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Octave, 16 bytes, 10 numbers by Stewe GriffinStewe Griffin

Original code:

ev_l('P_NIS'-2_)

Cracked:

eval('PFNIS'-28)
eval('PFNIR'-28)
eval('PFNIQ'-28)
eval('PFNIP'-28)
eval('PFNIO'-28)
eval('PFNIN'-28)
eval('PFNIM'-28)
eval('PFNzM'-28)
eval('PFNGM'-28)
eval('PFNGN'-28)

After finding a way around the 8 without a zero it was easy. Trick was to use the 1 as a exponent which is a no-op and then contineru with +
relevant part unobfuscated here:

4*2-1
eval('PFNIM'-28)
4*2^1
eval('PFNzM'-28)
4*2+1
eval('PFNGM'-28)

Octave, 16 bytes, 10 numbers by Stewe Griffin

Original code:

ev_l('P_NIS'-2_)

Cracked:

eval('PFNIS'-28)
eval('PFNIR'-28)
eval('PFNIQ'-28)
eval('PFNIP'-28)
eval('PFNIO'-28)
eval('PFNIN'-28)
eval('PFNIM'-28)
eval('PFNzM'-28)
eval('PFNGM'-28)
eval('PFNGN'-28)

After finding a way around the 8 without a zero it was easy. Trick was to use the 1 as a exponent which is a no-op and then contineru with +
relevant part unobfuscated here:

4*2-1
eval('PFNIM'-28)
4*2^1
eval('PFNzM'-28)
4*2+1
eval('PFNGM'-28)

Octave, 16 bytes, 10 numbers by Stewe Griffin

Original code:

ev_l('P_NIS'-2_)

Cracked:

eval('PFNIS'-28)
eval('PFNIR'-28)
eval('PFNIQ'-28)
eval('PFNIP'-28)
eval('PFNIO'-28)
eval('PFNIN'-28)
eval('PFNIM'-28)
eval('PFNzM'-28)
eval('PFNGM'-28)
eval('PFNGN'-28)

After finding a way around the 8 without a zero it was easy. Trick was to use the 1 as a exponent which is a no-op and then contineru with +
relevant part unobfuscated here:

4*2-1
eval('PFNIM'-28)
4*2^1
eval('PFNzM'-28)
4*2+1
eval('PFNGM'-28)
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Octave, 16 bytes, 10 numbers by Stewe Griffin

Original code:

ev_l('P_NIS'-2_)

Cracked:

eval('PFNIS'-28)
eval('PFNIR'-28)
eval('PFNIQ'-28)
eval('PFNIP'-28)
eval('PFNIO'-28)
eval('PFNIN'-28)
eval('PFNIM'-28)
eval('PFNzM'-28)
eval('PFNGM'-28)
eval('PFNGN'-28)

After finding a way around the 8 without a zero it was easy. Trick was to use the 1 as a exponent which is a no-op and then contineru with +
relevant part unobfuscated here:

4*2-1
eval('PFNIM'-28)
4*2^1
eval('PFNzM'-28)
4*2+1
eval('PFNGM'-28)