Proof Step: c_0_320

name: c_0_320 syntax: thf role: plain inference: evalgc

Proof State Overview

proof_step c_0_8 ⊕ real_of_float float2 X793 X794 = times_times_real ring_1_of_int_real X793 powr_real numeral_numeral_real bit0 one ring_1_of_int_real X794 c_0_295 ⊕ real_of_float float2 one_one_int X1 = powr_real numeral_numeral_real bit0 one ring_1_of_int_real X1 c_0_8->c_0_295 c_0_27 ⊕ ord_less_float = ? c_0_307 ⊕ ord_less_real zero_zero_real real_of_float X10 ⊖ ord_less_float zero_zero_float X10 c_0_27->c_0_307 c_0_28 ⊕ ring_1_of_int_real one_one_int = one_one_real c_0_28->c_0_295 c_0_40 ⊕ real_of_float zero_zero_float = zero_zero_real c_0_40->c_0_307 c_0_41 ⊕ times_times_real one_one_real X6 = X6 c_0_41->c_0_295 c_0_320 ⊕ ord_less_real zero_zero_real powr_real numeral_numeral_real bit0 one ring_1_of_int_real X1 ⊖ ord_less_float zero_zero_float float2 one_one_int X1 c_0_307->c_0_320 c_0_295->c_0_320 c_0_327 ⊕ $false c_0_320->c_0_327

Input Dependencies

c_0_8 c_0_27 c_0_28 c_0_40 c_0_41

Assumptions

c_0_307 c_0_295

Conclusion

c_0_320

Dependents

c_0_327

Formula

! [X1: int] :
  ( ( ord_less_real @ zero_zero_real @ ( powr_real @ ( numeral_numeral_real @ ( bit0 @ one ) ) @ ( ring_1_of_int_real @ X1 ) ) )
  | ~ ( ord_less_float @ zero_zero_float @ ( float2 @ one_one_int @ X1 ) ) )

Source

inference(evalgc,[status(thm)],[inference(spm,[status(thm)],[c_0_307,c_0_295])])