int)
    prev_low_idx_for_choch (int)
    bos_confirmation_type (string)
    show_choch_option (bool)

identifyExpansionAndRetracement(swing_points_buffer, show_half_retracement_input)
  Parameters:
    swing_points_buffer (array<SwingPointData>)
    show_half_retracement_input (bool)

detectAndManageFVGs(H, L, O, C, fvgs_array_in, lookback_param, mitigation_type_param, max_fvgs_to_display)
  Parameters:
    H (float)
    L (float)
    O (float)
    C (float)
    fvgs_array_in (array<FVGData>)
    lookback_param (int)
    mitigation_type_param (string)
    max_fvgs_to_display (int)

SwingStateAndPoint
  Fields:
    prevHigh (series float)
    prevLow (series float)
    prevHighIndex (series int)
    prevLowIndex (series int)
    prevSwingType (series int)
    newSwingPoint (SwingPointData)

Updated:
addSwingPoint(swing_points_array, point_data, max_size)
  Parameters:
    swing_points_array (array<SwingPointData>)
    point_data (SwingPointData)
    max_size (int)

addBOS(bos_details_array, bos_event_data, max_size)
  Parameters:
    bos_details_array (array<BOSData>)
    bos_event_data (BOSData)
    max_size (int)

addRetracementLevel(retracement_levels_array, retracement_level_data, max_size)
  Parameters:
    retracement_levels_array (array<RetracementData>)
    retracement_level_data (RetracementData)
    max_size (int)

BOSData
  Fields:
    bar_index (series int)
    price (series float)
    bos_text (series string)
    direction (series int)
    original_swing_bar_index (series int)
    creation_bar (series int)

FVGData
  Fields:
    discovery_bar_index (series int)
    top_price (series float)
    bottom_price (series float)
    is_bullish (series bool)
    mitigated (series bool)
    bar1_time (series int)
    bar1_index (series int)
    bar3_time (series int)
    bar3_index (series int)

Removed:
findSwingPoints(high, low, swing_size)

classifySwingPoint(pivHi, pivLo, prevHigh, prevLow, prevSwing)

detectBOS(close, high, low, prevHigh, prevLow, highActive, lowActive, bos_conf_type)

getBOSDetails(highBroken, lowBroken, prevHigh, prevLow, prevSwing, prevHighIndex, prevLowIndex, input_show_choch)

detectRetracementTrigger(prevSwing, prevSwingPrev, current_bar_index, prevHigh, prevLow, pivHi, pivLo, swing_size)

detectFVG(high, low, bar_time)

checkFVGMitigation(fvg, high, low, close, open, mitigation_type)

detectBPR(fvg_array)

detectVolumeSpike(close, prev_close, volume, ema_volume, threshold)

addFVG(fvg_array, high_time, low_time, high_price, low_price, is_bullish, max_size)

addVolumeSpike(spike_array, bar_time, price, percent_oi, normalized_volume, max_size)

getBufferedFVGs(fvg_array, lookback_bars, bar_time)

getBufferedVolumeSpikes(spike_array, lookback_bars, bar_time)

getBufferedFVGSize(fvg_array)

getBufferedVolumeSpikeSize(spike_array)

VolumeSpikeData

Perpustakaan Pine

In true TradingView spirit, the author has published this Pine code as an open-source library so that other Pine programmers from our community can reuse it. Cheers to the author! You may use this library privately or in other open-source publications, but reuse of this code in publications is governed by House Rules.

viorel8
Juga pada:
MATH

Penafian

The information and publications are not meant to be, and do not constitute, financial, investment, trading, or other types of advice or recommendations supplied or endorsed by TradingView. Read more in the Terms of Use.
MATH

Perpustakaan Pine

In true TradingView spirit, the author has published this Pine code as an open-source library so that other Pine programmers from our community can reuse it. Cheers to the author! You may use this library privately or in other open-source publications, but reuse of this code in publications is governed by House Rules.

viorel8
Juga pada:

Penafian

The information and publications are not meant to be, and do not constitute, financial, investment, trading, or other types of advice or recommendations supplied or endorsed by TradingView. Read more in the Terms of Use.