PINE LIBRARY
AMF_Library

Library "AMF_Library"
Adaptive Momentum Flow (AMF) Library - A comprehensive momentum oscillator that adapts to market volatility
Author B3AR_Trades
f_ema(source, length)
Custom EMA calculation that accepts a series length
Parameters:
source (float): (float) Source data for calculation
length (float): (float) EMA length (can be series)
Returns: (float) EMA value
f_dema(source, length)
Custom DEMA calculation that accepts a series length
Parameters:
source (float): (float) Source data for calculation
length (float): (float) DEMA length (can be series)
Returns: (float) DEMA value
f_sum(source, length)
Custom sum function for rolling sum calculation
Parameters:
source (float): (float) Source data for summation
length (int): (int) Number of periods to sum
Returns: (float) Sum value
get_average(data, length, ma_type)
Get various moving average types for fixed lengths
Parameters:
data (float): (float) Source data
length (simple int): (int) MA length
ma_type (string): (string) MA type: "SMA", "EMA", "WMA", "DEMA"
Returns: (float) Moving average value
calculate_adaptive_lookback(base_length, min_lookback, max_lookback, volatility_sensitivity)
Calculate adaptive lookback length based on volatility
Parameters:
base_length (int): (int) Base lookback length
min_lookback (int): (int) Minimum allowed lookback
max_lookback (int): (int) Maximum allowed lookback
volatility_sensitivity (float): (float) Sensitivity to volatility changes
Returns: (int) Adaptive lookback length
get_volatility_ratio()
Get current volatility ratio
Returns: (float) Current volatility ratio vs 50-period average
calculate_volume_analysis(vzo_length, smooth_length, smooth_type)
Calculate volume-based buying/selling pressure
Parameters:
vzo_length (int): (int) Lookback length for volume analysis
smooth_length (simple int): (int) Smoothing length
smooth_type (string): (string) Smoothing MA type
Returns: (float) Volume analysis value (-100 to 100)
calculate_amf(base_length, smooth_length, smooth_type, signal_length, signal_type, min_lookback, max_lookback, volatility_sensitivity, medium_multiplier, slow_multiplier, vzo_length, vzo_smooth_length, vzo_smooth_type, price_vs_fast_weight, fast_vs_medium_weight, medium_vs_slow_weight, vzo_weight)
Calculate complete AMF oscillator
Parameters:
base_length (int): (int) Base lookback length
smooth_length (simple int): (int) Final smoothing length
smooth_type (string): (string) Final smoothing MA type
signal_length (simple int): (int) Signal line length
signal_type (string): (string) Signal line MA type
min_lookback (int): (int) Minimum adaptive lookback
max_lookback (int): (int) Maximum adaptive lookback
volatility_sensitivity (float): (float) Volatility adaptation sensitivity
medium_multiplier (float): (float) Medium DEMA length multiplier
slow_multiplier (float): (float) Slow DEMA length multiplier
vzo_length (int): (int) Volume analysis lookback
vzo_smooth_length (simple int): (int) Volume analysis smoothing
vzo_smooth_type (string): (string) Volume analysis smoothing type
price_vs_fast_weight (float): (float) Weight for price vs fast DEMA
fast_vs_medium_weight (float): (float) Weight for fast vs medium DEMA
medium_vs_slow_weight (float): (float) Weight for medium vs slow DEMA
vzo_weight (float): (float) Weight for volume analysis component
Returns: (AMFResult) Complete AMF calculation results
calculate_amf_default()
Calculate AMF with default parameters
Returns: (AMFResult) AMF result with standard settings
amf_oscillator()
Get just the main AMF oscillator value with default parameters
Returns: (float) Main AMF oscillator value
amf_signal()
Get just the AMF signal line with default parameters
Returns: (float) AMF signal line value
is_overbought(overbought_level)
Check if AMF is in overbought condition
Parameters:
overbought_level (float): (float) Overbought threshold (default 70)
Returns: (bool) True if overbought
is_oversold(oversold_level)
Check if AMF is in oversold condition
Parameters:
oversold_level (float): (float) Oversold threshold (default -70)
Returns: (bool) True if oversold
bullish_crossover()
Detect bullish crossover (main line crosses above signal)
Returns: (bool) True on bullish crossover
bearish_crossover()
Detect bearish crossover (main line crosses below signal)
Returns: (bool) True on bearish crossover
AMFResult
AMF calculation results
Fields:
main_oscillator (series float): The main AMF oscillator value (-100 to 100)
signal_line (series float): The signal line for crossover signals
dema_fast (series float): Fast adaptive DEMA value
dema_medium (series float): Medium adaptive DEMA value
dema_slow (series float): Slow adaptive DEMA value
volume_analysis (series float): Volume-based buying/selling pressure (-100 to 100)
adaptive_lookback (series int): Current adaptive lookback length
volatility_ratio (series float): Current volatility ratio vs average
Adaptive Momentum Flow (AMF) Library - A comprehensive momentum oscillator that adapts to market volatility
Author B3AR_Trades
f_ema(source, length)
Custom EMA calculation that accepts a series length
Parameters:
source (float): (float) Source data for calculation
length (float): (float) EMA length (can be series)
Returns: (float) EMA value
f_dema(source, length)
Custom DEMA calculation that accepts a series length
Parameters:
source (float): (float) Source data for calculation
length (float): (float) DEMA length (can be series)
Returns: (float) DEMA value
f_sum(source, length)
Custom sum function for rolling sum calculation
Parameters:
source (float): (float) Source data for summation
length (int): (int) Number of periods to sum
Returns: (float) Sum value
get_average(data, length, ma_type)
Get various moving average types for fixed lengths
Parameters:
data (float): (float) Source data
length (simple int): (int) MA length
ma_type (string): (string) MA type: "SMA", "EMA", "WMA", "DEMA"
Returns: (float) Moving average value
calculate_adaptive_lookback(base_length, min_lookback, max_lookback, volatility_sensitivity)
Calculate adaptive lookback length based on volatility
Parameters:
base_length (int): (int) Base lookback length
min_lookback (int): (int) Minimum allowed lookback
max_lookback (int): (int) Maximum allowed lookback
volatility_sensitivity (float): (float) Sensitivity to volatility changes
Returns: (int) Adaptive lookback length
get_volatility_ratio()
Get current volatility ratio
Returns: (float) Current volatility ratio vs 50-period average
calculate_volume_analysis(vzo_length, smooth_length, smooth_type)
Calculate volume-based buying/selling pressure
Parameters:
vzo_length (int): (int) Lookback length for volume analysis
smooth_length (simple int): (int) Smoothing length
smooth_type (string): (string) Smoothing MA type
Returns: (float) Volume analysis value (-100 to 100)
calculate_amf(base_length, smooth_length, smooth_type, signal_length, signal_type, min_lookback, max_lookback, volatility_sensitivity, medium_multiplier, slow_multiplier, vzo_length, vzo_smooth_length, vzo_smooth_type, price_vs_fast_weight, fast_vs_medium_weight, medium_vs_slow_weight, vzo_weight)
Calculate complete AMF oscillator
Parameters:
base_length (int): (int) Base lookback length
smooth_length (simple int): (int) Final smoothing length
smooth_type (string): (string) Final smoothing MA type
signal_length (simple int): (int) Signal line length
signal_type (string): (string) Signal line MA type
min_lookback (int): (int) Minimum adaptive lookback
max_lookback (int): (int) Maximum adaptive lookback
volatility_sensitivity (float): (float) Volatility adaptation sensitivity
medium_multiplier (float): (float) Medium DEMA length multiplier
slow_multiplier (float): (float) Slow DEMA length multiplier
vzo_length (int): (int) Volume analysis lookback
vzo_smooth_length (simple int): (int) Volume analysis smoothing
vzo_smooth_type (string): (string) Volume analysis smoothing type
price_vs_fast_weight (float): (float) Weight for price vs fast DEMA
fast_vs_medium_weight (float): (float) Weight for fast vs medium DEMA
medium_vs_slow_weight (float): (float) Weight for medium vs slow DEMA
vzo_weight (float): (float) Weight for volume analysis component
Returns: (AMFResult) Complete AMF calculation results
calculate_amf_default()
Calculate AMF with default parameters
Returns: (AMFResult) AMF result with standard settings
amf_oscillator()
Get just the main AMF oscillator value with default parameters
Returns: (float) Main AMF oscillator value
amf_signal()
Get just the AMF signal line with default parameters
Returns: (float) AMF signal line value
is_overbought(overbought_level)
Check if AMF is in overbought condition
Parameters:
overbought_level (float): (float) Overbought threshold (default 70)
Returns: (bool) True if overbought
is_oversold(oversold_level)
Check if AMF is in oversold condition
Parameters:
oversold_level (float): (float) Oversold threshold (default -70)
Returns: (bool) True if oversold
bullish_crossover()
Detect bullish crossover (main line crosses above signal)
Returns: (bool) True on bullish crossover
bearish_crossover()
Detect bearish crossover (main line crosses below signal)
Returns: (bool) True on bearish crossover
AMFResult
AMF calculation results
Fields:
main_oscillator (series float): The main AMF oscillator value (-100 to 100)
signal_line (series float): The signal line for crossover signals
dema_fast (series float): Fast adaptive DEMA value
dema_medium (series float): Medium adaptive DEMA value
dema_slow (series float): Slow adaptive DEMA value
volume_analysis (series float): Volume-based buying/selling pressure (-100 to 100)
adaptive_lookback (series int): Current adaptive lookback length
volatility_ratio (series float): Current volatility ratio vs average
Pine kitaplığı
Gerçek TradingView ruhuyla, yazar bu Pine kodunu açık kaynaklı bir kütüphane olarak yayınladı, böylece topluluğumuzdaki diğer Pine programcıları onu yeniden kullanabilir. Yazara saygı! Bu kütüphaneyi özel olarak veya diğer açık kaynaklı yayınlarda kullanabilirsiniz, ancak bu kodun bir yayında yeniden kullanımı Site Kuralları tarafından yönetilmektedir.
discord.gg/REapC6SGtz
b3artrades@gmail.com
b3artrades@gmail.com
Feragatname
Bilgiler ve yayınlar, TradingView tarafından sağlanan veya onaylanan finansal, yatırım, işlem veya diğer türden tavsiye veya tavsiyeler anlamına gelmez ve teşkil etmez. Kullanım Şartları'nda daha fazlasını okuyun.
Pine kitaplığı
Gerçek TradingView ruhuyla, yazar bu Pine kodunu açık kaynaklı bir kütüphane olarak yayınladı, böylece topluluğumuzdaki diğer Pine programcıları onu yeniden kullanabilir. Yazara saygı! Bu kütüphaneyi özel olarak veya diğer açık kaynaklı yayınlarda kullanabilirsiniz, ancak bu kodun bir yayında yeniden kullanımı Site Kuralları tarafından yönetilmektedir.
discord.gg/REapC6SGtz
b3artrades@gmail.com
b3artrades@gmail.com
Feragatname
Bilgiler ve yayınlar, TradingView tarafından sağlanan veya onaylanan finansal, yatırım, işlem veya diğer türden tavsiye veya tavsiyeler anlamına gelmez ve teşkil etmez. Kullanım Şartları'nda daha fazlasını okuyun.