STOP: 0x00000050 (0xFD3094c2, 0xFBFE617, 0x0000000)
This line computes its number in the sequence,
proving that its strophe is a bad and unrecognizable string.
This line with 9 words is a defective string.
This failure, succeeding in declaring itself,
proves an incompleteness better than it
emulates a strophe. The strophe tries to end.
The strophe tries to initialize, declaring
all its variables. It is a good strophe for computing that
a line with 9 words is a defective string.
But then it aborts another string within its executables,
emulating an incomplete strophe.
This line computes its number in the sequence.
Being a good strophe, it must contain itself,
assigning values to its variables. Extended by
new axioms, a good strophe numbers all its lines,
and every number uniquely specifies a new alphanumerics.
Line 13 contains 9 words. Failure line 13.
This strophe computes: Being a good strophe.
This strophe computes its number in the sequence,
asserting the poem that has it is a faulty string.
The strophe with 47 words is a bad expression.
The failure, succeeding in declaring itself,
computes an incompleteness better than it
emulates a poem. The poem tries to end.
The poem tries to initialize, declaring
all its variables. It is a good poem for computing that
a strophe with 47 words is a bad expression.
But then it aborts another string within its executables,
emulating an incomplete poem.
This poem computes its number in the sequence.
Being a good poem, it must contain itself,
assigning values to its variables. Extended by
new axioms, a good poem numbers all its strophes,
and every number uniquely specifies a new alphanumerics.
Strophe 6 contains 47 words. Failure Strophe 6.
This poem computes Being a good poem
This poem computes its number in the sequence.
