Searched refs:acc_horizon (Results 1 – 2 of 2) sorted by relevance
250 sp->horizon.x = kp->acc_horizon.x = kp->obj_horizon.x = 1.0f ; in reset_kpad()251 sp->horizon.y = kp->acc_horizon.y = kp->obj_horizon.y = 0.0f ; in reset_kpad()272 kp->ah_circle_pos = kp->acc_horizon ; in reset_kpad()664 ax = ( vx - kp->acc_horizon.x ) * f1 + kp->acc_horizon.x ; in calc_acc_horizon()665 ay = ( vy - kp->acc_horizon.y ) * f1 + kp->acc_horizon.y ; in calc_acc_horizon()670 kp->acc_horizon.x = ax / f1 ; in calc_acc_horizon()671 kp->acc_horizon.y = ay / f1 ; in calc_acc_horizon()675 kp->ah_circle_pos.x += ( kp->acc_horizon.x - kp->ah_circle_pos.x ) * kp_ah_circle_pw ; in calc_acc_horizon()676 kp->ah_circle_pos.y += ( kp->acc_horizon.y - kp->ah_circle_pos.y ) * kp_ah_circle_pw ; in calc_acc_horizon()678 vx = kp->acc_horizon.x - kp->ah_circle_pos.x ; in calc_acc_horizon()[all …]
104 Vec2 acc_horizon ; // Orientation calculated based on the acceleration (left-right) member