// ALGORITHM
   #macro A_EWMA                        54C09C3D-A06D-48FC-8A64-D090D9E1981E 
   #macro A_TABLE                       3AFD73EE-A9A5-496E-A675-51EAFCB859B3 
   #macro A_LINEARMATH                  5974888D-F9F6-4132-AC67-D32E515C9B4E 
   #macro A_MINMAXSELECT                0AE20A40-02E5-42A1-961C-0CBFBB9EC380 
//
// INPUT
   #macro I_OS_PWR_MODE_MPTF         {8945AB0A-35DD-4BEE-82A5-8138892C280D}_1
//   #macro I_SOC_TEMP                	{87008365-EA3A-461C-B83D-6AC6E8DB2F8A}_112 
//
// OUTPUT
   #macro O_FAN1_ACTIVE_RPM           	{91F589E0-45F0-4C6E-A17D-24FD8E8CBDCE}_730
//
// **Simple Fan Control Demos**
//
// DEMO-A - SOC Temp Driven Fan RPM
//		Will monitor and average the SOC temperature in dK units using an EWMA moving average, then feed that averaged temp into a LINEARMATH function to calculate a target RPM stored in VN1000
//1,0,0,%A_EWMA%,1,1,1,%I_SOC_TEMP%,%VN900%,8000,0,30,0
//1,1,0,%A_LINEARMATH%,1,1,1,%VN900%,%VN1000%,8000,0,10,-29300,0,0


//
// DEMO-B - OS Power Mode Driven Fan RPM
//		Will monitor the OS PWR MODE and then in a lookup TABLE output a target RPM stored in VN1001
1,0,0,%A_TABLE%,1,1,1,%I_OS_PWR_MODE_MPTF%,%O_FAN1_ACTIVE_RPM%,4,0,0,1,3,5,7,2,4,6,7,15,25,35,45

//
// ARBITRATION
//		looks at the max of two desired RPMs from DEMO-A, VN1000, and DEMO-B, VN1001, and sets the higher to the output channel
//1,2,0,%A_MINMAXSELECT%,1,2,1,%VN1000%,%VN1001%,%O_FAN1_ACTIVE_RPM%,8000,0,0,1