Capacity data section

Offsets		Name	Length	Format	Description
0	0	SMF99C_HD_Int_Cap_ProcType	1	binary	Processor type.
1	1	*	15	HEX	Reserved.
16	10	SMF99C_VCM_LparCapsSMF	0	binary	LPAR capacities.
16	10	SMF99C_VCM_LparFlags	1	binary	LPAR Status Flags Bit Meaning when set 0 The physical CPU/core share matches the number and polarization of the CPUs/cores passed by the topology information. 1 The physical CPU/core share is higher than the number of VHs and VMs passed by the topology info. 2 The physical CPU/core share is lower than the number of VHs and VMs passed by the topology info. 3-7 Reserved.
17	11	*	3	HEX	Reserved.
20	14	SMF99C_VCM _MvsBusyDynaThr Unpark	2	binary	Dynamic MvsBusy threshold for unparking, scaled by 16.
22	16	SMF99C_VCM _MvsBusyDynaThrPark	2	binary	Dynamic MvsBusy threshold for parking, scaled by 16.
24	18	SMF99C_VCM _MvsBusyThrUnpark	2	binary	MvsBusy threshold for unparking, scaled by 16.
26	1A	SMF99C_VCM _MvsBusyThrPark	2	binary	MvsBusy threshold for parking, scaled by 16.
28	1C	SMF99C_VCM_MvsBusy	4	binary	Average CPU usage, scaled by 16.
32	20	SMF99C_VCM _LparCapUsedAdj	4	binary	Used LPAR capacity in microseconds, adjusted to the scheduled VCM interval length.
36	24	SMF99C_VCM _LparCapUsed	4	binary	Used LPAR capacity in microseconds.
40	28	SMF99C_VCM _LparCapUsedDiscr	4	binary	Used capacity of the non-guaranteed capacity (partially VM and unparked VLs) in microseconds, adjusted to the scheduled VCM interval length.
44	2C	SMF99C_VCM _LparCapUsedVmVl	4	binary	Used capacity on VMs and VLs, adjusted to the scheduled VCM interval length.
48	30	SMF99C_VCM_ LowCECMaxUp	2	binary	Maximum number of VLs unparked if low CEC utilization.
50	32	SMF99C_VCM_ LowCECMvsBusy	2	binary	Park threshold for low CEC utilization, scaled by 16
52	34	SMF99C_VCM _ LparCapVmVlUsedLparCap UsedOfAlloc	4	binary	Percentage used of allocated VM + VL capacity, scaled by 256.
56	38	SMF99C_VCM _LparCapVmVlUsedOver Guaran	4	binary	Percentage of guaranteed VM capacity used by VM + VL, scaled by 256.
60	3C	SMF99C_VCM _LparCapAllocVmVl	4	binary	Allocated LPAR capacity on VMs and VLs in microseconds.
64	40	SMF99C_VCM_LparCapAlloc	4	binary	Allocated LPAR capacity in microseconds. The allocated capacity is provided by the guaranteed capacity on VHs and VMs, plus extra capacity on VMs and unparked VLs.
68	44	SMF99C_VCM _LparCapNonGuaran	4	binary	Non guaranteed LPAR capacity in microseconds.
72	48	SMF99C_VCM _LparCapMedGuaran	4	binary	Guaranteed LPAR capacity on VMs in microseconds.
76	4C	SMF99C_VCM_Lpar CapGuaran	4	binary	Guaranteed LPAR capacity in microseconds. This value is calculated from the physical processor share of this LPAR.
80	50	SMF99C_VCM _MvsBusyProjected	4	binary	Projected MvsBusy, scaled by 16.
84	54	SMF99C_VCM _LparUnusedCapShare	4	binary	Unused capacity share of this LPAR in microseconds.
88	58	SMF99C_VCM _LparUnusedCap	4	binary	Unused LPAR capacity in microseconds including the unused capacity share for this LPAR.
92	5C	SMF99C_VCM_CECUtilPark	2	binary	CEC Utilization threshold for parking, scaled by 256.
94	5E	SMF99C_VCM_PUpDispl	2	binary	Park / Unpark displacement, scaled by 16
96	60	SMF99C_VCM_Diag204 _LogInfo	16	binary	LPAR information.
96	60	SMF99C_VCM_D204 _TotalW	4	binary	Total LPAR weight.
100	64	SMF99C_VCM_D204 _CurrentW	4	binary	Current LPAR weight.
104	68	SMF99C_VCM_D204 _WrkCurrW	4	binary	Accumulated current LPAR weight.
108	6C	SMF99C_VCM_D204 _LCpus	2	binary	Number of logical CPUs/cores for this LPAR.
110	6E	SMF99C_VCM_D204_Flags1	1	binary	LPAR Status flags Bit Meaning when set 0 LPAR capped by customer per processor type. 1-7 Reserved.
111	6F	*	1	binary	Reserved.
112	70	SMF99C_VCM_CPUs	0	binary	CPU/core data.
112	70	SMF99C_VCM_CpuHi	1	binary	Number of VHs.
113	71	SMF99C_VCM_CpuMed	1	binary	Number of VMs.
114	72	SMF99C_VCM_CpuLo	1	binary	Number of VLs.
115	73	SMF99C_VCM_ CpuLoUnparked	1	binary	Number of unparked VLs.
116	74	SMF99C_VCM_ CpuLoParked	1	binary	Number of parked VLs.
117	75	*	11	HEX	Reserved.
128	80	SMF99C_VCM_DiagCapAdj	16	binary	Diagnose information capacity adjustment.
128	80	SMF99C_VCM_DiagCapFlags	4	binary	Capacity change flags.
128	80	SMF99C_VCM_Diag CapIncr	2	binary	Capacity increase flags Bit Meaning when set 0 Adjust capacity increase. 1 Adjust capacity increase by unparking a processor. 2 Unpark request. 3 Unpark all request. 4 Reserved. 5 Unpark requested because the LPAR capacity is below the guaranteed capacity + unused capacity share. 6 PR/SM capped LPAR: Unpark requested because of high VH utilization. 7-15 Reserved.
130	82	SMF99C_VCM_ DiagCapDecr	2	binary	Capacity decrease flags Bit Meaning when set 0 Adjust capacity decrease. 1 Adjust capacity decrease by parking a processor. 2 Park requested. 3 Park all request. 4 MvsBusy too low. 5 VL effect too low. 6 Small VM/VL effectiveness. 7 no VM/VL effectiveness. 8 If no VH exists. 9 No capacity decrease adjustment. Reason: Low CEC utilization. 10 PR/SM capped LPAR: Park all. Below zEC12 hardware. 11 PR/SM capped LPAR: Park all. High CEC utilization and no unused LPAR capacity. 12 PR/SM capped LPAR: VH utilization is low. 13 PR/SM capped LPAR: VL effect too low. 14 PR/SM capped LPAR: MVS busy too low. 15 PR/SM capped LPAR: Adjust capacity decrease.
132	84	*	12	HEX	Reserved.
144	90	SMF99C_VCM_ CecCapsSMF	0	binary	CEC data.
144	90	SMF99C_VCM_ CecCapTotal	4	binary	Total CEC capacity in microseconds.
148	94	SMF99C_VCM_ CecCapUsedAdj	4	binary	CEC capacity used in microseconds, adjusted to the scheduled VCM interval length.
152	98	SMF99C_VCM_ CecCapUsed	4	binary	CEC capacity used in microseconds.
156	9C	SMF99C_VCM_CecCapFree	4	binary	Free CEC capacity in microseconds, adjusted to the scheduled VCM interval length.
160	A0	*	2	HEX	Reserved.
162	A2	SMF99C_VCM_ CecSharedCps	2	binary	Number of shared CPUs/cores.
164	A4	SMF99C_VCM_ CecCapFreeLimit	2	binary	CEC free limit for unparking, scaled by 256.
166	A6	SMF99C_VCM_CecUtil	2	binary	Total CEC utilization, scaled by 256.
168	A8	SMF99C_VCM _CecTotUnusedCap	4	binary	Total unused capacity of all LPARs in CEC in microseconds. The unused capacity of the requesting LPAR is not included.
172	AC	SMF99C_VCM _CecTotLparWgtAbove Guaran	2	binary	Total weight of all LPARs with a processor demand above guaranteed capacity. The weight of the requesting LPAR is always included.
174	AE	*	2	HEX	Reserved.
176	B0	SMF99C_VCM _CecPhysMgmTime	4	binary	Physical LPAR management time of all CPUs/cores in microseconds.
180	B4	SMF99C_VCM _CecPhysMgmTimeAdj	4	binary	Physical LPAR management time of all CPUs/cores, adjusted to the scheduled VCM interval length.
184	B8	*	4	binary	Reserved.
188	BC	SMF99_MT	16	binary	Multithreading data.
188	BC	SMF99C_MT_CF	4	binary	Capacity factor of processor class.
192	C0	SMF99C_MT_mCF	4	binary	Max capacity factor of processor class.
196	C4	SMF99C_MT_Opt_Orig	1	binary	Multithreading mode value.
197	C5	SMF99C_MT_Opt_InUse	1	binary	Multithreading mode value as forced by environment.
198	C6	SMF99C_MT_Curr	1	binary	Multithreading mode currently in use.
199	C7	SMF99C_MT_tgt	1	binary	Multithreading mode target value.
200	C8	*	4	binary	Reserved.
204	CC	SMF99C_VCM_Diag204_LogInfo _cont	16	binary	LPAR information - continuation.
204	CC	SMF99C_VCM_D204_CpuTypeCap	4	binary	PR/SM capping limit: Bit Meaning when set 0 Reserved. 1-31 PR/SM capping limit: Count of hundredths of CPUs/cores units.
208	D0	*	12	HEX	Reserved.
220	DC	SMF99C_VCM_LparCapsSMF_cont	32	HEX	LPAR capacities - continuation.
220	DC	SMF99C_VCM_PRSMCapCecUtilParkAllThr	2	binary	PR/SM capping: CEC utilization park all threshold scaled by 256.
222	DE	SMF99C_VCM_PRSMCapVhUtilThr _max	2	binary	PR/SM capping: VH/VM utilization unpark threshold scaled by 256.
224	E0	SMF99C_VCM_PRSMCapVhUtilThr _min	2	binary	PR/SM capping: VH/VM utilization park threshold scaled by 256.
226	E2	*	2	HEX	Reserved.
228	E4	SMF99C_VCM_LparCapUsedVHAdj	4	binary	Used VH capacity of previous interval in microseconds.
232	E8	SMF99C_VCM_LparCapUsedVMAdj	4	binary	Used VM capacity of previous interval in microseconds.
236	EC	SMF99C_VCM_VHUtil	2	binary	VH utilization of previous interval scaled by 256.
238	EE	SMF99C_VCM_VMUtil	2	binary	VM utilization of previous interval scaled by 256.
240	F0	SMF99C_VCM_ProjVHMUtil	2	binary	Projected VH utilization (or projected VM utilization if there is no VH in the topology) if one VL would have been parked.
242	F2	*	2	binary	Reserved.
244	F4	*	8	HEX	Reserved.