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The conclusions below about how TS 2000/sp5 handles variables and plotX
in data1 and data2 streams with missing bars, stem from observing the
print statement added to the indicator, Missing Minutes, that I posted
on the list 12 Mar 2002 10:19.
That code was loaded into the data2 chart. The print statement shows any
missing bars in data2 by there not being a print at the time of the
missing bar.
if TimeToMinutes(T)>TimeToMinutes(T[1])+1 then
plot1(h+.005*c,"");
if TimeToMinutes(T)>TimeToMinutes(T[1])+2 then plot2(h+.01*c,"");
if TimeToMinutes(T)>TimeToMinutes(T[1])+3 then plot3(h+.015*c,"");
if TimeToMinutes(T)>TimeToMinutes(T[1])+4 then
plot4(h+.02*c,"");
if TimeToMinutes(T)>TimeToMinutes(T[1])+5 then plot1(l-.005*c,"");
if TimeToMinutes(T)>TimeToMinutes(T[1])+6 then plot2(l-.01*c,"");
if TimeToMinutes(T)>TimeToMinutes(T[1])+7 then plot3(l-.015*c,"");
if TimeToMinutes(T)>TimeToMinutes(T[1])+8 then plot4(l-.02*c,"");
print(d,t,TimeToMinute(T), TimeToMinute(T[1]), plot1);
The following print code was loaded into the data1 chart. The output is
shown on the far right side of the data table below. It shows any
missing bars in data1 by there not being a print at the time of the
missing bar. Multiple, same entres in data1 are due to data2 bars when
there is
not a data1 bar.
print(d,t)
The symbols used, ONIS (data1) and TKLC (data2), have many missing
minutes bars. The table of data below shows on the left side, time
stamps for the bars in both data streams. Those in parenthesize are for
missing bars. They show in the print statement as multiple entries. See
1426, 1437, 1450, 1452, 1454, and 1501 for the data1 print(d,t). These
secondary time prints for data1 are occurring on data2 bars (and those
secondary time prints for data2 are due to data1 bars). The plots on the
chart are noted with a "Y(x)" where (x) is the number of missing bars.
A bar in either data stream 1 or 2 will cause the code in BOTH data1 and
data2 to be executed, i.e. run through. That is, if only one data bar
occurs, either 1 or 2, the code in both data 1 AND 2 is executed. All
new values of variables (including plot1) may be recalculated based on
the
current bar (whither it is data1 OR data2) BUT PLOT1 ONLY PLOTS IN THE
CHART ON A DATA1 BAR. If there are no new values for a data stream then
the previous, last up dated ones are carried forward until new values
(bars) occur. See the data table below.
In data2 if new value of plot1 occurs (due to missing data2 bars) it
replaces the previous one even if the previous one has not yet been
plotted on the chart due to no data1 bar. This happens if data2 has a
missing bar, then a bar, then another missing bar before a data1 bar
occurs. See
data2 time 1501 through 1506.
PlotX seems to be function that only data1 will plot on a chart. But
here anyway,data2 does determine the value of plotX and what bar it
occurred on. This information is stored somewhere until a data1 bar
occurs, then is plotted on the chart. It seems no missing data2 bars are
overlook, just delayed until a data1 bar occur to cause the imprinting
to the chart.
This is not the case with TS 4. If a data1 bar is missing at the time a
data2 bar occurs after a missing data2 bar, then no plotX transfer to
the chart occurs.
>From my limited work, it seems the plotX function is unique in needing a
data1 bar to imprint on the chart. Other functions transfer right from
data2 to the chart. See the gif TS 2000 for TL_New(d1,t1,p1,d2,t2,p2),
which only needs a data2 bar to draw to the chart. TS 4 operates
differently (see the TS 4 gif). Perhaps the plotX calculation in data2
in TS 4 is not stored until a data1 bar occurs so that the information
is lost, unlike TS 2000.
In the larger gif labeled TS 2000 the blue dots are from plotX in the
above Missing Minutes code. The number of dots show the number of
missing bars in data2. They only occur on a data1 bar and may be
displaced later in time. The red dots are due to the new Missing Minutes
code using
TL_New(d1,t1,p1,d2,t2,p2). After any missing bars, they appear
immediately on the next data2 bar even if no data1 bar simultaneous
exists. This shows that the code above, in data2, is executed without a
data1 bar.
The other two smaller gifs (TS 2000 and TS 4) show the above Missing
Minutes code in TS 2000 and TS 4. They can be compared directly as they
each have the same bar set. This was accomplished by editing the TS 4
data and I did not try to match the price for each so many of the prices
for the
same time are different . It only matters that the bars match timewise.
TS 2000 does not omit detecting missing bars (except as illustrated
during time 1501 through 1506) whereas TS 4 completely misses plotting
if the is no data1 bar at the right time, e.g., at 2:29, 2:41, 2:51, and
2:53.
ONIS data1, TKLC data2 02_03_22
Data1 Data2 TTM TTM[1] plot1 Plot on print(d,t)
Bars bars Chart data1
1426 1426 866 865 0
(1426) 1427 867 866 0 1422
------ ------- 1423
(1426) 1429 869 867 0 1424
(1426) 1430 870 869 0 1425
1431 1431 871 870 11.66 y(1) 1426
------ ----- 1426
1433 (1431) 871 870 0 1426
----- ----- 1426
1435 1435 875 871 11.66 y(3) 1431
------ ----- 1433
1437 (1435) 875 871 0 1435
------ ------ 1437
------ ------ 1437
(1437) 1441 881 875 0 1442
1442 (1441) 881 875 11.53 y(5) 1445
1445 (1441) 881 875 0 1446
1446 1446 886 881 11.65 y(4) 1447
1447 1447 887 886 0 1448
1448 1448 888 887 0 1449
1449 (1448) 888 887 0 1450
1450 (1448) 888 887 0 1450
----- ------ 1452
(1450) 1451 891 888 0 1452
1452 (1451) 891 888 11.74 y(2) 1454
(1452) 1453 893 891 11.74 1454
1454 (1453) 893 891 11.68 y(1) 1456
(1454) 1455 895 893 11.68 1458
1456 (1455) 895 893 11.66 y(1) 1459
------ ----- 1500
------ ----- 1501
1458 1458 898 893 11.73 y(4) 1501
1459 (1458) 898 893 0 1501
1500 (1458) 898 893 0 1507
1508
1501 1501 901 898 11.72 y(2) 1509
----- ----- 1510
(1501) 1503 903 901 11.72 1511
----- ------ 1512
(1501) 1506 906 903 11.72
1507 (1506) 906 903 11.78 y(2)
1508 1508 908 906 11.77 y(1)
1509 1509 909 908 0
1510 (1509) 909 908 0
1511 (1509) 909 908 0
1512 1512 912 909 11.72 y(2)
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