Detailed AUTO -Commands.

AUTO -COMMAND	ACTION
`! mkdir san`	create an empty work directory
`cd san`	change directory
`demo('san')`	copy the demo files to the work directory
`run(c='san.1',h='san.1')`	continuation in `PAR(1)`
`sv('1')`	save output-files as b.1, s.1, d.1
`run(c='san.2',h='san.2',s='1')`	generate adjoint variables; restart from s.1
`sv('2')`	save output-files as b.2, s.2, d.2
`run(c='san.3',h='san.3',s='2')`	continue homoclinic orbit and adjoint; restart from s.2
`sv('3')`	save output-files as b.3, s.3, d.3
`run(c='san.4',h='san.4',s='1')`	no convergence without dummy step; restart from s.1
`sv('4')`	save output-files as b.4, s.4, d.4
`run(c='san.5',h='san.5',s='3')`	continue non-orientable orbit; restart from s.3
`sv('5')`	save output-files as b.5, s.5, d.5

AUTO -COMMAND	ACTION
`run(c='san.6',h='san.6',s='san')`	restart and homotopy to `PAR(4)`=1.0
`sv('6')`	save output-files as b.6, s.6, d.6
`run(c='san.7',h='san.7',s='6')`	homotopy to `PAR(5)`=0.0; restart from s.6
`ap('6')`	append output-files to b.6, s.6, d.6
`run(c='san.8',h='san.8',s='6')`	homotopy to `PAR(1)`=0.5; restart from s.6
`ap('6')`	append output-files to b.6, s.6, d.6
`run(c='san.9',h='san.9',s='6')`	homotopy to `PAR(2)`=3.0; restart from s.6
`ap('6')`	append output-files to b.6, s.6, d.6
`run(c='san.10',h='san.10',s='6')`	homotopy to `PAR(7)`=0.25; restart from s.6
`ap('6')`	append output-files to b.6, s.6, d.6
`run(c='san.11',h='san.11',s='6')`	continue in `PAR(7)` to detect orbit flip; restart from s.6
`sv('11')`	save output-files as b.11, s.11, d.11
`run(c='san.12',h='san.12',s='11')`	three-parameter continuation of orbit flip; restart from s.11
`sv('12')`	save output-files as b.12, s.12, d.12