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The di-hadron angular correlation function is computed within boostinvariant, ideal hydrodynamics for Au+Au collisions at $\sqrt{s}_{NN}=200$ GeVusing Monte Carlo Glauber fluctuating initial conditions. When $0<p_T< 3$ GeV,the intensity of the flow components and their phases, $\left\{v_n, \Psi_n\right \}$ ($n=2,3$), are found to be correlated on an event by event basis tothe initial condition geometrical parameters $\left\{\varepsilon_{2,n},\Phi_{2,n} \right \}$, respectively. Moreover, the fluctuation of the relativephase between trigger and associated particles, $\Delta_n =\Psi_n^t -\Psi_n^a$, is found to affect the di-hadron angular correlation function whendifferent intervals of transverse momentum are used to define the trigger andthe associated hadrons.

A Study of the Di-Hadron Angular Correlation Function in Event by Event Ideal Hydrodynamics