Xs | sth independent variable (s = 1 or 2). Its values are real. X1 is the bounded independent variable, X2 the unbounded independent variable. To each value of X2 corresponds a different set of regularly spaced values of X1 defined by their number, base value and increment. | |
NX | Number of values of X1. It is X2-dependent. If NX(m) = 0, there is no record of Vn at the mark X2(m). |
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X1(1,m) | First value of X1 at the mark X2(m).
It is X2-dependent. |
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DX1 | (Regular) interval of X1.
It is X2-dependent. |
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NV | Number of primary dependent variables | |
NAUXV | Number of auxiliary dependent variables | |
Vn | nth primary variable | |
Aa | ath auxiliary variable (depends on X2 only
independent of X1).
A1 = NX (integer). A2 = X1(1) A3 = DX1 For a > 1, Aa is real. |
[ X2(m) | NX(m) | X1(1,m) | DX1(m) | ( Aa(m), | a=4,NAUXV ) ] |
[ Vn(i,m), | i=1,NX(m) ] | n=1,NV | [Omitted if NX(m) = 0 or if NX(m) = AMISS1] |
X2(1) | NX(1) | X1(1,1) | DX1(1) | A4(1) | ... | ANAUXV(1) | ||
V1(1,1) | ... | V1(NX(1),1) | Omitted if NX(1) = 0 or if NX(1) = AMISS1. | |||||
... | Omitted if NX(1) = 0 or if NX(1) = AMISS1. | |||||||
VNV(1,1) | ... | VNV(NX(1),1) | Omitted if NX(1) = 0 or if NX(1) = AMISS1. | |||||
X2(2) | NX(2) | X1(1,2) | DX1(2) | A4(2) | ... | ANAUXV(2) | ||
V1(1,2) | ... | V1(NX(2),2) | Omitted if NX(2) = 0 or if NX(2) = AMISS1. | |||||
... | Omitted if NX(2) = 0 or if NX(2) = AMISS1. | |||||||
VNV(1,2) | ... | VNV(NX(2),2) | Omitted if NX(2) = 0 or if NX(2) = AMISS1. | |||||
... | ||||||||
X2(m) | NX(m) | X1(1,m) | DX1(m) | A4(m) | ... | ANAUXV(m) | ||
V1(1,m) | ... | V1(NX(m),m) | Omitted if NX(m) = 0 or if NX(m) = AMISS1. | |||||
... | Omitted if NX(m) = 0 or if NX(m) = AMISS1. | |||||||
VNV(1,m) | ... | VNV(NX(m),m) | Omitted if NX(m) = 0 or if NX(m) = AMISS1. | |||||
... |