import FormalSLT.Covering.TwoPointDudleyIntegral

#check FormalSLT.Covering.TwoPointDudleyIntegral.twoPointRootNet
#print axioms FormalSLT.Covering.TwoPointDudleyIntegral.twoPointRootNet

#check FormalSLT.Covering.TwoPointDudleyIntegral.twoPointTerminalNet
#print axioms FormalSLT.Covering.TwoPointDudleyIntegral.twoPointTerminalNet

#check FormalSLT.Covering.TwoPointDudleyIntegral.twoPointRootedNet
#print axioms FormalSLT.Covering.TwoPointDudleyIntegral.twoPointRootedNet

#check FormalSLT.Covering.TwoPointDudleyIntegral.twoPointIntegralCoverProfile
#check FormalSLT.Covering.TwoPointDudleyIntegral.twoPointIntegralCoverProfile_antitone
#print axioms FormalSLT.Covering.TwoPointDudleyIntegral.twoPointIntegralCoverProfile_antitone

#check FormalSLT.Covering.TwoPointDudleyIntegral.twoPointIntegralCoverProfile_pos
#print axioms FormalSLT.Covering.TwoPointDudleyIntegral.twoPointIntegralCoverProfile_pos

#check FormalSLT.Covering.TwoPointDudleyIntegral.twoPointRademacher_centered_dudley_entropy_integral
#print axioms FormalSLT.Covering.TwoPointDudleyIntegral.twoPointRademacher_centered_dudley_entropy_integral