  The exotic resonant state $P_{c}^{\pm}(4312)$, $P_{c}^{\pm}(4440)$, and
$P_{c}^{\pm}(4457)$ are studied by using the dynamically constrained phase
space coalescence DCPC model and PACIAE model in $pp$ collisions at
$\sqrt{s}=7$, 13TeV, respectively. We consider exotic state
$P_{c}^{\pm}(4312)$, $P_{c}^{\pm}(4440)$ and $P_{c}^{\pm}(4457)$ to be three
kinds of possible structures, i.e. pentaquark state, the nucleus-like state,
and the molecular state based on $P_c^\pm \to J/\psi{p}{(\bar p)}$ bound state.
The yield, the transverse momentum distribution and the rapidity distribution
of $P_{c}$ with three different structures are all predicted. The results
indicated that the yield is on the order of $10^{-6}$, which might provide
reference for experimental research.
