#set_property OUTPUT_VALUE 0 [get_hw_probes num_heaters_on -of_objects [get_hw_vios hw_vio_1]]
#commit_hw_vio [get_hw_probes {num_heaters_on} -of_objects [get_hw_vios hw_vio_1]]
#after 5000
#setup ADC lsb sizes
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 40 3012
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 49 0105
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 4D 0000
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 41 20A0
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 42 7000
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 46 0007
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 48 7F01
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 47 0007
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 4A 4F01
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 4B 00FF
after 1000
set supply_lsb [expr {3.0/65536.0}]
set adc_lsb [expr {1.0/65536.0}]
#set up current lsb's for each rail (see KCU105 schematic)
set vccint_current_lsb [expr {$adc_lsb/(12.5*0.002)}]
set vccaux_current_lsb [expr {$adc_lsb/(38*0.005)}]
set vccBRAM_current_lsb [expr {$adc_lsb/(30*0.005)}]
set vccO_1V8_current_lsb [expr {$adc_lsb/(100*0.005)}]
set vccO_ADJ_current_lsb [expr {$adc_lsb/(20*0.005)}]
set vccO_1V2_current_lsb [expr {$adc_lsb/(60*0.005)}]
set MGTAVCC_current_lsb [expr {$adc_lsb/(30*0.005)}]
set MGTAVTT_current_lsb [expr {$adc_lsb/(30*0.005)}]
#read temperature and voltages
set temp [get_property TEMPERATURE [lindex [get_hw_sysmons] 0]]
puts "Tj is: $temp degC"
set VCCINT_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 01 ]
scan $VCCINT_ADC %x VCCINT_DEC
set VCCINT [expr {$VCCINT_DEC*$supply_lsb}]
set VCCAUX_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 02 ]
scan $VCCAUX_ADC %x VCCAUX_DEC
set VCCAUX [expr {$VCCAUX_DEC*$supply_lsb}]
#puts "VCCAUX is: $VCCAUX V"
set VCCBRAM_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 06 ]
scan $VCCBRAM_ADC %x VCCBRAM_DEC
set VCCBRAM [expr {$VCCBRAM_DEC*$supply_lsb}]
#puts "VCCBRAM is: $VCCBRAM V"
set MGTAVCC_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 10 ]
scan $MGTAVCC_ADC %x MGTAVCC_DEC
set MGTAVCC [expr {$MGTAVCC_DEC*2*$adc_lsb}]
#puts "MGTAVCC is: $MGTAVCC V"
set MGTAVTT_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 18 ]
scan $MGTAVTT_ADC %x MGTAVTT_DEC
set MGTAVTT [expr {$MGTAVTT_DEC*2*$adc_lsb}]
#puts "MGTAVTT is: $MGTAVTT V"
set VCCO_1V8_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 80 ]
scan $VCCO_1V8_ADC %x VCCO_1V8_DEC
set VCCO_1V8 [expr {$VCCO_1V8_DEC*2*$supply_lsb}]
#puts "VCCO_1V8 is: $VCCO_1V8 V"
set VCCO_1V2_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 81 ]
scan $VCCO_1V2_ADC %x VCCO_1V2_DEC
set VCCO_1V2 [expr {$VCCO_1V2_DEC*$supply_lsb}]
#puts "VCCO_1V2 is: $VCCO_1V2 V"
set VCCO_ADJ_ADC [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 82 ]
scan $VCCO_ADJ_ADC %x VCCO_ADJ_DEC
set VCCO_ADJ [expr {$VCCO_ADJ_DEC*$supply_lsb}]
#puts "VCCO_ADJ is: $VCCO_ADJ V"
#All voltage reading complete
#Change to external mux mode and sequence to look at ch0->7 to read currents
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 41 00A0
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 40 3812
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 41 20A0
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 46 0000
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 48 0000
set_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 49 00FF
after 1000
#read currents and display power
set VCCINT_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 10 ]
scan $VCCINT_ADC_I %x VCCINT_DEC_I
puts $VCCINT_DEC_I
set IVCCINT [expr {$VCCINT_DEC_I*$vccint_current_lsb}]
set VCCINT_POWER [expr {$VCCINT*$IVCCINT}]
puts "VCCINT is: $VCCINT V"
puts "IVCCINT is: $IVCCINT A"
puts "VCCINT Power is: $VCCINT_POWER W"
set VCCAUX_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 11 ]
scan $VCCAUX_ADC_I %x VCCAUX_DEC_I
set IVCCAUX [expr {$VCCAUX_DEC_I*$vccaux_current_lsb}]
set VCCAUX_POWER [expr {$VCCAUX*$IVCCAUX}]
puts "VCCAUX is: $VCCAUX V"
puts "IVCCAUX is: $IVCCAUX A"
puts "VCCAUX Power is: $VCCAUX_POWER W"
set VCCBRAM_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 12 ]
scan $VCCBRAM_ADC_I %x VCCBRAM_DEC_I
set IVCCBRAM [expr {$VCCBRAM_DEC_I*$vccBRAM_current_lsb}]
set VCCBRAM_POWER [expr {$VCCBRAM*$IVCCBRAM}]
puts "VCCBRAM is: $VCCBRAM V"
puts "IVCCBRAM is: $IVCCBRAM A"
puts "VCCBRAM Power is: $VCCBRAM_POWER W"
set VCCO_1V8_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 13 ]
scan $VCCO_1V8_ADC_I %x VCCO_1V8_DEC_I
set IVCCO_1V8 [expr {$VCCO_1V8_DEC_I*$vccO_1V8_current_lsb}]
set VCCO_1V8_POWER [expr {$VCCO_1V8*$IVCCO_1V8}]
puts "VCCO_1V8 is: $VCCO_1V8 V"
puts "IVCCO_1V8 is: $IVCCO_1V8 A"
puts "VCCO_1V8 Power is: $VCCO_1V8_POWER W"
set VCCO_ADJ_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 14 ]
scan $VCCO_ADJ_ADC_I %x VCCO_ADJ_DEC_I
set IVCCO_ADJ [expr {$VCCO_ADJ_DEC_I*$vccO_ADJ_current_lsb}]
set VCCO_ADJ_POWER [expr {$VCCO_ADJ*$IVCCO_ADJ}]
puts "VCCO_ADJ is: $VCCO_ADJ V"
puts "IVCCO_ADJ is: $IVCCO_ADJ A"
puts "VCCO_ADJ Power is: $VCCO_ADJ_POWER W"
set VCCO_1V2_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 15 ]
scan $VCCO_1V2_ADC_I %x VCCO_1V2_DEC_I
set IVCCO_1V2 [expr {$VCCO_1V2_DEC_I*$vccO_1V2_current_lsb}]
set VCCO_1V2_POWER [expr {$VCCO_1V2*$IVCCO_1V2}]
puts "VCCO_1V2 is: $VCCO_1V2 V"
puts "IVCCO_1V2 is: $IVCCO_1V2 A"
puts "VCCO_1V2 Power is: $VCCO_1V2_POWER W"
set MGTAVCC_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 16 ]
scan $MGTAVCC_ADC_I %x MGTAVCC_DEC_I
set IMGTAVCC [expr {$MGTAVCC_DEC_I*$MGTAVCC_current_lsb}]
set MGTAVCC_POWER [expr {$MGTAVCC*$IMGTAVCC}]
puts "MGTAVCC is: $MGTAVCC V"
puts "IMGTAVCC is: $IMGTAVCC A"
puts "MGTAVCC Power is: $MGTAVCC_POWER W"
set MGTAVTT_ADC_I [get_hw_sysmon_reg [lindex [get_hw_sysmons] 0 ] 17 ]
scan $MGTAVTT_ADC_I %x MGTAVTT_DEC_I
set IMGTAVTT [expr {$MGTAVTT_DEC_I*$MGTAVTT_current_lsb}]
set MGTAVTT_POWER [expr {$MGTAVTT*$IMGTAVTT}]
puts "MGTAVTT is: $MGTAVTT V"
puts "IMGTAVTT is: $IMGTAVTT A"
puts "MGTAVTT Power is: $MGTAVTT_POWER W"