mt trader
we will need to use #property indicator_chart_window. mt trader
#property indicator_buffers 7 For custom indicator calculations, memory allocation is done in the buffer. What we will create is the number of buffers required for indicator
calculations.
The value is 7 for this example to use 7 separate buffer memory. This value can range from 0 to 8.
#property indicator_colorl Black Here we set the colors of our indicators. The black number is the indicator number 1, which varies according to which color we want.
#property indicator_maximum 85 Here we determine the highest value our indicator will show.
#property indicator_minimum 15 Here we set the lowest value our indicator will show.
extern int RSI_Period = 13 We are entering a value according to the time at which the RSI that we added to my notation wants to run
extern int RSI_Price = 0 We choose which price model RSI to which we add the indicator to calculate. 0 means the closing price. For example, if you write 1,
you will only calculate the calculation based on the opening price. A value between 0 and 6 can be given. mt trader
■ extern int Volatility_Band = 34 Indicates which value the volatility band we add to my index will receive. A value between 20 and 40 can be given.
■ extern int Trade_Signal_Line = 7 Here we enter a value according to the time interval at which we want our process signal line to run.
■ extern int Trade_Signal_Type = 0 Here, the calculation management of your process signal line should be entered. The value 0 is calculated
according to the simple moving average. 1 value exponential moving average, 2 value corrected moving average, 3 value linear weighted moving average value.
In this article, we have provided you with general information about the indicators, their use and the input language of the coding language. At a more recent time,
we will further advance the coding language to a slightly higher level. We will also login to expert advisor encodings
mt trader
we will need to use #property indicator_chart_window. mt trader
#property indicator_buffers 7 For custom indicator calculations, memory allocation is done in the buffer. What we will create is the number of buffers required for indicator
calculations.
The value is 7 for this example to use 7 separate buffer memory. This value can range from 0 to 8.
#property indicator_colorl Black Here we set the colors of our indicators. The black number is the indicator number 1, which varies according to which color we want.
#property indicator_maximum 85 Here we determine the highest value our indicator will show.
#property indicator_minimum 15 Here we set the lowest value our indicator will show.
extern int RSI_Period = 13 We are entering a value according to the time at which the RSI that we added to my notation wants to run
extern int RSI_Price = 0 We choose which price model RSI to which we add the indicator to calculate. 0 means the closing price. For example, if you write 1,
you will only calculate the calculation based on the opening price. A value between 0 and 6 can be given. mt trader
■ extern int Volatility_Band = 34 Indicates which value the volatility band we add to my index will receive. A value between 20 and 40 can be given.
■ extern int Trade_Signal_Line = 7 Here we enter a value according to the time interval at which we want our process signal line to run.
■ extern int Trade_Signal_Type = 0 Here, the calculation management of your process signal line should be entered. The value 0 is calculated
according to the simple moving average. 1 value exponential moving average, 2 value corrected moving average, 3 value linear weighted moving average value.
In this article, we have provided you with general information about the indicators, their use and the input language of the coding language. At a more recent time,
we will further advance the coding language to a slightly higher level. We will also login to expert advisor encodings
mt trader
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