Shows where the approach bar sits relative to the prelead bar for P6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this P6 branch. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for P6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this P6 branch. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the approach bar sits relative to the prelead bar for P6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for P6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the approach bar sits relative to the prelead bar for P6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this P6_ branch. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for P6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this P6_ branch. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the approach bar sits relative to the prelead bar for P6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for P6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the approach bar sits relative to the prelead bar for AuxP6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this AuxP6 branch. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for AuxP6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this AuxP6 branch. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the approach bar sits relative to the prelead bar for AuxP6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for AuxP6. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the approach bar sits relative to the prelead bar for AuxP6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this AuxP6_ branch. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for AuxP6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the model length in time. The model length is the usual time size of this AuxP6_ branch. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the approach bar sits relative to the prelead bar for AuxP6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

Shows where the early approach bar sits relative to the prelead bar for AuxP6_. Prelead is the pullback chosen between the confirmation of t4 and the approach. The distance is the early approach bar minus the prelead bar, divided by the length from the model start to the prelead bar. For AM and AM/DBM the start is t1. For the other models it is t2, or t2' when that point exists. A positive value means the early approach is to the right of the prelead. A negative value means it is to the left. 0.20 means it sits 20% of that length to the right. 0 means the bars are the same, or the prelead was not found.

AM means the auxiliary model exists. NoAM means it was not found.

5' means point 5' was found. No5' means it was not found.

AUX5' means the auxiliary trend line through point 5' was built. NoAUX5' means point 5' exists, but the matching point 3 for that line was not found.

EAMtl5" means the model has point 5" and uses that alternative trend line. NoEAMtl5" means it uses the ordinary point 5.

5 means price did not go beyond point 5 before point 4 was confirmed. 5' means price did go beyond it. No5 or No6 means that later point is missing.

This mark is written only when the calculated meeting of the two lines falls to the left of points 2 and 4. strongpseudoSP means that meeting sits between point 1 and point 3. undef means it sits before point 1, but not far. weakpseudoST means it sits farther before point 1. The field stays empty in the ordinary case, when the meeting is to the right of the figure.

The value is written as bar (price). It is the same meeting of the trend line and the target line that is stored separately as calcP6 and calcP6t.

The number of bars from the calculated target to point 1 is divided by the number of bars from point 1 to point 3. A result above 20 is stored as 0. The field is left empty when there is no calculated target.

EAM3 means the model uses point 3. EAM3' means it uses point 3' and that point still lies inside the base of point 2. EAM3' out of Base means point 3' has gone beyond point 2.

3 means the auxiliary model uses ordinary point 3. 3' means it uses point 3' and price has not broken point 2 on the way there. 3'aftrb means price broke point 2 before reaching that point 3'. 3'outofb means point 3' itself lies beyond point 2.

3 means only point 3 is present. 3' means the model also has point 3'.

The search looks back about 50 bars before the model. HTModel means price reached the start of the model before it reached the next point, so the model continues an older move. BTModel means the next point was reached first, so the model starts from the beginning of the move. NoData means the chart ended before either event.

The step is measured in pips and divided by the model height in pips. For AM and AM/DBM the step is from point 1 to the bar that confirms it, and the height is MainSize. For an EAM model the step is from point 3 to the previous model's reference bar, and the height is EAMSize. 2 means the step is twice the model height. 0 means the points or the height needed for this ratio are missing.

EAMsimple means no inscribed model was found. EAMplusEM means at least one Algorithm I model sits inside this EAM.

The check looks at an inscribed model that starts at point 3 of the EAM. Specific 1st check means that inner model broke its trend line before point 3', or its point 2 and point 5 bars overlap, or its point-4-to-point-5 step is larger than its other two steps. Regular 1st check means none of that was found.

Specific 2nd check means an opposite-direction Algorithm I model has both point 1 and point 4 between point 3 and point 3' of the EAM. Regular 2nd check means no such model was found.

Pres means a presupposition was found before the model. NoPres means it was not found.

The overlap of those two bars is divided by the distance from point 4 to point 5 and written with a percent sign. No6 means point 5 does not exist. 0% means the bar of point 2 does not reach the bar of point 5.

The price distance from point 3 to point 5 is divided by the price distance from point 5 to the sixth point. For an EAM model the sixth point is the calculated P6. For the other families it is the auxiliary P6. 100 means the second step is tiny beside the first. The value is absent when point 5 or that sixth point is missing.

The price distance from point 2, or 2' when it exists, to point 3 is divided by the price distance from that same point 2 to the calculated P6. 2.0 means the step to point 3 is twice the step to P6. NA means there is no calculated P6. NoAM_INF means the step to P6 is almost zero. The value is written for EAM, AM and AM/DBM.

The price distance from point 2, or 2', to point 3 is divided by the price distance from that point 2 to the auxiliary P6. NoAM means there is no auxiliary P6. NoAM_INF means the step to the auxiliary P6 is almost zero.

The price distance from point 3 to point 4 is divided by the price distance from point 4 to the calculated P6. 2.0 means the step from 3 to 4 is twice the step from 4 to P6. NA means there is no calculated P6. NoAM_INF means the step to P6 is almost zero. The value is written for EAM, AM and AM/DBM.

The price distance from point 3 to point 4 is divided by the price distance from point 4 to the auxiliary P6. NoAM means there is no auxiliary P6. NoAM_INF means the step to the auxiliary P6 is almost zero.

The price distance from point 4 to point 5 is divided by the price distance from point 2 to point 5. 0.5 means the step from 4 to 5 is half of the step from 2 to 5. 100 means the second step is tiny beside the first. The value is absent when point 2 or point 5 is missing.

The price distance from point 2 to point 3 is divided by the price distance from point 4 to point 5. 2.0 means the first step is twice the second. 100 means the second step is tiny beside the first. The value is absent when point 2 or point 5 is missing.

The number of bars from point 2, or 2', to point 5 is divided by the number of bars from point 5 to the calculated P6. 2.0 means the run to point 5 is twice as long as the run from point 5 to P6. NA means point 5 or the calculated P6 is missing. NoAM_INF means the run to P6 is almost zero bars. The value is written for EAM, AM and AM/DBM.

The number of bars from point 2, or 2', to point 5 is divided by the number of bars from point 5 to the auxiliary P6. NoAM means point 5 or the auxiliary P6 is missing. NoAM_INF means the run to the auxiliary P6 is almost zero bars.

The price distance from point 5" to the P6" line is divided by the model height. For AM and AM/DBM the height runs from point 1 to P6". For the other models it runs from point 3 to P6". 0 means the point sits on the P6" line. 1 means it sits at the start of that height. The field is absent when P6" or the point is missing.

The price distance from point 4 to the P6" line is divided by the model height. For AM and AM/DBM the height runs from point 1 to P6". For the other models it runs from point 3 to P6". 0 means the point sits on the P6" line. 1 means it sits at the start of that height. The field is absent when P6" or the point is missing.

The price distance from point 3", or point 3' or point 3 if 3" is missing to the P6" line is divided by the model height. For AM and AM/DBM the height runs from point 1 to P6". For the other models it runs from point 3 to P6". 0 means the point sits on the P6" line. 1 means it sits at the start of that height. The field is absent when P6" or the point is missing.

The price distance from point 2', or point 2 if 2' is missing to the P6" line is divided by the model height. For AM and AM/DBM the height runs from point 1 to P6". For the other models it runs from point 3 to P6". 0 means the point sits on the P6" line. 1 means it sits at the start of that height. The field is absent when P6" or the point is missing.

The price distance from point 1 to the P6" line is divided by the model height. For AM and AM/DBM the height runs from point 1 to P6". For the other models it runs from point 3 to P6". 0 means the point sits on the P6" line. 1 means it sits at the start of that height. The field is absent when P6" or the point is missing.

The number of bars from point 5" to the P6" bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the P6" bar. 1 means it is at the start of that length. The field is absent when P6" or the point is missing.

The number of bars from point 4 to the P6" bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the P6" bar. 1 means it is at the start of that length. The field is absent when P6" or the point is missing.

The number of bars from point 3", or point 3' or point 3 if 3" is missing to the P6" bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the P6" bar. 1 means it is at the start of that length. The field is absent when P6" or the point is missing.

The number of bars from point 2', or point 2 if 2' is missing to the P6" bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the P6" bar. 1 means it is at the start of that length. The field is absent when P6" or the point is missing.

The number of bars from point 1 to the P6" bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the P6" bar. 1 means it is at the start of that length. The field is absent when P6" or the point is missing.

The slope of the trend line is divided by the price height from point 2 to the calculated P6. A larger number means a steeper line. The field is absent when that height is zero.

The slope of the trend line is divided by the slope of the target line. 1 means the two lines have the same slope. The field is absent when the target line is flat.

The slope of the line through point 5" is divided by the price height from point 2 to P6". A larger number means a steeper line. The field is absent when point 5" or that height is missing.

The slope of the line through point 5" is divided by the slope of the target line. 1 means the two lines have the same slope. The field is absent when the target line is flat.

The slope of the auxiliary trend line is divided by the price height from point 2 to the auxiliary P6. A larger number means a steeper line. The field is absent when that height is zero.

The slope of the auxiliary trend line is divided by the slope of its target line. 1 means the two lines have the same slope. The field is absent when the target line is flat.

The slope of that line is divided by the price height from point 2 to auxiliary P6'. A larger number means a steeper line. The field is absent when that height is zero.

The slope of that line is divided by the slope of its target line. 1 means the two lines have the same slope. The field is absent when the target line is flat.

The slope of the trend line is divided by the price height from point 1 to the calculated P6. A larger number means a steeper line. The field is absent when that height is zero or the calculated P6 is missing.

The slope of the trend line is divided by the slope of the target line. 1 means the two lines have the same slope. The field is absent when the target line is flat.

The two slopes are first turned into pips per bar, then the halfway slope is stored. The number is in pips per bar. It is absent when the halfway line cannot be built.

The two slopes are first turned into pips per bar, then the halfway slope is stored. The number is in pips per bar. It belongs to the P6" pair of lines.

The two auxiliary slopes are first turned into pips per bar, then the halfway slope is stored. The number is in pips per bar.

The two slopes are first turned into pips per bar, then the halfway slope is stored. The number is in pips per bar. It belongs to the auxiliary P6' pair of lines.

The halfway slope is multiplied by the model length in bars and divided by the model height in pips. 1 means the halfway line crosses the model box on its diagonal. Above 1 is steeper. Below 1 is flatter. The field is absent when the height or the length is zero.

The halfway slope is multiplied by the P6" length in bars and divided by the P6" height in pips. 1 means that line crosses the box on its diagonal. Above 1 is steeper. Below 1 is flatter.

The halfway slope is multiplied by the auxiliary length in bars and divided by the auxiliary height in pips. 1 means that line crosses the box on its diagonal. Above 1 is steeper. Below 1 is flatter.

The halfway slope is multiplied by the auxiliary P6' length in bars and divided by its height in pips. 1 means that line crosses the box on its diagonal. Above 1 is steeper. Below 1 is flatter.

The price distance from point 1 to the calculated P6 is divided by the pip size and rounded to a whole number. It is not written for a DBM model, or when the calculated P6 is missing.

This is the number of bars from point 1 to the calculated P6 bar, rounded to a whole number. It is written together with MainSize.

The price distance from point 3 to the auxiliary P6 is divided by the pip size and rounded to a whole number. It is absent when the auxiliary P6 is missing.

This is the number of bars from point 2, or point 2', to the auxiliary P6 bar. It is written together with AuxSize.

The price distance from point 3 to auxiliary P6' is divided by the pip size and rounded to a whole number. It is absent when auxiliary P6' is missing.

This is the number of bars from point 2, or point 2', to the auxiliary P6' bar. It is written together with AuxSize'.

The price distance from point 3 to the calculated P6 is divided by the pip size and rounded to a whole number. It is absent when the calculated P6 is missing.

This is the number of bars from point 2 to the calculated P6 bar. It is written together with EAMSize.

The price distance from point 3 to P6" is divided by the pip size and rounded to a whole number. It is absent when point 5" is missing.

This is the number of bars from point 2 to the P6" bar. It is written together with EAMSize".

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 1 to point 3, or to point 3' when that point exists. This check is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The checked bars sit between point 3 and point 4. On an ordinary model the line runs from point 1 to point 3. On an EAM it runs from point 3 to point 5. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars before point 2. It is not written for an EAM model. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from point 2, or point 2', to point 4. The check looks at the bars between those points. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The line runs from the auxiliary point 3 to point 5. It is written only when an auxiliary model exists and this model is not an EAM. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

This is the same value as ALexs2'4. It is copied only when an auxiliary model exists. exs means price crossed the line. cls means price came close but did not cross. clear means neither happened. Beta ignores the bars next to the two ends of the checked stretch. Gamma counts only swing bars. A name with Prcnt measures that close band as one percent of the model length instead of one bar. A name with mult widens the band by the excess multiplier. The field is absent when the points for this check are missing.

The number of bars from the first approach bar to the calculated P6 bar is divided by the model length. The approach bar is the first bar, from the confirmation of point 4, that reaches 6 percent of the model height. The field is absent when point 4 is already closer to the target than that approach level, or when the approach level was never reached.

The number of bars from the first approach bar to the P6" bar is divided by the model length. The approach bar is the first bar, from the confirmation of point 4, that reaches 6 percent of the model height. The field is absent when point 4 is already closer to the target than that approach level, or when the approach level was never reached.

The number of bars from the first approach bar to the auxiliary P6 bar is divided by the model length. The approach bar is the first bar, from the confirmation of point 4, that reaches 6 percent of the model height. The field is absent when point 4 is already closer to the target than that approach level, or when the approach level was never reached.

The number of bars from the first approach bar to the auxiliary P6' bar is divided by the model length. The approach bar is the first bar, from the confirmation of point 4, that reaches 6 percent of the model height. The field is absent when point 4 is already closer to the target than that approach level, or when the approach level was never reached.

The current calculation does not write this field. Older rows may still hold the bar distance from the 15 percent early-approach bar to the calculated P6 bar, divided by the model length.

The current calculation does not write this field. Older rows may still hold the bar distance from the 15 percent early-approach bar to the P6" bar, divided by the model length.

The current calculation does not write this field. Older rows may still hold the bar distance from the 15 percent early-approach bar to the auxiliary P6 bar, divided by the model length.

The current calculation does not write this field. Older rows may still hold the bar distance from the 15 percent early-approach bar to the auxiliary P6' bar, divided by the model length.

Shows how far price fell back from the calculated P6 line on the short stretch before the approach level. Only bars strictly between two events are used: the bar where price reached the early approach, and the bar where price reached the approach level. The early approach is the line at 15% of the model height. If point t4 is closer to P6 than that line, the window starts from t4. On that stretch, the deepest fallback that reached the bumper or the first aim at 30% of the model height is taken. The distance from the P6 line to that point is divided by the model height. 0.30 means the fallback went 30% of the model height away from the P6 line. 0 means price did not reach the bumper or the first aim on this stretch. The value is never negative. The bumper is counted only when it lies farther from P6 than the start of this window. With the usual 20% bumper and 15% early approach, it is counted.

Shows how far price fell back from the calculated P6" line on the short stretch before the approach level. Only bars strictly between two events are used: the bar where price reached the early approach, and the bar where price reached the approach level. The early approach is the line at 15% of the model height. If point t4 is closer to P6" than that line, the window starts from t4. On that stretch, the deepest fallback that reached the bumper or the first aim at 30% of the model height is taken. The distance from the P6" line to that point is divided by the model height. 0.30 means the fallback went 30% of the model height away from the P6" line. 0 means price did not reach the bumper or the first aim on this stretch. The value is never negative. The bumper is counted only when it lies farther from P6" than the start of this window. With the usual 20% bumper and 15% early approach, it is counted.

Shows how far price fell back from the calculated AuxP6 line on the short stretch before the approach level. Only bars strictly between two events are used: the bar where price reached the early approach, and the bar where price reached the approach level. The early approach is the line at 15% of the model height. If point t4 is closer to AuxP6 than that line, the window starts from t4. On that stretch, the deepest fallback that reached the bumper or the first aim at 30% of the model height is taken. The distance from the AuxP6 line to that point is divided by the model height. 0.30 means the fallback went 30% of the model height away from the AuxP6 line. 0 means price did not reach the bumper or the first aim on this stretch. The value is never negative. The bumper is counted only when it lies farther from AuxP6 than the start of this window. With the usual 20% bumper and 15% early approach, it is counted.

Shows how far price fell back from the calculated AuxP6' line on the short stretch before the approach level. Only bars strictly between two events are used: the bar where price reached the early approach, and the bar where price reached the approach level. The early approach is the line at 15% of the model height. If point t4 is closer to AuxP6' than that line, the window starts from t4. On that stretch, the deepest fallback that reached the bumper or the first aim at 30% of the model height is taken. The distance from the AuxP6' line to that point is divided by the model height. 0.30 means the fallback went 30% of the model height away from the AuxP6' line. 0 means price did not reach the bumper or the first aim on this stretch. The value is never negative. The bumper is counted only when it lies farther from AuxP6' than the start of this window. With the usual 20% bumper and 15% early approach, it is counted.

This field is no longer calculated. Older rows may still hold the bar distance from point 5 to the approach bar, divided by the bar distance from point 2 to point 5. The current time-to-approach field is _llappr.

This field is no longer calculated. Older rows may still hold the bar distance from point 5 to the approach bar, divided by the bar distance from point 2 to point 5. The current time-to-approach field is _llappr.

This field is no longer calculated. Older rows may still hold the bar distance from point 5 to the approach bar, divided by the bar distance from point 2 to point 5. The current time-to-approach field is _llappr.

This field is no longer calculated. Older rows may still hold the bar distance from point 5 to the approach bar, divided by the bar distance from point 2 to point 5. The current time-to-approach field is _llappr.

This field is no longer calculated. Older rows may still hold the bar distance from the early-approach bar to the approach bar, divided by the bar distance from point 2 to point 4. The current time-to-approach field is _llappr.

This field is no longer calculated. Older rows may still hold the bar distance from the early-approach bar to the approach bar, divided by the bar distance from point 2 to point 4. The current time-to-approach field is _llappr.

This field is no longer calculated. Older rows may still hold the bar distance from the early-approach bar to the approach bar, divided by the bar distance from point 2 to point 4. The current time-to-approach field is _llappr.

This field is no longer calculated. Older rows may still hold the bar distance from the early-approach bar to the approach bar, divided by the bar distance from point 2 to point 4. The current time-to-approach field is _llappr.

0 means the approach bar is before the calculated P6 bar. 1 means the approach bar is on that bar or later. The field is absent when the approach level was never reached.

0 means the approach bar is before the P6" bar. 1 means the approach bar is on that bar or later. The field is absent when the approach level was never reached.

0 means the approach bar is before the auxiliary P6 bar. 1 means the approach bar is on that bar or later. The field is absent when the approach level was never reached.

0 means the approach bar is before the auxiliary P6' bar. 1 means the approach bar is on that bar or later. The field is absent when the approach level was never reached.

The halfway bar is the middle between the confirmation of point 4 and the calculated P6 bar. The number is how far that bar's high sits from the start of the model, as a fraction of the model height. 0 means the high is at the start. 1 means it has reached the target line. It is written only when the approach has not already happened by that halfway bar, and the halfway bar exists on the chart. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The halfway bar is the middle between the confirmation of point 4 and the P6" bar. The number is how far that bar's high sits from the start of the model, as a fraction of the model height. 0 means the high is at the start. 1 means it has reached the target line. It is written only when the approach has not already happened by that halfway bar, and the halfway bar exists on the chart. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The halfway bar is the middle between the confirmation of point 4 and the auxiliary P6 bar. The number is how far that bar's high sits from the start of the model, as a fraction of the model height. 0 means the high is at the start. 1 means it has reached the target line. It is written only when the approach has not already happened by that halfway bar, and the halfway bar exists on the chart. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The halfway bar is the middle between the confirmation of point 4 and the auxiliary P6' bar. The number is how far that bar's high sits from the start of the model, as a fraction of the model height. 0 means the high is at the start. 1 means it has reached the target line. It is written only when the approach has not already happened by that halfway bar, and the halfway bar exists on the chart. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

1 means the approach bar is on the halfway bar or earlier. 0 means the approach is still ahead of that bar. The halfway bar is the middle between the confirmation of point 4 and the calculated P6 bar.

1 means the approach bar is on the halfway bar or earlier. 0 means the approach is still ahead of that bar. The halfway bar is the middle between the confirmation of point 4 and the P6" bar.

1 means the approach bar is on the halfway bar or earlier. 0 means the approach is still ahead of that bar. The halfway bar is the middle between the confirmation of point 4 and the auxiliary P6 bar.

1 means the approach bar is on the halfway bar or earlier. 0 means the approach is still ahead of that bar. The halfway bar is the middle between the confirmation of point 4 and the auxiliary P6' bar.

0 means the approach had already happened by the halfway bar, so this distance is not used. Otherwise the gap from that bar's high to the calculated P6 line is divided by the model height. The field is absent when the approach level was never reached. The halfway bar is the middle between the confirmation of point 4 and the calculated P6 bar.

0 means the approach had already happened by the halfway bar, so this distance is not used. Otherwise the gap from that bar's high to the P6" line is divided by the model height. The field is absent when the approach level was never reached. The halfway bar is the middle between the confirmation of point 4 and the P6" bar.

0 means the approach had already happened by the halfway bar, so this distance is not used. Otherwise the gap from that bar's high to the auxiliary P6 line is divided by the model height. The field is absent when the approach level was never reached. The halfway bar is the middle between the confirmation of point 4 and the auxiliary P6 bar.

0 means the approach had already happened by the halfway bar, so this distance is not used. Otherwise the gap from that bar's high to the auxiliary P6' line is divided by the model height. The field is absent when the approach level was never reached. The halfway bar is the middle between the confirmation of point 4 and the auxiliary P6' bar.

1 means point 4 is closer to the target than the 15 percent early-approach level. 0 means point 4 is still farther away than that level. The field is written when the approach level has been reached.

1 means point 4 is closer to the target than the 15 percent early-approach level. 0 means point 4 is still farther away than that level. The field is written when the approach level has been reached.

1 means point 4 is closer to the target than the 15 percent early-approach level. 0 means point 4 is still farther away than that level. The field is written when the approach level has been reached.

1 means point 4 is closer to the target than the 15 percent early-approach level. 0 means point 4 is still farther away than that level. The field is written when the approach level has been reached.

1 means price crossed the target line on that stretch. 0 means it did not. The other target-line fields in this block are written only when the value is 1, and only when point 4 is farther from the target than the approach level.

1 means price crossed the target line on that stretch. 0 means it did not. The other target-line fields in this block are written only when the value is 1, and only when point 4 is farther from the target than the approach level.

1 means price crossed the target line on that stretch. 0 means it did not. The other target-line fields in this block are written only when the value is 1, and only when point 4 is farther from the target than the approach level.

1 means price crossed the target line on that stretch. 0 means it did not. The other target-line fields in this block are written only when the value is 1, and only when point 4 is farther from the target than the approach level.

The bars from the confirmation of point 4 to the break are divided by the bars from the break to the calculated P6 bar. Above 1 means the break came closer to the target than to the confirmation. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the confirmation of point 4 to the break are divided by the bars from the break to the P6" bar. Above 1 means the break came closer to the target than to the confirmation. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the confirmation of point 4 to the break are divided by the bars from the break to the auxiliary P6 bar. Above 1 means the break came closer to the target than to the confirmation. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the confirmation of point 4 to the break are divided by the bars from the break to the auxiliary P6' bar. Above 1 means the break came closer to the target than to the confirmation. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from point 4 to the line at the break is divided by the price gap from that line to the calculated P6 line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from point 4 to the line at the break is divided by the price gap from that line to the P6" line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from point 4 to the line at the break is divided by the price gap from that line to the auxiliary P6 line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from point 4 to the line at the break is divided by the price gap from that line to the auxiliary P6' line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the approach bar are divided by the bars from the confirmation of point 4 to the calculated P6 bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the approach bar are divided by the bars from the confirmation of point 4 to the P6" bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the approach bar are divided by the bars from the confirmation of point 4 to the auxiliary P6 bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the approach bar are divided by the bars from the confirmation of point 4 to the auxiliary P6' bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the approach level is divided by the price gap from point 4 to the calculated P6 line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the approach level is divided by the price gap from point 4 to the P6" line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the approach level is divided by the price gap from point 4 to the auxiliary P6 line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the approach level is divided by the price gap from point 4 to the auxiliary P6' line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the calculated P6 bar are divided by the bars from the confirmation of point 4 to the calculated P6 bar. 1 would mean the break is on the confirmation bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the P6" bar are divided by the bars from the confirmation of point 4 to the P6" bar. 1 would mean the break is on the confirmation bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the auxiliary P6 bar are divided by the bars from the confirmation of point 4 to the auxiliary P6 bar. 1 would mean the break is on the confirmation bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The bars from the break to the auxiliary P6' bar are divided by the bars from the confirmation of point 4 to the auxiliary P6' bar. 1 would mean the break is on the confirmation bar. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the calculated P6 line is divided by the price gap from point 4 to the calculated P6 line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the P6" line is divided by the price gap from point 4 to the P6" line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the auxiliary P6 line is divided by the price gap from point 4 to the auxiliary P6 line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

The price gap from the broken line to the auxiliary P6' line is divided by the price gap from point 4 to the auxiliary P6' line. These fields are written only when point 4 is farther from the target than the approach level, and the target line is broken between the confirmation of point 4 and the approach bar.

1 means a swing up and a later swing down were found after the break and before the approach bar. 0 means the line was broken, but no such pair was found. The correction fields below are written only when this value is 1.

1 means a swing up and a later swing down were found after the break and before the approach bar. 0 means the line was broken, but no such pair was found. The correction fields below are written only when this value is 1.

1 means a swing up and a later swing down were found after the break and before the approach bar. 0 means the line was broken, but no such pair was found. The correction fields below are written only when this value is 1.

1 means a swing up and a later swing down were found after the break and before the approach bar. 0 means the line was broken, but no such pair was found. The correction fields below are written only when this value is 1.

The bars from the start of that pullback to its low are divided by the bars from the confirmation of point 4 to the calculated P6 bar. The pair with the largest price drop is used.

The bars from the start of that pullback to its low are divided by the bars from the confirmation of point 4 to the P6" bar. The pair with the largest price drop is used.

The bars from the start of that pullback to its low are divided by the bars from the confirmation of point 4 to the auxiliary P6 bar. The pair with the largest price drop is used.

The bars from the start of that pullback to its low are divided by the bars from the confirmation of point 4 to the auxiliary P6' bar. The pair with the largest price drop is used.

The price drop of that pair is divided by the price gap from point 4 to the calculated P6 line. The pair with the largest drop is used.

The price drop of that pair is divided by the price gap from point 4 to the P6" line. The pair with the largest drop is used.

The price drop of that pair is divided by the price gap from point 4 to the auxiliary P6 line. The pair with the largest drop is used.

The price drop of that pair is divided by the price gap from point 4 to the auxiliary P6' line. The pair with the largest drop is used.

The bars from the start of the pullback to the calculated P6 bar are divided by the bars from the confirmation of point 4 to the calculated P6 bar.

The bars from the start of the pullback to the P6" bar are divided by the bars from the confirmation of point 4 to the P6" bar.

The bars from the start of the pullback to the auxiliary P6 bar are divided by the bars from the confirmation of point 4 to the auxiliary P6 bar.

The bars from the start of the pullback to the auxiliary P6' bar are divided by the bars from the confirmation of point 4 to the auxiliary P6' bar.

The price gap from the start of the pullback to the calculated P6 line is divided by the price gap from point 4 to the calculated P6 line.

The price gap from the start of the pullback to the P6" line is divided by the price gap from point 4 to the P6" line.

The price gap from the start of the pullback to the auxiliary P6 line is divided by the price gap from point 4 to the auxiliary P6 line.

The price gap from the start of the pullback to the auxiliary P6' line is divided by the price gap from point 4 to the auxiliary P6' line.

The bars from the start of the pullback to the calculated P6 bar are divided by the model length in time.

The bars from the start of the pullback to the P6" bar are divided by the model length in time.

The bars from the start of the pullback to the auxiliary P6 bar are divided by the model length in time.

The bars from the start of the pullback to the auxiliary P6' bar are divided by the model length in time.

The price gap from the start of the pullback to the calculated P6 line is divided by the model height.

The price gap from the start of the pullback to the P6" line is divided by the model height.

The price gap from the start of the pullback to the auxiliary P6 line is divided by the model height.

The price gap from the start of the pullback to the auxiliary P6' line is divided by the model height.

1 means a high swing and a later low swing were found between the early-approach bar and the approach bar, and the pullback before the approach was deep enough to count. 0 means that pair was not found. The search keeps the pair with the largest price drop.

1 means a high swing and a later low swing were found between the early-approach bar and the approach bar, and the pullback before the approach was deep enough to count. 0 means that pair was not found. The search keeps the pair with the largest price drop.

1 means a high swing and a later low swing were found between the early-approach bar and the approach bar, and the pullback before the approach was deep enough to count. 0 means that pair was not found. The search keeps the pair with the largest price drop.

1 means a high swing and a later low swing were found between the early-approach bar and the approach bar, and the pullback before the approach was deep enough to count. 0 means that pair was not found. The search keeps the pair with the largest price drop.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The bars from that high to the calculated P6 bar are divided by the model length. 0 means no rehearsal pair was found.

The bars from that high to the P6" bar are divided by the model length. 0 means no rehearsal pair was found.

The bars from that high to the auxiliary P6 bar are divided by the model length. 0 means no rehearsal pair was found.

The bars from that high to the auxiliary P6' bar are divided by the model length. 0 means no rehearsal pair was found.

The price gap from that high to the calculated P6 line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from that high to the P6" line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from that high to the auxiliary P6 line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from that high to the auxiliary P6' line is divided by the model height. 0 means no rehearsal pair was found.

1 means a high swing and a later low swing were found between the confirmation of point 4 and the approach bar. 0 means that pair was not found. Unlike the older rehearsal fields, this one is still written when point 4 is already close to the target. The pair with the largest price drop is kept.

1 means a high swing and a later low swing were found between the confirmation of point 4 and the approach bar. 0 means that pair was not found. Unlike the older rehearsal fields, this one is still written when point 4 is already close to the target. The pair with the largest price drop is kept.

1 means a high swing and a later low swing were found between the confirmation of point 4 and the approach bar. 0 means that pair was not found. Unlike the older rehearsal fields, this one is still written when point 4 is already close to the target. The pair with the largest price drop is kept.

1 means a high swing and a later low swing were found between the confirmation of point 4 and the approach bar. 0 means that pair was not found. Unlike the older rehearsal fields, this one is still written when point 4 is already close to the target. The pair with the largest price drop is kept.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

The bars from the high of the pair to its low are divided by the model length. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The price drop from the high of the pair to its low is divided by the model height. 0 means no rehearsal pair was found.

The bars from that high to the calculated P6 bar are divided by the model length. 0 means no rehearsal pair was found.

The bars from that high to the P6" bar are divided by the model length. 0 means no rehearsal pair was found.

The bars from that high to the auxiliary P6 bar are divided by the model length. 0 means no rehearsal pair was found.

The bars from that high to the auxiliary P6' bar are divided by the model length. 0 means no rehearsal pair was found.

The price gap from that high to the calculated P6 line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from that high to the P6" line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from that high to the auxiliary P6 line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from that high to the auxiliary P6' line is divided by the model height. 0 means no rehearsal pair was found.

This is the same kind of gap as the rehearsal position by price. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

This is the same kind of gap as the rehearsal position by price. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

This is the same kind of gap as the rehearsal position by price. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

This is the same kind of gap as the rehearsal position by price. 0 means no rehearsal pair was found. The window starts at the confirmation of point 4.

The price gap from the low of the chosen pair to the calculated P6 line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from the low of the chosen pair to the P6" line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from the low of the chosen pair to the auxiliary P6 line is divided by the model height. 0 means no rehearsal pair was found.

The price gap from the low of the chosen pair to the auxiliary P6' line is divided by the model height. 0 means no rehearsal pair was found.

Shows how far price pulled away from the calculated P6 line before that line was first reached. Only bars strictly between two events are used: the bar where price reached the approach level, and the bar where price first crossed the calculated P6 line. On that stretch, the point farthest from the P6 line is taken. The distance is divided by the model height and stored as a whole percent. 20 means price pulled 20% of the model height away from the line before P6 was reached. 0 means there was no bar between the approach and the first reach of P6. A bar already beyond the P6 line is not counted. If several bars are equally far, the earliest one is kept. The value is never negative. Where in time that pullback happened is shown by _P6llpre.

The pullback is the bar between the approach and the first touch of the calculated P6 that sits farthest from the calculated P6 line. If several bars tie, the earliest one is kept. A positive number means that bar is before the calculated P6 bar. If there is no bar between the approach and the first touch, the approach bar is used. The price depth of the same pullback is the matching lvlpre field. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

Shows how far price pulled away from the calculated P6_ line before that line was first reached. Only bars strictly between two events are used: the bar where price reached the approach level, and the bar where price first crossed the calculated P6_ line. On that stretch, the point farthest from the P6_ line is taken. The distance is divided by the model height and stored as a whole percent. 20 means price pulled 20% of the model height away from the line before P6_ was reached. 0 means there was no bar between the approach and the first reach of P6_. A bar already beyond the P6_ line is not counted. If several bars are equally far, the earliest one is kept. The value is never negative. Where in time that pullback happened is shown by _P6_llpre.

The pullback is the bar between the approach and the first touch of P6" that sits farthest from the P6" line. If several bars tie, the earliest one is kept. A positive number means that bar is before the P6" bar. If there is no bar between the approach and the first touch, the approach bar is used. The price depth of the same pullback is the matching lvlpre field. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

Shows how far price pulled away from the calculated AuxP6 line before that line was first reached. Only bars strictly between two events are used: the bar where price reached the approach level, and the bar where price first crossed the calculated AuxP6 line. On that stretch, the point farthest from the AuxP6 line is taken. The distance is divided by the model height and stored as a whole percent. 20 means price pulled 20% of the model height away from the line before AuxP6 was reached. 0 means there was no bar between the approach and the first reach of AuxP6. A bar already beyond the AuxP6 line is not counted. If several bars are equally far, the earliest one is kept. The value is never negative. Where in time that pullback happened is shown by _AuxP6llpre.

The pullback is the bar between the approach and the first touch of the auxiliary P6 that sits farthest from the auxiliary P6 line. If several bars tie, the earliest one is kept. A positive number means that bar is before the auxiliary P6 bar. If there is no bar between the approach and the first touch, the approach bar is used. The price depth of the same pullback is the matching lvlpre field. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

Shows how far price pulled away from the calculated AuxP6_ line before that line was first reached. Only bars strictly between two events are used: the bar where price reached the approach level, and the bar where price first crossed the calculated AuxP6_ line. On that stretch, the point farthest from the AuxP6_ line is taken. The distance is divided by the model height and stored as a whole percent. 20 means price pulled 20% of the model height away from the line before AuxP6_ was reached. 0 means there was no bar between the approach and the first reach of AuxP6_. A bar already beyond the AuxP6_ line is not counted. If several bars are equally far, the earliest one is kept. The value is never negative. Where in time that pullback happened is shown by _AuxP6_llpre.

The pullback is the bar between the approach and the first touch of the auxiliary P6' that sits farthest from the auxiliary P6' line. If several bars tie, the earliest one is kept. A positive number means that bar is before the auxiliary P6' bar. If there is no bar between the approach and the first touch, the approach bar is used. The price depth of the same pullback is the matching lvlpre field. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The bars from the calculated P6 bar to the first bar that traded through the calculated P6 line are divided by the model length. A positive number means the line was reached after the calculated bar. A negative number means it was reached earlier. The field is absent when the line was never reached. NEXT already names that touch bar before price reaches the line. The calculated bar and the model length are known earlier, so this distance is available before the touch. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The bars from the P6" bar to the first bar that traded through the P6" line are divided by the model length. A positive number means the line was reached after the calculated bar. A negative number means it was reached earlier. The field is absent when the line was never reached. NEXT already names that touch bar before price reaches the line. The calculated bar and the model length are known earlier, so this distance is available before the touch. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The bars from the auxiliary P6 bar to the first bar that traded through the auxiliary P6 line are divided by the model length. A positive number means the line was reached after the calculated bar. A negative number means it was reached earlier. The field is absent when the line was never reached. NEXT already names that touch bar before price reaches the line. The calculated bar and the model length are known earlier, so this distance is available before the touch. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The bars from the auxiliary P6' bar to the first bar that traded through the auxiliary P6' line are divided by the model length. A positive number means the line was reached after the calculated bar. A negative number means it was reached earlier. The field is absent when the line was never reached. NEXT already names that touch bar before price reaches the line. The calculated bar and the model length are known earlier, so this distance is available before the touch. The stored number is rounded to 6 decimal places, the same way as its NEXT estimate.

The price distance from point 5 to the calculated P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the calculated P6. For the other models it runs from point 3 to the calculated P6. 0 means the point sits on the calculated P6 line. 1 means it sits at the start of that height. The field is absent when the calculated P6 or the point is missing.

The price distance from point 4 to the calculated P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the calculated P6. For the other models it runs from point 3 to the calculated P6. 0 means the point sits on the calculated P6 line. 1 means it sits at the start of that height. The field is absent when the calculated P6 or the point is missing.

The price distance from point 3', when this is an EAM built through point 3'; otherwise point 3 to the calculated P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the calculated P6. For the other models it runs from point 3 to the calculated P6. 0 means the point sits on the calculated P6 line. 1 means it sits at the start of that height. The field is absent when the calculated P6 or the point is missing.

The price distance from point 2', or point 2 when 2' is missing to the calculated P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the calculated P6. For the other models it runs from point 3 to the calculated P6. 0 means the point sits on the calculated P6 line. 1 means it sits at the start of that height. The field is absent when the calculated P6 or the point is missing.

The price distance from point 1 to the calculated P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the calculated P6. For the other models it runs from point 3 to the calculated P6. 0 means the point sits on the calculated P6 line. 1 means it sits at the start of that height. The field is absent when the calculated P6 or the point is missing.

The number of bars from point 5 to the calculated P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the calculated P6 bar. 1 means it is at the start of that length. The field is absent when the calculated P6 or the point is missing.

The number of bars from point 4 to the calculated P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the calculated P6 bar. 1 means it is at the start of that length. The field is absent when the calculated P6 or the point is missing.

The number of bars from point 3', when this is an EAM built through point 3'; otherwise point 3 to the calculated P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the calculated P6 bar. 1 means it is at the start of that length. The field is absent when the calculated P6 or the point is missing.

The number of bars from point 2', or point 2 when 2' is missing to the calculated P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the calculated P6 bar. 1 means it is at the start of that length. The field is absent when the calculated P6 or the point is missing.

The number of bars from point 1 to the calculated P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the calculated P6 bar. 1 means it is at the start of that length. The field is absent when the calculated P6 or the point is missing.

The price distance from point 5 to the auxiliary P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6. For the other models it runs from point 3 to the auxiliary P6. 0 means the point sits on the auxiliary P6 line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6 or the point is missing.

The price distance from point 4 to the auxiliary P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6. For the other models it runs from point 3 to the auxiliary P6. 0 means the point sits on the auxiliary P6 line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6 or the point is missing.

The price distance from point 3 to the auxiliary P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6. For the other models it runs from point 3 to the auxiliary P6. 0 means the point sits on the auxiliary P6 line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6 or the point is missing.

The price distance from point 2', or point 2 when 2' is missing to the auxiliary P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6. For the other models it runs from point 3 to the auxiliary P6. 0 means the point sits on the auxiliary P6 line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6 or the point is missing.

The price distance from point 1 to the auxiliary P6 line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6. For the other models it runs from point 3 to the auxiliary P6. 0 means the point sits on the auxiliary P6 line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6 or the point is missing.

The number of bars from point 5 to the auxiliary P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6 bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6 or the point is missing.

The number of bars from point 4 to the auxiliary P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6 bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6 or the point is missing.

The number of bars from point 3 to the auxiliary P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6 bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6 or the point is missing.

The number of bars from point 2', or point 2 when 2' is missing to the auxiliary P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6 bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6 or the point is missing.

The number of bars from point 1 to the auxiliary P6 bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6 bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6 or the point is missing.

The price distance from point 5' to the auxiliary P6' line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6'. For the other models it runs from point 3 to the auxiliary P6'. 0 means the point sits on the auxiliary P6' line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6' or the point is missing.

The price distance from point 4 to the auxiliary P6' line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6'. For the other models it runs from point 3 to the auxiliary P6'. 0 means the point sits on the auxiliary P6' line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6' or the point is missing.

The price distance from the auxiliary point 3 for point 5', or point 3' or point 3 when that point is missing to the auxiliary P6' line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6'. For the other models it runs from point 3 to the auxiliary P6'. 0 means the point sits on the auxiliary P6' line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6' or the point is missing.

The price distance from point 2', or point 2 when 2' is missing to the auxiliary P6' line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6'. For the other models it runs from point 3 to the auxiliary P6'. 0 means the point sits on the auxiliary P6' line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6' or the point is missing.

The price distance from point 1 to the auxiliary P6' line is divided by the model height. For AM and AM/DBM the height runs from point 1 to the auxiliary P6'. For the other models it runs from point 3 to the auxiliary P6'. 0 means the point sits on the auxiliary P6' line. 1 means it sits at the start of that height. The field is absent when the auxiliary P6' or the point is missing.

The number of bars from point 5' to the auxiliary P6' bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6' bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6' or the point is missing.

The number of bars from point 4 to the auxiliary P6' bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6' bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6' or the point is missing.

The number of bars from the auxiliary point 3 for point 5', or point 3' or point 3 when that point is missing to the auxiliary P6' bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6' bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6' or the point is missing.

The number of bars from point 2', or point 2 when 2' is missing to the auxiliary P6' bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6' bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6' or the point is missing.

The number of bars from point 1 to the auxiliary P6' bar is divided by the model length in time. For AM and AM/DBM that length runs from point 1. For the other models it runs from point 2, or from point 2' when that point exists. 0 means the point is on the auxiliary P6' bar. 1 means it is at the start of that length. The field is absent when the auxiliary P6' or the point is missing.

The absolute price gap from point 5 to the calculated P6 line is divided by Apricesize. Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 4 to the calculated P6 line is divided by Apricesize. Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 3', or point 3 when 3' is missing to the calculated P6 line is divided by Apricesize. Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 2', or point 2 when 2' is missing to the calculated P6 line is divided by Apricesize. Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 5" to the P6" line is divided by Apricesize". Apricesize" is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 4 to the P6" line is divided by Apricesize". Apricesize" is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 3", or point 3' or point 3 when 3" is missing to the P6" line is divided by Apricesize". Apricesize" is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 2', or point 2 when 2' is missing to the P6" line is divided by Apricesize". Apricesize" is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 5 to the auxiliary P6 line is divided by the auxiliary Apricesize. the auxiliary Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 4 to the auxiliary P6 line is divided by the auxiliary Apricesize. the auxiliary Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from the auxiliary point 3, or point 3' or point 3 when it is missing to the auxiliary P6 line is divided by the auxiliary Apricesize. the auxiliary Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 2', or point 2 when 2' is missing to the auxiliary P6 line is divided by the auxiliary Apricesize. the auxiliary Apricesize is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 5' to the auxiliary P6' line is divided by the auxiliary Apricesize for point 5'. the auxiliary Apricesize for point 5' is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 4 to the auxiliary P6' line is divided by the auxiliary Apricesize for point 5'. the auxiliary Apricesize for point 5' is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from the auxiliary point 3 for point 5', or point 3' or point 3 when it is missing to the auxiliary P6' line is divided by the auxiliary Apricesize for point 5'. the auxiliary Apricesize for point 5' is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The absolute price gap from point 2', or point 2 when 2' is missing to the auxiliary P6' line is divided by the auxiliary Apricesize for point 5'. the auxiliary Apricesize for point 5' is the pip distance from the projected point to the same target. 1 means the gap equals that distance. The field is absent when the target or the projected size is missing.

The bars from the confirmation of point 4 to the calculated P6 bar are divided by the model length. The field is absent when point 4 was not confirmed or the calculated P6 is missing.

The bars from the confirmation of point 4 to the P6" bar are divided by the model length. The field is absent when point 4 was not confirmed or P6" is missing.

The bars from the confirmation of point 4 to the auxiliary P6 bar are divided by the model length. The field is absent when point 4 was not confirmed or the auxiliary P6 is missing.

The bars from the confirmation of point 4 to the auxiliary P6' bar are divided by the model length. The field is absent when point 4 was not confirmed or the auxiliary P6' is missing.

The bars from the real calculated P6 bar to the calculated P6 bar are divided by the model length. A positive number means the real target was reached before the calculated bar. A negative number means it was reached later.

The bars from the real P6" bar to the calculated P6" bar are divided by the model length. A positive number means the real target was reached before the calculated bar. A negative number means it was reached later.

The bars from the real auxiliary P6 bar to the calculated auxiliary P6 bar are divided by the model length. A positive number means the real target was reached before the calculated bar. A negative number means it was reached later.

The bars from the real auxiliary P6' bar to the calculated auxiliary P6' bar are divided by the model length. A positive number means the real target was reached before the calculated bar. A negative number means it was reached later.

When price reaches the calculated P6 line, this shows where the control bar closed relative to that line. The distance is measured in model heights. 0.10 means the close is 10% of the model height away from the P6 line. 0 means the bar closed right on the line. A positive value means the close stayed on the model side of the line. A negative value means the close went beyond the P6 line. Which bar is used depends on the model length in time. A short model uses the bar that first touched P6. A longer model uses a bar a little to the right, about 1% of the model length. A model of 150 bars uses the next bar after the touch. The length is counted the same way as the model height: from t1 to P6 for AM and AM/DBM, and from t3 to P6 for the other models. If the calculated P6 was not reached, or that bar is outside the loaded chart, the value stays empty.

When price reaches the calculated P6_ line, this shows where the control bar closed relative to that line. The distance is measured in model heights. 0.10 means the close is 10% of the model height away from the P6_ line. 0 means the bar closed right on the line. A positive value means the close stayed on the model side of the line. A negative value means the close went beyond the P6_ line. Which bar is used depends on the model length in time. A short model uses the bar that first touched P6_. A longer model uses a bar a little to the right, about 1% of the model length. A model of 150 bars uses the next bar after the touch. The length is counted the same way as the model height: from t1 to P6_ for AM and AM/DBM, and from t3 to P6_ for the other models. If the calculated P6_ was not reached, or that bar is outside the loaded chart, the value stays empty.

When price reaches the calculated AuxP6 line, this shows where the control bar closed relative to that line. The distance is measured in model heights. 0.10 means the close is 10% of the model height away from the AuxP6 line. 0 means the bar closed right on the line. A positive value means the close stayed on the model side of the line. A negative value means the close went beyond the AuxP6 line. Which bar is used depends on the model length in time. A short model uses the bar that first touched AuxP6. A longer model uses a bar a little to the right, about 1% of the model length. A model of 150 bars uses the next bar after the touch. The length is counted the same way as the model height: from t1 to AuxP6 for AM and AM/DBM, and from t3 to AuxP6 for the other models. If the calculated AuxP6 was not reached, or that bar is outside the loaded chart, the value stays empty.

When price reaches the calculated AuxP6_ line, this shows where the control bar closed relative to that line. The distance is measured in model heights. 0.10 means the close is 10% of the model height away from the AuxP6_ line. 0 means the bar closed right on the line. A positive value means the close stayed on the model side of the line. A negative value means the close went beyond the AuxP6_ line. Which bar is used depends on the model length in time. A short model uses the bar that first touched AuxP6_. A longer model uses a bar a little to the right, about 1% of the model length. A model of 150 bars uses the next bar after the touch. The length is counted the same way as the model height: from t1 to AuxP6_ for AM and AM/DBM, and from t3 to AuxP6_ for the other models. If the calculated AuxP6_ was not reached, or that bar is outside the loaded chart, the value stays empty.

The bars from point 4 to the real calculated P6 bar are divided by the model length.

The bars from point 4 to the real P6" bar are divided by the model length.

The bars from point 4 to the real auxiliary P6 bar are divided by the model length.

The bars from point 4 to the real auxiliary P6' bar are divided by the model length.

The bars from the approach bar to the bumper bar are divided by the model length. The bumper is the level that stops the post-control watch, 20 percent or 15 percent of the model height.

The bars from the approach bar to the bumper bar are divided by the model length. The bumper is the level that stops the post-control watch, 20 percent or 15 percent of the model height.

The bars from the approach bar to the bumper bar are divided by the model length. The bumper is the level that stops the post-control watch, 20 percent or 15 percent of the model height.

The bars from the approach bar to the bumper bar are divided by the model length. The bumper is the level that stops the post-control watch, 20 percent or 15 percent of the model height.

The bars from the first bar that reached the calculated P6 line to the bumper bar are divided by the model length. The field is absent when the calculated P6 line was never reached.

The bars from the first bar that reached the P6" line to the bumper bar are divided by the model length. The field is absent when the P6" line was never reached.

The bars from the first bar that reached the auxiliary P6 line to the bumper bar are divided by the model length. The field is absent when the auxiliary P6 line was never reached.

The bars from the first bar that reached the auxiliary P6' line to the bumper bar are divided by the model length. The field is absent when the auxiliary P6' line was never reached.

The bars from point 4 to the bumper bar are divided by the model length.

The bars from point 4 to the bumper bar are divided by the model length.

The bars from point 4 to the bumper bar are divided by the model length.

The bars from point 4 to the bumper bar are divided by the model length.

The closest bar on that stretch is measured. The leftover gap to the calculated P6 line is turned into a whole percent of the model height. 0 means price touched the calculated P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the P6" line is turned into a whole percent of the model height. 0 means price touched the P6" line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6 line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6' line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6' line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the calculated P6 line is turned into a whole percent of the model height. 0 means price touched the calculated P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the P6" line is turned into a whole percent of the model height. 0 means price touched the P6" line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6 line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6' line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6' line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the calculated P6 line is turned into a whole percent of the model height. 0 means price touched the calculated P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the P6" line is turned into a whole percent of the model height. 0 means price touched the P6" line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6 line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6' line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6' line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the calculated P6 line is turned into a whole percent of the model height. 0 means price touched the calculated P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the P6" line is turned into a whole percent of the model height. 0 means price touched the P6" line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6 line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6' line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6' line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the calculated P6 line is turned into a whole percent of the model height. 0 means price touched the calculated P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the P6" line is turned into a whole percent of the model height. 0 means price touched the P6" line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6 line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6 line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

The closest bar on that stretch is measured. The leftover gap to the auxiliary P6' line is turned into a whole percent of the model height. 0 means price touched the auxiliary P6' line. 100 means the stretch had no inner bar, so there was no pullback. The field is written only after the aim that ends the stretch has been reached.

Both highs and lows are counted. On the confirmation bar itself, only the swing against point 3 is counted. The count stops before the real calculated P6 bar. The field is absent when point 4 was not confirmed.

Both highs and lows are counted. On the confirmation bar itself, only the swing against point 3 is counted. The count stops before the real P6" bar. The field is absent when point 4 was not confirmed.

Both highs and lows are counted. On the confirmation bar itself, only the swing against point 3 is counted. The count stops before the real auxiliary P6 bar. The field is absent when point 4 was not confirmed.

Both highs and lows are counted. On the confirmation bar itself, only the swing against point 3 is counted. The count stops before the real auxiliary P6' bar. The field is absent when point 4 was not confirmed.

Among the extremes found as part of the calculation of the pstex_conf_RP6 parameter, a search is carried out for extremes that are aligned with t3 of the model under consideration. Let's call the collection of such extrema a U-set. Then, for each of these extremes, in the section [from the confirmation bar for t4 (conf_t4) (inclusive) to the extremum bar in question (not including)], another extremum is searched that satisfies the following conditions: -opposite in direction to the extremum under consideration; -as far as possible (in terms of level) from the level of the extremum under consideration. The extremum satisfying the conditions is called "F" for convenience. Next, the distance in pips between the extremum under consideration [from the set U] and its paired extremum F is calculated. The resulting value is called "R" for convenience. The extremum of the set U, which has the largest value R, is the Lead-extremum. It is used to calculate the following parameters:

The largest swing is the low, between the confirmation of point 4 and the real calculated P6, whose earlier opposite swing gives the biggest price drop. The bars from that low to the real calculated P6 are divided by the model length. The field is absent when no such pair was found.

The largest swing is the low, between the confirmation of point 4 and the real P6", whose earlier opposite swing gives the biggest price drop. The bars from that low to the real P6" are divided by the model length. The field is absent when no such pair was found.

The largest swing is the low, between the confirmation of point 4 and the real auxiliary P6, whose earlier opposite swing gives the biggest price drop. The bars from that low to the real auxiliary P6 are divided by the model length. The field is absent when no such pair was found.

The largest swing is the low, between the confirmation of point 4 and the real auxiliary P6', whose earlier opposite swing gives the biggest price drop. The bars from that low to the real auxiliary P6' are divided by the model length. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

Both highs and lows are counted. The real calculated P6 bar and the bumper bar themselves are not counted.

Both highs and lows are counted. The real P6" bar and the bumper bar themselves are not counted.

Both highs and lows are counted. The real auxiliary P6 bar and the bumper bar themselves are not counted.

Both highs and lows are counted. The real auxiliary P6' bar and the bumper bar themselves are not counted.

Among the extrema found for the parameter pstex _RP6bmp, a search is carried out for extrema that are counter-directional to p3 of the model under consideration. As well as for the previous group of parameters, for these extrema, the most distant preceding extrema are searched in the area from RP6 (not including here!) up to the considered extremum (not including). In this case, the extremum with the largest value of R is the extremum of Fall.

The pullback is the opposite swing, after the real calculated P6 and before the bumper, whose earlier low gives the biggest price drop. The bars from the real calculated P6 to that opposite swing are divided by the model length. The field is absent when no such pair was found.

The pullback is the opposite swing, after the real P6" and before the bumper, whose earlier low gives the biggest price drop. The bars from the real P6" to that opposite swing are divided by the model length. The field is absent when no such pair was found.

The pullback is the opposite swing, after the real auxiliary P6 and before the bumper, whose earlier low gives the biggest price drop. The bars from the real auxiliary P6 to that opposite swing are divided by the model length. The field is absent when no such pair was found.

The pullback is the opposite swing, after the real auxiliary P6' and before the bumper, whose earlier low gives the biggest price drop. The bars from the real auxiliary P6' to that opposite swing are divided by the model length. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

The price drop of the chosen pair is divided by the model length in bars, not by the model height. The field is absent when no such pair was found.

The bars from that pullback swing back to the real calculated P6 bar are divided by the model length. The swing is searched only after the real calculated P6 bar, so this number is negative. The field is absent when no such pair was found.

The bars from that pullback swing back to the real P6" bar are divided by the model length. The swing is searched only after the real P6" bar, so this number is negative. The field is absent when no such pair was found.

The bars from that pullback swing back to the real auxiliary P6 bar are divided by the model length. The swing is searched only after the real auxiliary P6 bar, so this number is negative. The field is absent when no such pair was found.

The bars from that pullback swing back to the real auxiliary P6' bar are divided by the model length. The swing is searched only after the real auxiliary P6' bar, so this number is negative. The field is absent when no such pair was found.

The pullback is the opposite swing after the real calculated P6 whose earlier low gives the biggest price drop. The price gap from that swing to the real calculated P6 line is divided by the model height. The field is absent when no such pair was found. 0 means the model height is zero.

The pullback is the opposite swing after the real P6" whose earlier low gives the biggest price drop. The price gap from that swing to the real P6" line is divided by the model height. The field is absent when no such pair was found. 0 means the model height is zero.

The pullback is the opposite swing after the real auxiliary P6 whose earlier low gives the biggest price drop. The price gap from that swing to the real auxiliary P6 line is divided by the model height. The field is absent when no such pair was found. 0 means the model height is zero.

The pullback is the opposite swing after the real auxiliary P6' whose earlier low gives the biggest price drop. The price gap from that swing to the real auxiliary P6' line is divided by the model height. The field is absent when no such pair was found. 0 means the model height is zero.

FullDataPrev means a bar before point 3 went beyond the point 3 price. NoFullDataPrev means that break was not found within 300 bars or before the chart started. This field is written for EAM models.