It seems it should be possible to show fan info (F#Ac, etc) when there is no corresponding F#ID key, by simply calling it fan 0 etc.
F0Ac fpe2 2 K_VAR_ATOM_RW Fan0 Actual RPM, DIAG_LOG
F0ID {fds K_CONST Fan0 Description
F0Mn fpe2 2 K_VAR_ATOM_RW Fan0 Minimum RPM
F0Mt ui16 2 K_VAR_ATOM_RW Fan0 Max calculated target RPM
F0Mx fpe2 2 K_VAR_ATOM_RW Fan0 Maximum RPM
F0Sf fpe2 2 K_VAR_ATOM_RW Fan0 Safe RPM
F0Tg fpe2 2 K_VAR_ATOM_RW Modify this in conjunction with Fan force bit [0] to set fan speed.
F1Ac fpe2 2 K_VAR_ATOM_RW Fan1 Actual RPM
F1ID {fds K_CONST Fan1 Description
F1Mn fpe2 2 K_VAR_ATOM_RW Fan1 Minimum RPM
F1Mt ui16 2 K_VAR_ATOM_RW Fan1 Max calculated target RPM
F1Mx fpe2 2 K_VAR_ATOM_RW Fan1 Maximum RPM
F1Sf fpe2 2 K_VAR_ATOM_RW Fan1 Safe RPM
F1Tg fpe2 2 K_VAR_ATOM_RW Modify this in conjunction with Fan force bit [1] to set fan speed.
F2Ac fpe2 2 K_VAR_ATOM_RW Fan2 Actual RPM
F2ID {fds K_CONST Fan2 Description
F2Mn fpe2 2 K_VAR_ATOM_RW Fan2 Minimum RPM
F2Mt ui16 2 K_VAR_ATOM_RW Fan2 Max calculated target RPM
F2Mx fpe2 2 K_VAR_ATOM_RW Fan2 Maximum RPM
F2Sf fpe2 2 K_VAR_ATOM_RW Fan2 Safe RPM
F2Tg fpe2 2 K_VAR_ATOM_RW Modify this in conjunction with Fan force bit [2] to set fan speed.
FNum ui8 1 K_CONST Number of supported fans.
FPhz si16 2 KPRIV_VAR_ATOM_RW Programmable Fan Phase offset affects all fans. Signed value
has legal values between 0 and 360. Default is 360 (no change).
FS! ui16 2 K_VAR_ATOM_RW Fan force bits. FS![15:0] Setting bit to 1 allows for external control over fan speed target and
prevents thermal manager from actively overidding value set via key access.
Here are the fan keys (or at any rate, keys beginning with F) on a MacBook Pro (16-inch, 2019) aka MacBookPro16,1:
F0AH [spf0] 5971 (bytes 17 53) F0AL [spf0] 5616 (bytes 15 f0) F0Ac [flt ] (bytes 15 cf 60 45) F0Dc [flt ] (bytes 99 16 d1 3e) F0Fb [ui8 ] 1 (bytes 01) F0Fc [ui16] 4 (bytes 00 04) F0Md [ui8 ] 0 (bytes 00) F0Mn [flt ] (bytes 00 80 e5 44) F0Mx [flt ] (bytes 00 80 af 45) F0Sf [ui16] 0 (bytes 00 00) F0St [ui8 ] 5 (bytes 05) F0Tg [flt ] (bytes 00 b0 62 45) F1AH [spf0] 5971 (bytes 17 53) F1AL [spf0] 5200 (bytes 14 50) F1Ac [flt ] (bytes cb 78 51 45) F1Dc [flt ] (bytes 9f 9d c0 3e) F1Fb [ui8 ] 1 (bytes 01) F1Fc [ui16] 4 (bytes 00 04) F1Md [ui8 ] 0 (bytes 00) F1Mn [flt ] (bytes 00 80 d4 44) F1Mx [flt ] (bytes 00 80 a2 45) F1Sf [ui16] 0 (bytes 00 00) F1St [ui8 ] 5 (bytes 05) F1Tg [flt ] (bytes 00 f0 51 45) FAC0 [ui8 ] 0 (bytes 00) FAC1 [ui8 ] 0 (bytes 00) FAC2 [ui8 ] 0 (bytes 00) FAC3 [ui8 ] 0 (bytes 00) FBAD [hex_] (bytes 00 00 00 00) FNum [ui8 ] 2 (bytes 02) FOff [ui8 ] 0 (bytes 00) FRmp [ui16] 0 (bytes 00 00)
Note that there is NO F0ID or F1ID key provided!
Below are the F... keys listed in https://app.assembla.com/wiki/show/fakesmc with some description of what they are.
It seems it should be possible to show fan info (F#Ac, etc) when there is no corresponding F#ID key, by simply calling it fan 0 etc.
F0Ac fpe2 2 K_VAR_ATOM_RW Fan0 Actual RPM, DIAG_LOG F0ID {fds K_CONST Fan0 Description F0Mn fpe2 2 K_VAR_ATOM_RW Fan0 Minimum RPM F0Mt ui16 2 K_VAR_ATOM_RW Fan0 Max calculated target RPM F0Mx fpe2 2 K_VAR_ATOM_RW Fan0 Maximum RPM F0Sf fpe2 2 K_VAR_ATOM_RW Fan0 Safe RPM F0Tg fpe2 2 K_VAR_ATOM_RW Modify this in conjunction with Fan force bit [0] to set fan speed.
F1Ac fpe2 2 K_VAR_ATOM_RW Fan1 Actual RPM F1ID {fds K_CONST Fan1 Description F1Mn fpe2 2 K_VAR_ATOM_RW Fan1 Minimum RPM F1Mt ui16 2 K_VAR_ATOM_RW Fan1 Max calculated target RPM F1Mx fpe2 2 K_VAR_ATOM_RW Fan1 Maximum RPM F1Sf fpe2 2 K_VAR_ATOM_RW Fan1 Safe RPM F1Tg fpe2 2 K_VAR_ATOM_RW Modify this in conjunction with Fan force bit [1] to set fan speed.
F2Ac fpe2 2 K_VAR_ATOM_RW Fan2 Actual RPM F2ID {fds K_CONST Fan2 Description F2Mn fpe2 2 K_VAR_ATOM_RW Fan2 Minimum RPM F2Mt ui16 2 K_VAR_ATOM_RW Fan2 Max calculated target RPM F2Mx fpe2 2 K_VAR_ATOM_RW Fan2 Maximum RPM F2Sf fpe2 2 K_VAR_ATOM_RW Fan2 Safe RPM F2Tg fpe2 2 K_VAR_ATOM_RW Modify this in conjunction with Fan force bit [2] to set fan speed.
FNum ui8 1 K_CONST Number of supported fans. FPhz si16 2 KPRIV_VAR_ATOM_RW Programmable Fan Phase offset affects all fans. Signed value has legal values between 0 and 360. Default is 360 (no change). FS! ui16 2 K_VAR_ATOM_RW Fan force bits. FS![15:0] Setting bit to 1 allows for external control over fan speed target and prevents thermal manager from actively overidding value set via key access.