Help with fixiing code

• 03/19/2025 at 10:32 PM #245068
  Shugster

  Can someone help me with the problem showing on the following code? line 6 between period and close I dont have any knowlege regarding coding and have created this code using chatGTP. Many thanks.

   

  // Set the period for calculation
  period = 50

  // Calculate linear regression line
  slope = LinearRegressionSlope[period](close)
  intercept = LinearRegressionIntercept[period](close)
  regression_line = intercept + slope * BarIndex

  // Calculate standard error
  sum_squared_errors = 0
  for i = 0 to period – 1 do
  predicted = intercept + slope * (BarIndex – i)
  sum_squared_errors = sum_squared_errors + (close[i] – predicted)^2
  next
  std_error = sqrt(sum_squared_errors / period)

  // Upper and lower channel lines
  upper_channel = regression_line + std_error
  lower_channel = regression_line – std_error

  // Plot the lines
  RETURN regression_line AS “Regression Line”, upper_channel AS “Upper Channel”, lower_channel AS “Lower Channel”

  

  Shugster

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  03/19/2025 at 10:34 PM #245069
  Shugster

  Thanks, how can I access this?

   

  

  Shugster

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  03/19/2025 at 10:42 PM #245070
  Shugster

  // Set the period for calculation
  period = 50

  // Calculate linear regression line
  slope = LinearRegressionSlope[period](close)
  intercept = LinearRegressionIntercept[period](close)
  regression_line = intercept + slope * BarIndex

  // Calculate standard error
  sum_squared_errors = 0
  for i = 0 to period – 1 do
  predicted = intercept + slope * (BarIndex – i)
  sum_squared_errors = sum_squared_errors + (close[i] – predicted)^2
  next
  std_error = sqrt(sum_squared_errors / period)

  // Upper and lower channel lines
  upper_channel = regression_line + std_error
  lower_channel = regression_line – std_error

  // Plot the lines
  RETURN regression_line AS “Regression Line”, upper_channel AS “Upper Channel”, lower_channel AS “Lower Channel”

  

  Shugster

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  03/20/2025 at 9:48 AM #245079
  Iván

  hi! here you have the code. Be careful with “_”.

  // Set the period for calculation period = 50 // Calculate linear regression line slope = LinearRegressionSlope[period](close) Intercept = average[period](close) - Slope * average[period](barindex) regressionline = intercept + slope * BarIndex // Calculate standard error sumsquarederrors = 0 for i = 0 to period - 1 do predicted = intercept + slope * (BarIndex - i) sumsquarederrors = sumsquarederrors + pow((close[i] - predicted),2) next stderror = sqrt(sumsquarederrors / period) // Upper and lower channel lines upperchannel = regressionline + stderror lowerchannel = regressionline - stderror // Plot the lines RETURN regressionline AS "Regression Line", upperchannel AS "Upper Channel", lowerchannel AS "Lower Channel"

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  // Set the period for calculation period = 50   // Calculate linear regression line slope = LinearRegressionSlope[period](close) Intercept = average[period](close) - Slope * average[period](barindex) regressionline = intercept + slope * BarIndex   // Calculate standard error sumsquarederrors = 0 for i = 0 to period - 1 do predicted = intercept + slope * (BarIndex - i) sumsquarederrors = sumsquarederrors + pow((close[i] - predicted),2) next stderror = sqrt(sumsquarederrors / period)   // Upper and lower channel lines upperchannel = regressionline + stderror lowerchannel = regressionline - stderror   // Plot the lines RETURN regressionline AS "Regression Line", upperchannel AS "Upper Channel", lowerchannel AS "Lower Channel"

   

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