152  * - Calculate ISO_Interval to allow SDU_Interval < ISO_Interval
219 		/* TODO: Calculate ISO_Interval based on SDU_Interval and Max_SDU vs Max_PDU,  in ll_cig_parameters_commit()
322 	 * 2) Calculate SE_Length for each CIS and store the largest  in ll_cig_parameters_commit()
323 	 * 3) Calculate BN  in ll_cig_parameters_commit()
324 	 * 4) Calculate total number of subevents needed to transfer payloads  in ll_cig_parameters_commit()
363 			/* Calculate BN and Max_PDU (framed) for both  in ll_cig_parameters_commit()
411 		/* Calculate SE_Length */  in ll_cig_parameters_commit()
442 	/* 1) Calculate the flush timeout either by dividing the total time needed to transfer all,  in ll_cig_parameters_commit()
446 	 * 2) Calculate the number of subevents (NSE) by distributing total number of subevents into  in ll_cig_parameters_commit()
448 	 * 3) Calculate subinterval as either individual CIS subinterval (sequential), or the  in ll_cig_parameters_commit()
450 	 * 4) Calculate CIG_Sync_Delay  in ll_cig_parameters_commit()
515 	/* 1) Calculate transport latencies for each CIS and validate against Max_Transport_Latency.  in ll_cig_parameters_commit()
868 	/* Calculate offset for CIS */  in ull_central_iso_setup()
874 		 * for associated ACL, to calculate the offset.  in ull_central_iso_setup()
879 		 * calculate the difference and the spare higher order bits will  in ull_central_iso_setup()
1042 	/* Calculate the offset for the select CIS in the CIG */  in mfy_cig_offset_get()
1165 	/* Calculate the CIS offset in the CIG */  in mfy_cis_offset_get()
1170 	/* Calculate instant latency */  in mfy_cis_offset_get()
1178 	/* Calculate elapsed CIG intervals until the instant */  in mfy_cis_offset_get()
1234 		 * the SDU_Interval, we assume BN=1 and calculate the Max_PDU as:  in iso_interval_adjusted_bn_max_pdu_get()