Future Iron Condor / Butterfly buy or sell indicatorFuture Iron Condor / butterfly indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for futures since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
- Iron Condor price bought/sold: enter the price that you bought/sold one options strategy.
-Instrument price when bought/sold: the stock price when you bought/sold the options strategy.
-Upper strike price Top: the top upper strike price of the options strategy.
-Lower strike price Top: the top lower strike price of the options strategy.
-Upper strike price Bottom: the bottom upper strike price of the options strategy.
-Lower strike price Bottom: the bottom lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: If the strategy was bought, -0.95 means, 95% of the options strategy maximum loss is reached. : If the strategy was bought, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
"entry" için komut dosyalarını ara
Future Straddle / Strangle buy or sell indicatorFuture Straddle / strangle buy or sell indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for futures since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
- Straddle/strangle price bought/sold: enter the price that you bought/sold one options strategy.
-Instrument price when bought/sold: the stock price when you bought/sold the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-Risk to reward: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (3).
Example: If the strategy was bought, -0.95 means, 95% of the options strategy value is lost (unrealized). If the strategy was bought, 3 means, the risk to reward is 3.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Future Call Bear Spread indicatorFuture Call bear spread indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a CREDIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for futures since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
- Call spread price (Credit): The credit received for one unit of options strategy.
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Max Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: In this spread, -0.95 means, 95% of the options strategy maximum loss is reached and, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Future Call bull spread indicatorFuture Call bull spread indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a DEBIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for futures since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
- Call spread price (Debit): The debit paid for one unit of options strategy.
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Max Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: In this spread, -0.95 means, 95% of the options strategy maximum loss is reached and, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Future Put option buy or sell indicatorFuture Put option indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for futures since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
-The option price bought: at what price did you bought/sold one option.
-Instrument price when bought: the stock price when you bought/sold the option.
-Strike price: the strike price of the option.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-Risk to reward: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (3).
Example: If an option was bought, -0.95 means, 95% of the option value is lost (unrealized). If an option was bought, 3 means, the risk to reward is 3.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Future Call option buy or sell indicatorFuture Call option indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for futures since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
-The option price bought: at what price did you bought/sold one option.
-Instrument price when bought: the stock price when you bought/sold the option.
-Strike price: the strike price of the option.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-Risk to reward: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (3).
Example: If an option was bought, -0.95 means, 95% of the option value is lost (unrealized). If an option was bought, 3 means, the risk to reward is 3.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Put ratio spread Debit indicatorPut ratio spread debit indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a DEBIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Debit paid: The debit paid for one unit of options strategy. Minimum value: 0. 01 .
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
- Upper Strike numbers of puts . This number has to be less than the number of puts that were sold.
- Lower Strike number of puts . This number has to be greater than the number of puts that were bought.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Put ratio spread Credit indicatorPut ratio spread credit indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a CREDIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Credit received: The credit received for one unit of options strategy. Minimum value: 0. 01 .
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
- Upper Strike numbers of puts . This number has to be less than the number of puts that were sold.
- Lower Strike number of puts . This number has to be greater than the number of puts that were bought.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Call ratio spread debit indicatorCall ratio spread debit indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a DEBIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Debit paid: The debit paid for one unit of options strategy. Minimum value: 0. 01 .
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
- Upper Strike numbers of calls . This number has to be greater than the number of calls that were bought.
- Lower Strike number of calls . This number has to be less than the number of calls that were sold.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Call ratio spread Credit indicatorCall ratio spread credit indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a CREDIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Credit received: The credit received for one unit of options strategy. Minimum value: 0. 01 .
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
- Upper Strike numbers of calls . This number has to be greater than the number of calls that were bought.
- Lower Strike number of calls . This number has to be less than the number of calls that were sold.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Put Bull Spread indicatorPut bull spread indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a CREDIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
- Put spread price (Credit): The credit received for one unit of options strategy.
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Max Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: In this spread, -0.95 means, 95% of the options strategy maximum loss is reached and, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Put Bear Spread indicatorPut bear spread indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a DEBIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
- Put spread price (Debit): The debit paid for one unit of options strategy.
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Max Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: In this spread, -0.95 means, 95% of the options strategy maximum loss is reached and, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Iron Condor / butterfly buy or sell indicatorIron Condor / butterfly indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
- Iron Condor price bought/sold: enter the price that you bought/sold one options strategy.
-Instrument price when bought/sold: the stock price when you bought/sold the options strategy.
-Upper strike price Top: the top upper strike price of the options strategy.
-Lower strike price Top: the top lower strike price of the options strategy.
-Upper strike price Bottom: the bottom upper strike price of the options strategy.
-Lower strike price Bottom: the bottom lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: If the strategy was bought, -0.95 means, 95% of the options strategy maximum loss is reached. : If the strategy was bought, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Straddle / strangle buy or sell indicatorStraddle / strangle buy or sell indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
- Straddle/strangle price bought/sold: enter the price that you bought/sold one options strategy.
-Instrument price when bought/sold: the stock price when you bought/sold the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-Risk to reward: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (3).
Example: If the strategy was bought, -0.95 means, 95% of the options strategy value is lost (unrealized). If the strategy was bought, 3 means, the risk to reward is 3.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Call Bear Spread indicatorCall bear spread indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a CREDIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
- Call spread price (Credit): The credit received for one unit of options strategy.
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Max Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: In this spread, -0.95 means, 95% of the options strategy maximum loss is reached and, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Call bull spread indicatorCall bull spread indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
This spread is a DEBIT SPREAD.
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
- Call spread price (Debit): The debit paid for one unit of options strategy.
-Instrument price when entered spread: the stock price when you enter the options strategy.
-Upper strike price: the upper strike price of the options strategy.
-Lower strike price: the lower strike price of the options strategy.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-% of Max Profit/Loss: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (0.95).
Example: In this spread, -0.95 means, 95% of the options strategy maximum loss is reached and, 0.95 means, 95% of the options strategy maximum profit is reached.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Put option buy or sell indicatorPut option indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
-The option price bought: at what price did you bought/sold one option.
-Instrument price when bought: the stock price when you bought/sold the option.
-Strike price: the strike price of the option.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-Risk to reward: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (3).
Example: If an option was bought, -0.95 means, 95% of the option value is lost (unrealized). If an option was bought, 3 means, the risk to reward is 3.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
Call option buy or sell indicatorCall option indicator developed by Chobotaru Brothers.
You need to have basic knowledge in option trading to use this indicator!
The indicator shows P&L lines of the options strategy. Use only for stocks since the mathematical model of options for Future instruments is different from stocks. Plus, the days' representation in futures is also different from stocks (stocks have fewer days than futures ).
***Each strategy in options is based on different mathematical equations, use this indicator only for the strategy in the headline.***
What does the indicator do?
The indicator is based on the Black-Scholes model, which uses partial differential equations to determine the option pricing. Due to options non-linear behavior, it is hard to visualize the option price. The indicator calculates the solutions of the Black-Scholes equation and plots them on the chart so traders can view how the option pricing will behave.
How the indicator does it?
The indicator uses five values (four dominants and one less dominant) to solve the Black-Scholes equation. The values are stock price, the strike price of the option, time to expiration, risk-free interest rate, and implied volatility .
How the indicator help the users?
-View the risks and rewards so you can know the profit targets in advance which means you can compare different options in different strikes.
-View the volatility change impact so you can know the risk and the P&L changes in case of a change in the volatility over the life of the option before you enter the trade.
-View the passage of time impact so you can know where and when you could realize a profit.
-Multi-timeframes so you can stay on the same chart (Daily and below).
All these features are to help the user improve his analysis while trading options.
How to use it?
The user needs to obtain from the “option chain” the following inputs:
-Buy or sell (the strategy)
-The option price bought: at what price did you bought/sold one option.
-Instrument price when bought: the stock price when you bought/sold the option.
-Strike price: the strike price of the option.
-Interest rate: find the risk-free interest rate from the U.S. DEPARTMENT OF THE TREASURY. Example: for 2% interest rate, input: 0.02.
-Days to expire: how many days until the option expires.
-Volatility: the implied volatility of the option bought/sold. Example: for 45% implied volatility , input: 0.45.
-Day of entry: A calendar day of the month that the option bought/sold.
-Month of entry: Calendar month the option bought/sold.
-Year of entry: Calendar year the option bought/sold.
-Risk to reward: Profit/loss line defined by the user. Minimum input (-0.95) ; maximum input (3).
Example: If an option was bought, -0.95 means, 95% of the option value is lost (unrealized). If an option was bought, 3 means, the risk to reward is 3.
After entering all the inputs, press Ok and you should see “Calculation Complete” on the chart.
The user should not change the entry date and days to expire inputs as time passes after he entered the trade.
How to access the indicator?
Use the link below to obtain access to the indicator
PAL strategy
This trading script is based on the foundational concepts of the BBMA Omaa Ally, but it incorporates several custom additions and modifications tailored to a specific individual trading style. The general approach for utilizing these signals is as follows:
1. EXT, CSM, and CSAK Signals: When any of these momentum/breakout signals occur, the trader typically waits for a re-entry or retracement of the price action. The actual trade entry is then made upon contact with the opposing WMA 5 or WMA 10 lines.
2. CSAK with CB1 (CBS): If a CSAK candle forms concurrently with a CB1 (an initial breakout confirmation), the setup is designated as a **CBS**. For lower timeframes (M5/M15), an instant entry may be taken on the CBS candle, while entries on higher timeframes (H1/H4/Daily) are taken on the WMA 5/10 retracement following the CBS.
3. CSAK with CB1 and Dominant Break (PAL): A setup involving a CSAK candle, CB1, and a break of a Dominant candle/level is identified as a **PAL**. Similar to the CBS rule, an instant entry is taken on M5/M15, and a **WMA 5/10 retracement entry is utilized for higher timeframes.
4. CPA Signals: The **CPA** signal is treated as a high-conviction setup, warranting an instant entry. For all trades, the Stop Loss (SL) and Take Profit (TP) are managed by exiting the trade if the price breaks the opposing WMA 5 or WMA 10 line.
**In an advanced trading context, the confirmation of a re-entry on a higher timeframe is verified by observing an EXT signal on a corresponding lower timeframe. This is known as confluent confirmation.
Monthly -> daily
Weekly -> H4
Daily -> H1
H4 -> m15
H1 -> m5
Prophet Model [TakingProphets]The Prophet Model
**OVERVIEW**
Prophet Model is a **workflow assistant** for traders who practice ICT-style analysis. It does not issue buy/sell signals. Instead, it **discovers and organizes institutional context** in real time:
- Projects **HTF PD Arrays (FVGs)** onto your current chart.
- Validates **directional bias** using **Candle Range Theory (CRT)**.
- Detects **Liquidity Sweeps** (BSL/SSL).
- Confirms **Change in State of Delivery (CISD)** after a sweep.
- Refines entries with **EPE (Easiest Point of Entry)** if an internal imbalance appears.
- Generates **dynamic risk levels** (**TP/BE/SL**) from structural displacement rather than fixed distances.
- Keeps a **checklist** (PDA tap, CRT, Sweep, CISD) so you gate execution with rules.
This publication is **closed-source / invite-only** due to the integrated architecture (multi-module detection engine), nearest-PDA persistence logic, sweep→CISD sequencing, EPE refinement, dynamic risk math, and tables that maintain a consistent execution discipline.
---
**ARCHITECTURE AT A GLANCE**
- **Data sources**
- The script maps your current timeframe to a **higher timeframe** (HTF). Examples:
- 15S → M5, M1 → M15, M5 → H1, M15 → H4, H1 → D, H4 → W, D → M.
- HTF **O/H/L/C/time** are fetched using `request.security()` (with gaps handling).
- A **live HTF close** stream is kept (no lookahead), so structures update until the HTF candle closes.
- **Core modules**
- **HTF PD Arrays (FVGs)**: formation, visibility management, inverse-mitigation cleanup, nearest-PDA persistence.
- **CRT**: bias validation from a two-candle HTF pattern (bullish/bearish formulations).
- **Liquidity Sweeps**: BSL/SSL pivot tracking on HTF-derived levels.
- **CISD**: displacement confirmation through the **sequence open** following a sweep.
- **EPE**: optional refinement if an **internal FVG** forms right after CISD.
- **Dynamic TP/BE/SL**: derived from **measured swing** (not fixed pips).
- **Tables/Checklist**: execution discipline and TF relationship guidance.
---
**WHAT EACH MODULE DOES (WITH RULES AND EDGE CASES)**
- **HTF PD Arrays (FVGs)**
- **Bearish FVG condition (HTF):** `low > high ` (skips weekend gaps and micro gaps).
- **Bullish FVG condition (HTF):** `high < low ` (same filters).
- **Weekend-gap and tiny-gap filters:** prevent false PD arrays.
- **Inverse mitigation:** if price **invalidates** the box (e.g., trades clean through), the box is removed and the internal state resets (waiting flags for displacement cleared).
- **Nearest-PDA persistence:** when multiple FVGs exist, the script **keeps only the closest** to promote focus and reduce clutter.
- **Right extension:** each FVG box optionally **extends** X bars forward (input) to visualize lingering influence.
- **CRT (Candle Range Theory)**
- **Bullish CRT (HTF):**
- Candle2 **wicks below** Candle1 Low,
- Candle2 **closes back inside** Candle1 range, **below** Candle1 High,
- Candle2 **does not take** Candle1 High.
- **Bearish CRT (HTF):**
- Candle2 **wicks above** Candle1 High,
- Candle2 **closes back inside** Candle1 range, **above** Candle1 Low,
- Candle2 **does not take** Candle1 Low.
- **Role:** sets **directional conviction** and is paired to CISD when alignments match.
- **Liquidity Sweeps (BSL/SSL)**
- Tracks candidate **pivot highs/lows** as buy-side / sell-side liquidity.
- A **sweep** registers when price **takes** a tracked pivot.
- **Sweep + interaction with active HTF FVG** → **arm CISD watch** (we require context + response).
- **CISD (Change in State of Delivery)**
- **Sequence-finding:** locate the **open** of the impulsive leg (a run of same-color candles) starting at or right after the sweep.
- **Displacement confirmation:**
- After BSL sweep (seeking bearish shift): **close < sequence-open**.
- After SSL sweep (seeking bullish shift): **close > sequence-open**.
- On confirmation, the model **plots a CISD line**, marks **CISD present** on the checklist, and queues **dynamic risk** computation.
- **EPE (Easiest Point of Entry)**
- Immediately following CISD, scan **subsequent bars** for an **internal imbalance** (mini-FVG).
- If found, **move entry** from CISD level to the refined **EPE** level and **relabel** accordingly.
- EPE is optional; if none exists, CISD level remains as the default reference.
- **Dynamic Risk (TP / BE / SL)**
- Uses the **measured displacement** from swing extremes surrounding CISD:
- Example implementation in this build:
- `TP = swingStart − swingStop` **scaled** and **added/subtracted** based on side (≈2.25× stretch).
- `BE = swingStart − swingStop` (≈1× stretch).
- `SL` is aligned to **recent extremes** (contextual, not a fixed offset).
- These lines are **labeled** and can optionally **show price**; they can be shifted to follow real time.
- **Tables & Checklist**
- **Checklist** marks when each of the following is satisfied:
- **HTF PDA Tap**, **CRT**, **Liquidity Sweep**, **CISD**.
- **Flow State Relationships** table lists common **HTF PDA ↔ CISD** pairs (e.g., Weekly PDA ↔ H4 CISD).
- Both tables reinforce a **rules-first, confirmation-later** mindset.
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**DETAILED LOGIC FLOW (SEQUENCE DIAGRAM STYLE)**
1) **Map TF → HTF** → fetch rolling HTF O/H/L/C/time + live HTF close.
2) **Detect new HTF candle** → re-run PD array, CRT, and cleanup steps.
3) **Create/extend FVGs** if valid; **remove** inverse-mitigated FVGs; keep **nearest** only.
4) **Check sweeps**: when a BSL/SSL pivot is taken, verify that price **engages the current HTF PDA**.
5) If engaged, **arm CISD** and start watching for **displacement through the sequence open**.
6) On displacement, **confirm CISD** → draw CISD level, compute **TP/BE/SL**.
7) Within the follow-up window, **scan for internal FVG** → if found, **promote EPE** (entry refinement).
8) **Checklist** updates; **Relationship table** highlights current TF pair.
9) **Cleanup**: old lines/labels/boxes are periodically removed to keep charts light and relevant.
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**WHY THIS IS ORIGINAL**
- **Integrated engine**: HTF PDA maintenance + CRT gating + liquidity sweep → CISD confirmation → EPE refinement → **dynamic risk** (TP/BE/SL) across one coherent pipeline.
- **Nearest-FVG persistence** and **inverse-mitigation** rules focus the analyst on **the** active institutional area rather than crowding the chart.
- **Displacement-based risk math** avoids one-size-fits-all pip distances.
- **Execution discipline features** (checklist + relationships table) are designed to reduce discretionary errors and curb overtrading.
---
**INPUTS (FULL OVERVIEW)**
- **General**
- Extend HTF FVGs by X bars (right extension of boxes)
- **Fair Value Gaps**
- Show/Hide FVGs, optional borders
- Bullish/Bearish colors, label color, label size
- **CISD**
- Show/Hide CISD lines
- Line color, label color, label size
- **EPE**
- Show/Hide EPE lines
- Line color, label color, label size
- **Limits (TP/BE/SL)**
- Show/Hide each level independently
- Show prices on labels (on/off)
- TP/BE/SL colors
- **Info Box & Tables**
- Show info box (title, symbol, date) + text color
- Show Relationship table (TF pairing guidance)
- Show Strategy Checklist (PDA Tap, CRT, Sweep, CISD)
- Table text size and header colors
---
**HOW TO USE (PRACTICAL PLAYBOOK)**
- **Setup**
- Keep your normal trading timeframe; add the indicator.
- Let the tool auto-map HTF and draw **current PD arrays**.
- **Checklist sequence**
- Wait for **HTF PDA** engagement (tap/mitigation).
- Confirm **CRT** in the direction of interest.
- Observe a **Liquidity Sweep** (BSL for potential shorts, SSL for potential longs).
- Seek **CISD confirmation** through the **sequence open**.
- **Entry refinement**
- If CISD prints, look for **internal FVG** shortly after; if present, the model **promotes EPE** as a refined entry.
- If no internal FVG forms, CISD line remains the primary reference.
- **Risk planning**
- Use **dynamic TP/BE/SL** lines (derived from the displacement leg).
- You can toggle price labels and line colors to match your workspace.
- **Context management**
- Use the **Relationships** table to align typical PDA↔CISD pairs (e.g., Weekly PDA driving H4 CISD).
- Review **only the nearest FVG**—the model hides the rest to reduce noise.
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**REPAINTING, TIMING, AND LIMITATIONS**
- `request.security()` is used **without lookahead**; HTF data **updates intrabar** until the HTF bar closes.
- **CISD/EPE** are **live**: conditions can **form and then invalidate** before the HTF bar close.
- Conservative users may choose to **act only on close** of the HTF bar that confirms CISD.
- **Weekend gaps / tiny gaps** are filtered; extremely thin sessions can reduce clarity.
- **Dynamic risk** references structural swings; it is **not** a guarantee or an optimized money-management model.
- This tool is **analytical** and **educational**. No performance claims.
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**ALERTS**
*(This build focuses on drawings/tables. You can add alertconditions aligned with these events in your private version.)*
- **CISD Confirmed (Bullish / Bearish)**
- **EPE Set / Updated**
- **HTF PDA Tap (Bullish / Bearish box)**
- **CRT Detected (Bullish / Bearish)**
**Example alert text**
- “Prophet: CISD+ confirmed on {{ticker}} / {{interval}}”
- “Prophet: EPE refined (bullish) at {{close}} on {{time}}”
---
**NOTES & ATTRIBUTION**
- Aligned with **ICT concepts**: PD arrays (FVGs), CRT, liquidity sweeps, displacement/CISD, refined entries.
- **Closed-source & invite-only** due to the original **end-to-end architecture** and maintenance value.
- **Educational use only. Not financial advice.**
London Midpoint Raid [Plazo Sullivan Roche Capital]London Midpoint BOS AI™ – User Manual
By Plazo Sullivan Roche Capital
Core Strategy in a Nutshell
The London Midpoint BOS AI™ is a precision intraday tool built on ICT and Smart Money Concepts (SMC) principles. It identifies London session reversal-to-continuation setups that align with higher-timeframe (HTF) bias and true market intent.
In essence:
When the Daily and 4H structure is bullish, the market often dips below equilibrium during London’s early volatility to grab liquidity before resuming upward.
Conversely, in a bearish structure, it typically spikes above equilibrium before continuing downward.
The tool automatically detects:
HTF Bias (Daily + H4) via EMA or structure logic
Yesterday’s mid-range (equilibrium)
Intraday Break of Structure (BOS) on your 2–5-minute chart
Volume expansion, confirming institutional displacement
Optional VWAP confluence for extra precision
When all filters align, the script marks BUY or SELL signals during the London Killzone (02:30–04:30 NY time) — when 70% of the day’s institutional liquidity is set.
What’s in It for You
Benefit Description
🎯 Ultra-High Precision Entries
Trades only when price sweeps the prior day’s equilibrium and confirms BOS with real volume expansion.
🧩 Institutional Logic, Simplified
Combines ICT, SMC, and Goldbach bias confirmation without clutter — showing only signals that matter.
⚙️ Adaptive Multi-Timeframe Bias
Auto-syncs with your Daily & H4 direction, ensuring you only trade with macro momentum.
🔔 Alert-Ready for Automation
BUY and SELL alert conditions are pre-built for webhook integration with cTrader or brokers.
📊 Clean Dashboard Interface
Real-time HTF bias panel keeps you aligned with the larger market context.
⏱ Session-Specific Smart Filtering
Restricts signals to the London Killzone for maximum precision and volatility efficiency.
Best Usage Guide
✅ Recommended Chart & Assets
Chart timeframe 2-minute to 5-minute
Higher timeframes monitored 4H and Daily
Pairs & Assets EURUSD, GBPUSD, XAUUSD (Gold), DXY, NAS100
Session London Killzone – 02:30 to 04:30 New York time
Ideal Market Conditions
Asian session forms a narrow, defined range (low volatility).
Price sweeps below or above yesterday’s midpoint during early London volatility.
HTF bias is clear and unconflicted (both Daily and 4H agree).
A strong BOS candle with volume expansion appears immediately after sweep.
VWAP alignment supports the intended direction.
Avoid trading:
Mixed HTF signals (Daily bullish, H4 bearish).
Large fundamental days (CPI, NFP, FOMC).
Markets already heavily trending with no retracement.
Tool Settings Breakdown
Session Control
Limit to London Killzone Filters signals only between 02:30–04:30 NY time.
HTF Bias Method
EMA or Structure Choose how Daily/H4 bias is determined.
Midpoint Logic
Require Sweep of Yesterday’s Midpoint Only triggers signals after liquidity sweep around yesterday’s mid-level.
Volume Confirmation
Volume SMA Length, Volume Expansion ≥ Confirms BOS with a spike in relative volume.
VWAP Confluence
Require VWAP alignment Adds institutional volume reference for more accurate trades.
Display Options
Show Dashboard, Show Midpoint, Show Labels Customize visibility of components for clarity.
How to Interpret Signals
BUY Signal (Bullish Setup)
HTF (Daily & H4) bias = Bullish
Price sweeps below yesterday’s midpoint
A BOS up forms on the 2–5m chart
Volume expansion confirms displacement
Optional VWAP confluence: Price above VWAP
deal Entry:
Buy on retracement to the BOS candle midpoint or a micro Fair Value Gap (FVG).
Target:
First partial at 1R or prior high
Final target near London session high or daily liquidity level
SELL Signal (Bearish Setup)
HTF (Daily & H4) bias = Bearish
Price sweeps above yesterday’s midpoint
A BOS down forms on the 2–5m chart
Volume expansion confirms displacement
Optinal VWAP confluence: Price below VWAP
Ideal Entry:
Sell on retracement to BOS candle midpoint or micro FVG fill.
🎯 Target:
First partial at 1R or session equilibrium
Final target at London low or key liquidity pocket
Best Setup Configuration
Parameter Recommended Value
Timeframe 2-minute or 3-minute
HTF Bias Method EMA (20)
Require Sweep of Midpoint ✅ Enabled
Volume Expansion ≥ 1.5x to 2.0x average
VWAP Filter ✅ Enabled
Session Limit ✅ London Killzone (02:30–04:30 NY)
Display Dashboard ON, Midpoint ON, Labels ON
This configuration yields an excellent balance of signal clarity, precision, and frequency — typically 2–4 valid trades per week per pair, with average R:R of 2.5–4.0.
Pro Tips for Maximum Edge
Bias Confirmation: Always double-check that Daily and H4 structure are aligned before entering.
Session Timing: Wait for the London open (02:30–03:00 NY). Avoid early pre-London signals.
Volume Clues: The best trades come when BOS candles show clear displacement — wide-range, high-volume bars.
Liquidity Targets: Focus on previous day’s high/low, session highs/lows, or obvious liquidity pools.
Psychological Precision: Don’t chase; let the tool print the signal after the sweep, then wait for confirmation.
🔔 Alerts & Automation
Pre-built alert conditions:
BUY: London Midpoint BOS
SELL: London Midpoint BOS
Use them for:
Webhook connections (e.g., cTrader, MT5, or Discord alerts).
External trade execution bots or journaling tools.
🏁 Summary
The London Midpoint BOS AI™ distills institutional concepts into a clean, actionable framework for traders who want to:
Trade only high-probability London setups
Filter out noise and fake reversals
Align entries with HTF direction and real liquidity intent
It’s your daily edge to capture the most profitable 90-minute window in global forex — the London Killzone, where precision beats volume every time.
Candle Pattern Detector SMC with Alerts @AshokTrendJust Follow Hammer, Inverted Hammer, Hanging Man, Engulfing, volume adn smc consideration,
Trading the candlestick patterns (Hammer, Inverted Hammer, Hanging Man, Bullish/Bearish Engulfing) with volume confirmation adds an important layer of validation, helping to filter false signals and improve trade success. Here’s how to integrate volume into your strategy:
***
### How to Trade Candlestick Patterns with Volume Confirmation
#### 1. Understand Volume Role
- Volume shows the strength behind price moves:
- Higher volume on a pattern (compared to recent average) indicates strong participation, increasing the pattern’s reliability.
- Low volume may mean weak conviction and higher risk of failure.
#### 2. Volume Confirmation Rules
- Define a volume threshold, for example:
- Current candle’s volume > average volume of last 10 or 20 candles (or a fixed multiplier, e.g., 1.2× average).
- For bullish patterns (Hammer, Inverted Hammer, Bullish Engulfing): confirm with rising volume on pattern candle or next candle.
- For bearish patterns (Hanging Man, Bearish Engulfing): confirm with higher volume on pattern candle indicating strong selling.
#### 3. Entry Signals with Volume
- **Bullish Entry:**
- Signal candle (Hammer, Bullish Engulfing, etc.) appears near support or order block.
- Volume on the signal candle or immediate next candle is higher than average.
- Enter long on confirmation candle or close of signal candle.
- **Bearish Entry:**
- Signal candle (Hanging Man, Bearish Engulfing, etc.) appears near resistance or supply zone.
- Volume on the signal candle or immediate next candle exceeds average.
- Enter short on confirmation candle or close of signal candle.
#### 4. Stop Loss & Targets
- Place stop loss just below (for longs) or above (for shorts) the low/high wick of the signal candle or the order block zone.
- Set take profit based on nearby support/resistance, risk-reward ratio, or a fixed number of candle closes.
#### 5. Avoid Trading Without Volume Confirmation
- Reject candles if volume is below threshold to reduce false signals.
### Summary
Trading candlestick patterns combined with volume confirmation ensures only well-supported setups are taken, improving win rates and reducing noisy or fake signals. Volume adds a critical dimension to the SMC candle patterns for binary or any form of trading.
Would you like me to generate a full Pine Script that integrates volume confirmation with the patterns you requested?
