Time: t100, ... , t90, ...., t80, ..., t70, ..., t60, ..., t50, ..., t40, ..., t30, ..., t20, ..., t10, ..., t1, t0 (t0 is the last one)
Data1 has the following data: m100, ..., m90, ..., m80, ..., m70, ..., m60, ..., m50, ..., m40, ..., m30, ..., m20, ..., m10, ..., m1, m0 (m0 is the last one)
Data2 has the following data: n10, n9, n8, , n7, , n6, , n5, , n4 , n3 , n2 , n1 , n0 (n0 is the last one)
A study or signal T having the following lines:
Code: Select all
Vars: V1(0), V2(0, Data2);
//---- simple function with series data
V1 = Average(C, 5); // Equivalent to Average(C of Data1, 5) of Data1; ?
V1 = Average(C of Data2, 5); // Equivalent to Average(C of Data2, 5) of Data1; ?
V1 = Average(C, 5) of Data2; // Equivalent to Average(C of Data1, 5) of Data2; ?
V1 = Average(C of Data1, 5) of Data2;
V1 = Average(C of Data2, 5) of Data2;
//---- series function with series data
V1 = XAverage(C, 5); // Equivalent to XAverage(C of Data1, 5) of Data1; ?
V1 = XAverage(C of Data2, 5); // Equivalent to XAverage(C of Data2, 5) of Data1; ?
V1 = XAverage(C, 5) of Data2; // Equivalent to XAverage(C of Data1, 5) of Data2; ?
V1 = XAverage(C of Data1, 5) of Data2;
V1 = XAverage(C of Data2, 5) of Data2;
//---- simple function with series data
V2 = Average(C, 5); // Equivalent to Average(C of Data1, 5) of Data1; ?
V2 = Average(C of Data2, 5); // Equivalent to Average(C of Data2, 5) of Data1; ?
V2 = Average(C, 5) of Data2; // Equivalent to Average(C of Data1, 5) of Data2; ?
V2 = Average(C of Data1, 5) of Data2;
V2 = Average(C of Data2, 5) of Data2;
//---- series function with series data
V2 = XAverage(C, 5); // Equivalent to XAverage(C of Data1, 5) of Data1; ?
V2 = XAverage(C of Data2, 5); // Equivalent to XAverage(C of Data2, 5) of Data1; ?
V2 = XAverage(C, 5) of Data2; // Equivalent to XAverage(C of Data1, 5) of Data2; ?
V2 = XAverage(C of Data1, 5) of Data2;
V2 = XAverage(C of Data2, 5) of Data2;
At the time of t0 we have both Data1 (m0) and Data2(n0) completed.
At the time of t1 we have Data1 (m0) completed but Data2(n0) incompleted.
So I can think of 80 cases calculation involved.
When I work with a multi-series chart, It seems to be utmost important to understand how they are different and how they are calcuated.
Without crystal-clear understanding of this basic concept, it is a real nightmare when working with a multi-series chart.
Can someone explain this in a very detail?
And are there any cases in which any difference from TS can be found?
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HR