1. The signal line is automatically included using the same MA Type and period as the MHL plot line (see the exception in no. 2 below.
2. The user can select from approximately 25 other MA Types that are available on this site. If a MA Type other than the EMA or SMA the smoothing MA will be either the SMA (default) or the EMA according to a parameter switch setting (No. 02)
3. An option to include a second MHL plot line, This will be of the same MA Type as the primary MHL but different MHL and MA periods can be specified. For convenience the default values for the second MHL are double that of the primaries default values. However, the secondary ML period must be at least 1 greater that the primary MHL period and the secondary MHL MA period must be at least 5 greater that the primary MA period. These are arbitrary values.
4. Three signaling options are supported:
   a. None – self explanatory
   b.Basic – a value is exposed to the mhlBasicSignals IntSeries when the signal line crosses either the primary MHL or secondary MHL (if option is selected). The values used are (2, 1, 0, -1, -2) where the two’s values are for a Secondary line crossing, the one’s value are for a primary line cross, and the zero is for no crossing.
   c. Extended – a 1 or -1 is exposed to the mhlExtendedSignal IntSeries when the primary MHL line crosses the secondary MHL providing the other plot lines are in the correct position relative to the Secondary MHL and to each other. Setting this option automatically sets the Secondary MHL option. No visual signals are produced.

1. Added : an option to display an Alert message when the MA for the total time is above, below, or both (an Or condition) of the designated time zones. Setting this option will force the Non-Directional Plot to be included (see #3 below)
2. Added: an IntSeries file to record the results of number 1 above, as controlled by the switch that allows the recording of various outputs.
3. Added : option to plot MAs for the bar time in Up bars and Down bars (directional Option). Doji bars have their bar time evenly split across the two so it does not skew the results. The period for these can be set to a different value than the MA total (Non-Directional option) time. Both can be plotted.
4. Added: an Auto adjust feature which will adjust the various time line values according to the change in chart’s bar type or value. The purpose is to allow the user to change a bar type or value and automatically adjust the zone time lines by a ratio calculated (to the nearest .25) from the bar types values specified in the various Bar Type parameters.
   
   For example, if the chart bar type is set to Tick with a value of 75 (which matches the parameter value for a tick bar) changing that value to 150 would result in the zone line values being doubled. Note: if the Time Lines Option (#04) is set to “TimeIncrement” then the increment value may or may not be adjusted according to the AutoAdjust Increment setting. The bar types supported is as follows: Tick, Renko, UniRenko, BetterRenko, SveRenko, Range, and Volume. Others can easily be added (see number 4 in the Notes section under this item).
   
   Hint: When using this option first set the default values (these are found in the Auto Adjust Parameters section) for each bar type that you intend to use and save it as the indicators default profile. Once set, those values will be the base from which all of the calculations will be done when changing either the bar type or the bar type’s value. Once the final bar type/value is determined the appropriate parameter(s) should be set and the auto adjust option turned off as it is intended to be an aid for determining the appropriate zone line and time settings for the bar type and/or value.
   
   Notes:
   4.1. Only a few of the possible combinations or bar type changes have been tested. However, the logic for processing these changes is the same for all. It is possible that there may still be a bug.
   4.2. Because the calculated value might be hard to determine from the Y-axis there is an option to log the results to the Output window.
   4.3. This enhancement should be used as an aid to determine new zone setting when a bar type or value is changed.
   4.4. If the code is modified to support additional bar types, be sure to keep the type and value in the same relative order as an index is used in the code.
   
   5 Modified: various colors for better contrast on a chart with a dark background.
   6.]Modified: the default zone line values. [FONT=Calibri]
   7. Fixed: the HFT zone value was not being written to the DataSeries.
   8. Fixed: the Max time percent was not used in the calculation.
   
   Note:
   There is no version number in the indicator's name therefore it will replace the existing indicator. If a backup copy is deemed necessary export the old version first. Also recommend that the previous version be deleted first.

a. Time Zone 1 (TZ-n) is the starting TZ and is defined in decimal minutes, i.e., 0.5 = 30 seconds, etc.

b. A user defined increment, also in decimal minutes, is added to TZ-1 to create TZ-2. The same increment is added to TZ-2 to create TZ-3. TZ-4 is anything above TZ-3. Lines are produce for TZ-1 to 3. The HTF-like “zone” is a sub period of TZ-1 and is identified when the bar time is LT or EQ to a user define number of seconds. If the bar time is below the defined time it could be considered potential HFT activity

c. An optional histogram of TZ1-TZ4 times is produced, with each zone having a user defined color.