'BEGIN' 'COMMENT' ANISOTROPE SERIE.,
JI1.=JS2., JI2.=JS5.,
N.=6.,
JLI.=0., JRE.=60.,
JUN.=0., JOB.=5.,
T.=0.,
SERIE(60.0,5.0,3,24,ELIRR).,
T.=1.,
SERIE(60.0,5.0,3,24,ELIRR).,
'END' ANISOTROPE SERIE.,

'COMMENT' T=0 fig. 24, T=1 fig. 25.

JI1 = JS2; JI2 = JS5;
N = 6; T = 0;
JLI = 0; JRE = 60;
JUN = 0; JOB = 5;
SERIE(60, 5, 3, 24, ELIRR);
// 3×24 cells, 60 by 5.
// T=1 afterwards = fig. 25, no reseed.

Approximate rendering. Section 3.2.4: the same SERIE and ELIRR machinery, but the cells are extremely slender — 60 by 5, three rows and twenty-four columns after the sheet rotation. T = 0 stays axis-parallel; N = 6 keeps the edges few. Stretching one direction is what Nees calls anisotropy: more macro-innovation than in figure 22. JI1 and JI2 start from JS2 and JS5 of p. 122, not from the plate’s seeds. Figure 25 follows without reseeding.

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