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The values of H and N are stored in the following variables:
- H in L907,
- first N in L913,
- second N in L914.
3.3 Storing EA to EZ in Variables L926 to L951
The values of EA to EZ to be stored in variables L926 to L951 are defined by two
alphabetic characters:
- the first is the letter E,
- the second is a letter between A and Z.
Status symbol [
•
IBE1(i)] consisting of a list of 26 bits is used to detect the presence
of functions EA to EZ in blocks including a function Gxxx (i = alphabetic index of the
second letter after E).
Addressing the status symbol:
- bit [
•
IBE1(1)] addresses the bit corresponding to EA,
- bit [
•
IBE1(2)] addresses the bit corresponding to EB, and so forth down to ...,
- bit [
•
IBE1(26)] addresses the bit corresponding to EZ.
The values are stored in the following variables (L926 to L951):
- EA in L926,
- EB in L927, and so forth down to ...,
- EZ in L951.
3.4 Symbolic Addressing of Variables L900 to L951
Variables L900 to L925 and L926 to L951 in either the left-hand or right-hand side of
an expression can be addressed by alphabetic symbols preceded by the character
«‘» (apostrophe).
Variables L900 to L925
L900 to L925 can be addressed by symbols ‘A to ‘Z.
Example:
‘C = ‘A + ‘B is equivalent to L902 = L900 + L901
Variables L926 to L951
L926 to L951 can be addressed by symbols ‘EA to ‘EZ respectively.
(‘EA = L926, ‘EB = L927, etc. up to ‘EZ = L951).
Example:
‘A = ‘B - ‘EA / ’EZ is equivalent to L900 = L901 - L926 / L951.
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