nF = int(datasets[key]["value"][column_key_map["nInstancesComputedGlobally"]])
nM = int(datasets[key]["value"][column_key_map["nElements1D"]]*datasets[key]["value"][column_key_map["nInstancesComputedGlobally"]])
nproc = int(datasets[key]["value"][column_key_map["nRanks"]])
number = datasets[key]["number"]
print("{:10}, {:7}, {:13}, {:9}, {:4}, {:10}, {:10}, {:10}, {:3}, {:10}".\
format(key,
nproc,
nM,
nM/nproc,
nF,
fo.str_format_seconds(datasets[key]["value"][column_key_map["duration_0D"]]),
fo.str_format_seconds(datasets[key]["value"][column_key_map["duration_1D"]]),
fo.str_format_seconds(datasets[key]["value"][column_key_map["duration_total"]]),
number,
fo.str_format_memory(datasets[key]["value"][column_key_map["memoryData"]])
))
print ""
print ""
###############################################################
#######################################################
# plot
# x-axis: n processes
# y-axis: total time
plt.rcParams.update({'font.size': 20})
plt.rcParams['lines.linewidth'] = 3
plt.rcParams['lines.markersize'] = 8
output_path = ""
#nF = int(datasets[key]["value"][column_key_map["nInstancesComputedGlobally"]])
nproc = int(datasets[key]["value"][column_key_map["nRanks"]])
number = datasets[key]["number"]
print("{:30}, {:7}, {:10}, {:10}, {:10}, {:10}, {:10}, {:10}, {:3}, {:10}".\
format(key,
nproc,
fo.str_format_seconds(datasets[key]["value"][column_key_map["duration_0D"]]),
fo.str_format_seconds(datasets[key]["value"][column_key_map["duration_1D"]]),
fo.str_format_seconds(datasets[key]["value"][column_key_map["write output"]]),
fo.str_format_seconds(datasets[key]["value"][column_key_map["duration_total"]]),
fo.str_format_seconds(datasets[key]["value"][column_key_map["totalUsertime"]]),
fo.str_format_seconds((float)(datasets[key]["value"][column_key_map["duration_total"]])-(float)(datasets[key]["value"][column_key_map["write output"]])-(float)(datasets[key]["value"][column_key_map["duration_1D"]])-(float)(datasets[key]["value"][column_key_map["duration_0D"]])),
number,
fo.str_format_memory(datasets[key]["value"][column_key_map["memoryResidentSet"]])
))
print("")
print("")
sys.exit(0)
###############################################################
#######################################################
# plot
# x-axis: n processes
# y-axis: total time
plt.rcParams.update({'font.size': 16})
plt.rcParams['lines.linewidth'] = 3
plt.rcParams['lines.markersize'] = 8
output_path = ""
