ValueError: cannot convert float NaN to integer

[T1mVo]

Traceback (most recent call last):
  File "/opt/homebrew/lib/python3.11/site-packages/asitop/utils.py", line 19, in parse_powermetrics
    gpu_metrics_dict = parse_gpu_metrics(powermetrics_parse)
                       ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
  File "/opt/homebrew/lib/python3.11/site-packages/asitop/parsers.py", line 141, in parse_gpu_metrics
    "active": int((1 - gpu_metrics["idle_ratio"])*100),
              ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
ValueError: cannot convert float NaN to integer

During handling of the above exception, another exception occurred:

Traceback (most recent call last):
  File "/opt/homebrew/bin/asitop", line 8, in <module>
    sys.exit(main())
             ^^^^^^
  File "/opt/homebrew/lib/python3.11/site-packages/asitop/asitop.py", line 183, in main
    ready = parse_powermetrics(timecode=timecode)
            ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
  File "/opt/homebrew/lib/python3.11/site-packages/asitop/utils.py", line 30, in parse_powermetrics
    gpu_metrics_dict = parse_gpu_metrics(powermetrics_parse)
                       ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
  File "/opt/homebrew/lib/python3.11/site-packages/asitop/parsers.py", line 141, in parse_gpu_metrics
    "active": int((1 - gpu_metrics["idle_ratio"])*100),
              ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
ValueError: cannot convert float NaN to integer

[raylau1234]

I am seeing the same error but for cpu when I do something that maxes out the CPUs (like run a cinebench multi-core benchmark reproduces 100% for me). I am on a MacStudio non-ultra running Ventura 13.4.1.

I think it is because the power clusters are showing nan's in powermetrics:

P0-Cluster Online: 100%
P0-Cluster HW active frequency: 3264 MHz
P0-Cluster HW active residency: 100.00% (702 MHz:   0% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz: 100% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
P0-Cluster idle residency:   0.00%
P0-Cluster down residency:   0.00%
P0-Cluster instructions retired: 1.8833e+11
P0-Cluster instructions per clock: 2.87462
CPU 4 frequency: 0 MHz
CPU 4 idle residency:    nan%
CPU 4 active residency:    nan% (702 MHz:   0% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
CPU 5 frequency: 702 MHz
CPU 5 idle residency:   0.00%
CPU 5 active residency: 100.00% (702 MHz: 100% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
CPU 6 frequency: 0 MHz
CPU 6 idle residency:    nan%
CPU 6 active residency:    nan% (702 MHz:   0% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
CPU 7 frequency: 702 MHz
CPU 7 idle residency:   0.00%
CPU 7 active residency: 100.00% (702 MHz: 100% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)

P1-Cluster Online: 100%
P1-Cluster HW active frequency: 3264 MHz
P1-Cluster HW active residency: 100.00% (702 MHz:   0% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz: 100% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
P1-Cluster idle residency:   0.00%
P1-Cluster down residency:   0.00%
P1-Cluster instructions retired: 1.89002e+11
P1-Cluster instructions per clock: 2.88476
CPU 8 frequency: 0 MHz
CPU 8 idle residency:    nan%
CPU 8 active residency:    nan% (702 MHz:   0% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
CPU 9 frequency: 702 MHz
CPU 9 idle residency:   0.00%
CPU 9 active residency: 100.00% (702 MHz: 100% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
CPU 10 frequency: 702 MHz
CPU 10 idle residency:   0.00%
CPU 10 active residency: 100.00% (702 MHz: 100% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)
CPU 11 frequency: 0 MHz
CPU 11 idle residency:    nan%
CPU 11 active residency:    nan% (702 MHz:   0% 948 MHz:   0% 1188 MHz:   0% 1452 MHz:   0% 1704 MHz:   0% 1968 MHz:   0% 2208 MHz:   0% 2400 MHz:   0% 2568 MHz:   0% 2724 MHz:   0% 2868 MHz:   0% 3000 MHz:   0% 3132 MHz:   0% 3264 MHz:   0% 3360 MHz:   0% 3408 MHz:   0% 3504 MHz:   0% 3528 MHz:   0% 3696 MHz:   0%)

This does not happen for efficiency:

E-Cluster Online: 100%
E-Cluster HW active frequency: 2424 MHz
E-Cluster HW active residency: 100.00% (912 MHz:   0% 1284 MHz:   0% 1752 MHz:   0% 2004 MHz:   0% 2256 MHz:   0% 2424 MHz: 100%)
E-Cluster idle residency:   0.00%
E-Cluster down residency:   0.00%
E-Cluster instructions retired: 8.44842e+10
E-Cluster instructions per clock: 1.73693
CPU 0 frequency: 912 MHz
CPU 0 idle residency:   0.00%
CPU 0 active residency: 100.00% (912 MHz: 100% 1284 MHz:   0% 1752 MHz:   0% 2004 MHz:   0% 2256 MHz:   0% 2424 MHz:   0%)
CPU 1 frequency: 912 MHz
CPU 1 idle residency:   0.00%
CPU 1 active residency: 100.00% (912 MHz: 100% 1284 MHz:   0% 1752 MHz:   0% 2004 MHz:   0% 2256 MHz:   0% 2424 MHz:   0%)
CPU 2 frequency: 912 MHz
CPU 2 idle residency:   0.00%
CPU 2 active residency: 100.00% (912 MHz: 100% 1284 MHz:   0% 1752 MHz:   0% 2004 MHz:   0% 2256 MHz:   0% 2424 MHz:   0%)
CPU 3 frequency: 912 MHz
CPU 3 idle residency:   0.00%
CPU 3 active residency: 100.00% (912 MHz: 100% 1284 MHz:   0% 1752 MHz:   0% 2004 MHz:   0% 2256 MHz:   0% 2424 MHz:   0%)

[redthing1]

Seeing this as well

[redthing1]

@tlkh please check the above linked PR, it solves this