- There is no angle from 2 anchor points. An angle requires distance/distance a unitless number. A chart has price/time. What is the angle of going 30 miles in 45 minutes? Meaningless!
- You can get the slope from a trendline. Delta price / delta time. Changing the axes scales changes the apparent angle, the slope is constant. Angle is meaningless.
- You can create a angled line using one point and setting the angle. The line is drawn that angle in pixels. Changing the axes scales does NOT change the angle.
Can't be done.
- There is no angle from 2 anchor points. An angle requires distance/distance a unitless number. A chart has price/time. What is the angle of going 30 miles in 45 minutes? Meaningless!
- You can get the slope from a trendline. Delta price / delta time. Changing the axes scales changes the apparent angle, the slope is constant. Angle is meaningless.
- You can create a angled line using one point and setting the angle. The line is drawn that angle in pixels. Changing the axes scales does NOT change the angle.
Thanks, appreciate your response.
Just wanted to double confirm that we are on the same page, attached is a screenshot.
Ignore the red signal line for the stochastic.
In this example, the angle for the MAIN line is around 90 degrees. I would like to see if we can use maths calculation to get this degree.
Otherwise, would Slope be possible in this case?
Thanks!
Thanks, appreciate your response.
Just wanted to double confirm that we are on the same page, attached is a screenshot.
Ignore the red signal line for the stochastic.
In this example, the angle for the MAIN line is around 90 degrees. I would like to see if we can use maths calculation to get this degree.
Otherwise, would Slope be possible in this case?
Thanks!
There is no angle in time series
Slope = Current value - Previous value
Good point. Generate the one slope. Compute the angle between it an a horizontal line (zero slope.)
Not compiled, not tested.
// Angle (in degrees) Between Two Lines http://www.tpub.com/math2/5.htm double angle(double vCurr1, double v1Prev, uint nBars1=1, double vCurr2=0, double v2Prev=0, uint nBars2=1){ double slope1 = (vCurr1 - v1Prev) / nBars1; double slope2 = (vCurr2 - v2Prev) / nBars2; if(slope1 * slope2 == 1) return 90.0; arcTan( (slope2 - slope1) / (1 - slope1*slope2) ); } double arcTan(double v){ return MathArctan(v) * 360/M_PI_2; }Not compiled, not tested.
Good point. Generate the one slope. Compute the angle between it an a horizontal line (zero slope.)
Not compiled, not tested.
Not compiled, not tested.nicholishen: I agree with your original comments... How it's angle relevant?
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I shouldn't have jumped in before the coffee started working. Changing any one of the three scales (TF/Bar width/Price scale) changes the apparent angle and is therefor useless. |
I shouldn't have jumped in before the coffee started working. Changing any one of the three scales (TF/Bar width/Price scale) changes the apparent angle and is therefor useless. |

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Hi
I'm trying to retrieve the last 3 values of stochastic main, and calculate the angle of these three values/lines
Is there a way to do this? I have no issue calling the values out, just can't figure out how to get the angle of these 2 lines (that connects these three Dots)
Thanks!