def onAnimateEndEvent(self, e):
if self.use_sofa_profiler_timer:
records = Timer.getRecords("Animate")
else:
records = Timer.getRecords("cg_timer")
if "AnimateVisitor" in records:
methods = []
for k, v in zip(records['AnimateVisitor'].keys(), records['AnimateVisitor'].values()):
match = re.search('Mechanical \((.*)\)', k)
if match is not None:
methods.append({
'name': match.group(1),
'newton_steps': extract_newton_steps(v)
})
elif k == 'Mechanical':
if isinstance(v, list):
for i, v in zip(range(len(v)), v):
methods.append({
'name': 'method_'+str(i),
'newton_steps': extract_newton_steps(v)
})
else:
methods.append({
'name': 'method',
'newton_steps': extract_newton_steps(v)
})
pretty_print_methods(methods)
if not self.use_sofa_profiler_timer:
Timer.end("cg_timer")
def onAnimateEndEvent(self, e):
print("Done")
self.total_time += e['dt']
if self.use_sofa_profiler_timer:
records = Timer.getRecords("Animate")
else:
records = Timer.getRecords("timer")
if "AnimateVisitor" in records:
methods = []
for k, v in zip(records['AnimateVisitor'].keys(), records['AnimateVisitor'].values()):
match = re.search('Mechanical \((.*)\)', k)
if match is not None:
methods.append({
'name': match.group(1),
'newton_steps': extract_newton_steps(v)
})
elif k == 'Mechanical':
if isinstance(v, list):
for i, v in zip(range(len(v)), v):
methods.append({
'name': 'method_'+str(i),
'newton_steps': extract_newton_steps(v)
})
else:
methods.append({
'name': 'method',
'newton_steps': extract_newton_steps(v)
})
print("Here are the results. Copy and paste them in a text editor without word wrap to visualize them.")
pretty_print_methods(methods)
if not self.use_sofa_profiler_timer:
Timer.end("timer")
def onAnimateEndEvent(self, event):
if self.use_sofa_profiler_timer:
records = Timer.getRecords("Animate")
else:
records = Timer.getRecords("cg_timer")
step_time = records['AnimateVisitor']['Mechanical (meca)']['total_time']
print(f"Step took {step_time:.2f} ms")
nb_iterations = records['AnimateVisitor']['Mechanical (meca)']['StaticSolver::Solve']['nb_iterations']
for i in range(int(nb_iterations)):
total_time = records['AnimateVisitor']['Mechanical (meca)']['StaticSolver::Solve']['NewtonStep'][i]['total_time']
CG_iterations = records['AnimateVisitor']['Mechanical (meca)']['StaticSolver::Solve']['NewtonStep'][i]['MBKSolve']['CG iterations']
print(f" Newton iteration #{i} took {total_time:.2f} ms using {int(CG_iterations)} CG iterations")
if not self.use_sofa_profiler_timer:
Timer.end("cg_timer")
def onAnimateBeginEvent(self, e):
if len(Timer.getRecords('Animate')):
self.use_sofa_profiler_timer = True
else:
Timer.setEnabled("timer", True)
Timer.begin("timer")
# Update motion
if self.total_time < self.motion_time:
with self.dummy_points.position.writeableArray() as wa:
wa[:] += self.motion_delta
def onAnimateBeginEvent(self, e):
if len(Timer.getRecords('Animate')):
self.use_sofa_profiler_timer = True
else:
Timer.setEnabled("cg_timer", True)
Timer.begin("cg_timer")