from s2bench.cpp2bench import Benchmark, Run, Step, Plot, PlotRun, PlotStub
runs = [
Run(name='vot_par_ft',
compile_params=
'-DBENCHMARK_FRAMETIME -DSCHEDULER_PARALLEL -DSTORAGE_VOT',
steps=[Step(avg=True)]),
Run(name='tov_par_ft',
compile_params=
'-DBENCHMARK_FRAMETIME -DSCHEDULER_PARALLEL -DSTORAGE_TOV',
steps=[Step(avg=True)]),
Run(name='scattered_par_ft',
compile_params=
'-DBENCHMARK_FRAMETIME -DSCHEDULER_PARALLEL -DSTORAGE_SCATTERED',
steps=[Step(avg=True)]),
Run(name='vot_seq_ft',
compile_params=
'-DBENCHMARK_FRAMETIME -DSCHEDULER_SEQUENTIAL -DSTORAGE_VOT',
steps=[Step(avg=True)]),
Run(name='tov_seq_ft',
compile_params=
'-DBENCHMARK_FRAMETIME -DSCHEDULER_SEQUENTIAL -DSTORAGE_TOV',
steps=[Step(avg=True)]),
Run(name='scattered_seq_ft',
compile_params=
'-DBENCHMARK_FRAMETIME -DSCHEDULER_SEQUENTIAL -DSTORAGE_SCATTERED',
steps=[Step(avg=True)]),
Run(name='scattered_set_seq_ft',
compile_params=
'-DBENCHMARK_FRAMETIME -DSCHEDULER_SEQUENTIAL -DSTORAGE_SCATTERED -DSTORAGE_SCATTERED_SET',
steps=[Step(avg=True)]),
from s2bench.cpp2bench import Benchmark, Run, Step, Plot, PlotRun, PlotStub
scattered_smart = Run(
name='scattered - smart',
compile_params=
'-DBENCHMARK_FRAMETIME -DSTORAGE_SCATTERED -DSTORAGE_SCATTERED_SMART',
run_params='1000000')
cm = Run(name='cm',
run_params='1000000',
instrument='perf',
delay=3000,
steps=[
Step(compile_params='-DSTORAGE_TOV'),
Step(compile_params='-DSTORAGE_SCATTERED'),
Step(compile_params='-DSTORAGE_VOT'),
Step(compile_params='-DSTORAGE_ENTT'),
])
cl = Run(name='cl',
run_params='1000000',
instrument='perf',
repetitions=4,
delay=3000,
only_loads=True,
steps=[
Step(compile_params='-DSTORAGE_TOV'),
Step(compile_params='-DSTORAGE_SCATTERED'),
Step(compile_params='-DSTORAGE_VOT'),
Step(compile_params='-DSTORAGE_ENTT'),
])
from s2bench.cpp2bench import Benchmark, Run, Step, Plot, PlotRun
runs = [
Run(
name='vecft',
compile_params='',
instrument='frameavg',
repetitions=16,
),
Run(
name='setft',
compile_params='-DSTORAGE_SCATTERED_SET',
instrument='frameavg',
repetitions=16,
),
]
benchmark = Benchmark(
dir='op_spawn/',
title='',
xlabel='count',
ylabel='time',
#axis_params='y unit=s,ybar,bar width=1cm,ymin=0,xtick=data,xticklabels={set, {vector \\\\ from middle}, {vector \\\\ from front}, {vector \\\\ from back}},xmin=-0.5,xmax=3.5,xticklabel style={rotate=-45, anchor=west, xshift=-3mm,yshift=-2mm,align=center}',
axis_params='change y base, y SI prefix=milli, y unit=s,ymin=0',
main='../op_spawn.cpp',
frames=1,
compile_params='-DENTITY_COUNT=1000000 -DSPAWN_RATE=1000',
runs=runs,
plots=[
Plot('vecft', title='vector', tex_params='"thick,green!75!black" "x*1000"', plotruns=[PlotRun(runs[0])]),
Plot('setft', title='set', tex_params='"thick,violet" "x*1000"', plotruns=[PlotRun(runs[1])]),
from s2bench.cpp2bench import Benchmark, Run, Step, Plot, PlotRun, PlotStub
scattered_smart = Run(
name='shared pointers, vector',
compile_params=
'-DBENCHMARK_FRAMETIME -DSTORAGE_SCATTERED -DSTORAGE_SCATTERED_SMART',
run_params='1000000')
scattered = Run(name='raw pointers, vector',
compile_params='-DBENCHMARK_FRAMETIME -DSTORAGE_SCATTERED',
run_params='100000')
scattered_smart_set = Run(
name='shared pointers, set',
compile_params=
'-DBENCHMARK_FRAMETIME -DSTORAGE_SCATTERED -DSTORAGE_SCATTERED_SMART -DSTORAGE_SCATTERED_SET',
run_params='1000000')
scattered_set = Run(
name='raw pointers, set',
compile_params=
'-DBENCHMARK_FRAMETIME -DSTORAGE_SCATTERED -DSTORAGE_SCATTERED_SET',
run_params='100000')
cm = Run(
name='cm',
run_params='1000000',
instrument='perf',
steps=[
Step(compile_params='-DSTORAGE_SCATTERED -DSTORAGE_SMART'),
Step(compile_params='-DSTORAGE_SCATTERED'),
def step_count(x):
return eval(step_calc)
steps = [
Step(
avg=True,
#params=str(entities // (step_count(i))),
params='128',
compile_params='-DSYSTEM_COUNT=' + str(step_count(i)),
) for i in range(0, 12)
]
runs = [
Run(name='seq',
compile_params='-DBENCHMARK_FRAMETIME -DSCHEDULER_SEQUENTIAL',
steps=steps,
measure_compile_time=True),
Run(name='par',
compile_params='-DBENCHMARK_FRAMETIME -DSCHEDULER_PARALLEL',
steps=steps,
measure_compile_time=True),
]
benchmark = Benchmark(
dir='component_types_systems/',
#title='component types - sequential, $10^4$ frames, entities: $10^5$',
title='',
xlabel='number of registered systems',
ylabel='average frame time',
axis_params=
'change y base, y SI prefix=milli, y unit=s,xmin=1,xmax=12,ymin=0',
from s2bench.cpp2bench import Benchmark, Run, Step, Plot, PlotRun, PlotStub
runs = [
Run(name='rigidft',
compile_params='-DBENCHMARK_FRAMETIME -DSKIP_SOFT',
run_params='100000',
steps=[
Step(compile_params='-DOPTIMIZE_RIGID', avg=True),
Step(compile_params='-DOPTIMIZE_SOFT', avg=True),
]),
Run(name='softft',
compile_params='-DBENCHMARK_FRAMETIME -DSKIP_RIGID',
run_params='100000',
steps=[
Step(compile_params='-DOPTIMIZE_RIGID', avg=True),
Step(compile_params='-DOPTIMIZE_SOFT', avg=True),
]),
Run(name='rigidcm',
compile_params='-DSKIP_SOFT',
run_params='100000',
instrument='perf',
repetitions=2,
steps=[
Step(compile_params='-DOPTIMIZE_RIGID'),
Step(compile_params='-DOPTIMIZE_SOFT'),
]),
Run(name='softcm',
compile_params='-DSKIP_RIGID',
run_params='100000',
instrument='perf',
repetitions=2,
def step_count(x):
return eval(step_calc)
steps = [
Step(
avg=True,
#params=str(entities // (step_count(i))),
params='100000',
compile_params='-DSYSTEM_COUNT=' + str(step_count(i)),
) for i in range(0, 8)
]
runs = [
Run(name='tov',
compile_params='-DBENCHMARK_FRAMETIME -DSTORAGE_TOV',
steps=steps),
Run(name='vot',
compile_params='-DBENCHMARK_FRAMETIME -DSTORAGE_VOT',
steps=steps),
Run(
name='tovc',
compile_params='-DSTORAGE_TOV',
steps=steps,
instrument='perf',
),
Run(
name='votc',
compile_params='-DSTORAGE_VOT',
steps=steps,
instrument='perf',
from s2bench.cpp2bench import Benchmark, Run, Step, Plot, PlotRun
runs = [
Run(
name='tovm',
compile_params='-DBENCHMARK_MEMORY -DSTORAGE_TOV'
),
Run(
name='scatteredm',
compile_params='-DBENCHMARK_MEMORY -DSTORAGE_SCATTERED',
),
Run(
name='tovft',
compile_params='-DBENCHMARK_FRAMETIME -DSTORAGE_TOV',
instrument='frameavg',
repetitions=24,
),
Run(
name='scatteredft',
compile_params='-DBENCHMARK_FRAMETIME -DSTORAGE_SCATTERED',
instrument='frameavg',
repetitions=24,
),
]
benchmark = Benchmark(
dir='spawn/',
#title='spawn - sequential, $2500$ frames, spawn rate: $256$',
title='',
xlabel='entity count',
ylabel='frame time',