You could try a trace.
cmake --trace . 2>&1 | tee /tmp/cmakeOut.txt

You may have to explicitly mention the path, For example:
cmake . -DLAPACK_LIBRARIES=/sw/library/lapack/lapack-3.6.0/3.6.0/lib64/liblapack.so -DBLAS_LIBRARIES=/sw/library/blas/CBLAS/lib/cblas_LINUX.so
 
OR:
 cmake . -DLAPACK_LIBRARIES=/sw/library/lapack/lapack-3.6.0/3.6.0/lib64/liblapack.so -DBLAS_LIBRARIES=/sw/library/blas/CBLAS/lib/cblas_LINUX.so -DCMAKE_INSTALL_PREFIX=/sw/simbody/353

You can find out on which compute node your job is running:
qstat -1an|grep snumber
>>>>>>>>>>>>>>>>>>>
e.g:
qstat -1an|grep s2761086
4598354.pbsserv s2761086 workq    DT_k-e_04   21795   1   1   10gb 99999 R 523:2 n010/0
Here you see it is running on n010
Then you can do this:
ssh nodename -t "htop"  or ssh nodename -t "htop -u username" 
e.g.ssh n010 -t "htop -u s2761086"
Press <F2> key, go to "Columns", and add PROCESSOR under "Available Columns".
The currently used CPU ID of each process will appear under "CPU" column.

#!/bin/bash
#PBS -N jobName
####PBS -m abe
####PBS -M YourEmail@griffith.edu.au
#PBS -q routeq
#PBS -l select=1:ncpus=1:mem=2gb,walltime=5:00:00
#======================================================# 
# USER CONFIG
#======================================================#
INPUT_FILE="hello.py"
OUTPUT_FILE="$PBS_JOBNAME.out"
MODULE_NAME="python/3.7.4"
PROGRAM_NAME="python"
# Set as true if you need those /lscratch files.
COPY_SCRATCH_BACK=true
#======================================================#
# MODULE is loaded 
#======================================================#
NP=‘wc -l < $PBS_NODEFILE‘
source /etc/profile.d/modules.sh
module load $MODULE_NAME
cat $PBS_NODEFILE
#======================================================#
# SCRATCH directory is created at the local disks 
#======================================================#
SCRDIR=/lscratch/$LOGNAME/$PBS_JOBID
if [ ! -d "$SCRDIR" ]; then
mkdir $SCRDIR
fi
#======================================================#
# TRANSFER input files to the scratch directory 
#======================================================#
# just copy input file
cp -r $PBS_O_WORKDIR/$INPUT_FILE $SCRDIR
# copy everything (Option) 
#cp -r $PBS_O_WORKDIR/* $SCRDIR
#======================================================#
# PROGRAM is executed with the output or log file
# direct to the working directory
#======================================================#
echo "START TO RUN WORK"
cd $SCRDIR
# Run a system wide sequential program
##$PROGRAM_NAME < $INPUT_FILE >& $PBS_O_WORKDIR/$OUTPUT_FILE
$PROGRAM_NAME $INPUT_FILE >& $SCRDIR/$OUTPUT_FILE
###$PROGRAM_NAME $INPUT_FILE >& $PBS_O_WORKDIR/$OUTPUT_FILE
# Run a MPI program (Option)
###For openmpi, use the following syntax####
#module load mpi/openmpi/4.0.2
#mpiexec $PROGRAM NAME < $INPUT FILE >& $OUTPUT FILE
####For intel mpi, use the following syntax####
#module load intel/2019up5/mpi
#mpiexec -n $NP  $PROGRAM NAME < $INPUT FILE >& $OUTPUT FILE
# mpirun -np $NP $PROGRAM NAME < $INPUT FILE >& $OUTPUT FILE
# Run a OpenMP program(Option) # export OMP NUM THREADS=$NP
# $PROGRAM NAME < $INPUT FILE >& $OUTPUT FILE
sleep 60
#======================================================# 
# RESULTS are migrated back to the working directory
#======================================================#
if [[ "$COPY_SCRATCH_BACK" == *true* ]]
then
    echo "COPYING SCRACH FILES TO " $PBS_O_WORKDIR/$PBS_JOBID 
    cp -rp $SCRDIR/* $PBS_O_WORKDIR
    if [ $? != 0 ]; then
        {
             echo "Sync ERROR: problem copying files from $tdir to $PBS_O_WORKDIR;" 
                     echo "Contact HPC admin for a solution."
             exit 1
        }
    fi
fi
#======================================================#
# DELETING the local scratch directory 
#======================================================#
cd $PBS_O_WORKDIR
if [[ "$SCRDIR" == *scratch* ]]
then
    echo "DELETING SCRATCH DIRECTORY" $SCRDIR
    rm -rf $SCRDIR
    echo "ALL DONE!"
fi
#======================================================#
# ALL DONE 
#======================================================#
##  End-of-job summary
echo "qstat -H $PBS_JOBID"
echo "qstat -xf $PBS_JOBID"

ssh -o ProxyCommand="ssh  -W %h:%p s123456@gc-prd-bastion-1.itc.griffith.edu.au" s123456@10.250.250.3

OR
ssh -l s123456 \
      -o 'ProxyCommand ssh -l s123456 %h nc 10.250.250.3 22' \
      -o 'HostKeyAlias 10.250.250.3' \
      gc-prd-bastion-1.itc.griffith.edu.au

You may update your ~/.ssh/config file and make the command simpler.

Host hpclogin1
        Hostname 10.250.250.3
        ProxyCommand ssh s123456@gc-prd-bastion-1.itc.griffith.edu.au -W %h:%p
 
Now all I have to do is type the following ssh command 
ssh s123456@hpclogin1

Note 1:
=======
OpenSSH version 7.3 or above: If there are multiple jump hosts, you can set multiple jump host using a comma-separated list and the servers will be visited in the order listed:

Host hpclogin1
        Hostname 10.250.250.3
        ProxyCommand ssh gc-prd-bastion-1.itc.griffith.edu.au,na-prd-bastion-1.itc.griffith.edu.au -W %h:%p
        User s123456

Note 2: Multihop transfers
===========================

sftp -o ProxyCommand="ssh  -W %h:%p s123456@gc-prd-bastion-1.itc.griffith.edu.au" s123456@10.250.250.3

scp -o ProxyCommand="ssh -W %h:%p user1@server1" user2@server2:/<remotePath> <localpath>

To copy a file named core.10437 from HPC login node to local machine:
=====================================================================
scp -o ProxyCommand="ssh -W %h:%p s123456@gc-prd-bastion-1.itc.griffith.edu.au" s123456@10.250.250.3:/export/home/s123456/core.10437 . 

To copy a directory named tmp2 from local machine to HPC login node
====================================================================
scp -o ProxyCommand="ssh -W %h:%p s123456@gc-prd-bastion-1.itc.griffith.edu.au" -r tmp2 s123456@10.250.250.3:/export/home/s123456/