nits are counted for the input bit rate and CPB storage. The number of tests of the second set, for Type II bitstreams, is equal to cpb_cnt_minusl + where cpb_cnt_minus1 is either the syntax element of hrd parameters() following the al_hrd_parameters_present_flag or is determined by the application by other means not specified in this Recommendation International Standard. One test is carried out for each bit rate and CPB size combination specified by hrd_parameters() following the nal_hrd_parameters_present_flag.P Each of these tests is conducted at the Type II conformance point shown in Figure C-1. For these tests, all NAL units (of a Type II NAL unit stream) or all bytes (of a byte stream) are counted for the input bit rate and CPB storage. NOTE 1 - NAL HRD parameters established by a value of SchedSelIdx for the Type II conformance point shown in Figure C-1 are sufficient to also establish VCL HRD conformance for the Type I conformance point shown in Figure C-1 for the same values of initial_cpb_removal_delay[ SchedSelIdx ], BitRate[ SchedSelIdx ], and CpbSize[ SchedSelIdx for the VBR case (cbr flag[ SchedSelIdx ] equal to 0). This is because the data flow into the Type I conformance point is a subset of the data flow into the Type II conformance point and because, for the VBR case, the CPB is allowed to become empty and stay empty until the time a next picture is scheduled to begin to arrive. For example, when a coded video sequence conforming to one or more of the profiles specified in Annex A is decoded by applying the decoding process specified in clauses 2-9, when NAL HRD parameters are provided for the Type II conformance point that not only fall within the bounds set for NAL HRD parameters for profile conformance in item j) of clause A.3.1 or item h) of clause A.3.3 (depending on the profile in use) but also fall within the bounds set for VCL HRD parameters for profile conformance in item i) of clause A.3.1 or item g) of clause A.3.3 (depending on the profile in use), conformance of the VCL HRD for the