This doesn't actually work, btw. As far as I can tell, it *should*
work, but no such luck. My theory is that all the vehicle-blocking
stuff gets computed before the hotfix gets fired, so even though
the parameter looks updated with an `obj dump`, it doesn't actually
have an effect. Just a theory, though. Anyway, a command to diable
ALL blocking meshes, which actually works, is:
set Engine.BlockingMeshComponent bIsDisabled True
""")
data = Data('TPS')
levelname = 'Deadsurface_P'
print('Level hotfixes in {}'.format(levelname))
for (nodename, node) in data.get_level_package_nodes(levelname):
for child in node.get_children_with_name('blockingmeshactor'):
for meshchild in child.children.values():
full_obj = '{}.{}.{}'.format(nodename, child.name, meshchild.name)
structure = meshchild.get_structure()
if 'ScalarParameterValues' in structure:
block_player = False
block_vehicle = False
vehicle_idx = -1
for (idx, param_value) in enumerate(
structure['ScalarParameterValues']):
if param_value['ParameterName'] == '"Players"':
if round(float(param_value['ParameterValue'])) == 1:
block_player = True
elif param_value['ParameterName'] == '"PlayerVehicles"':
vehicle_idx = idx
print(
"WARNING: This doesn't... work? It should, as far as I can tell, but it doesn't."
)
print(
"It *does* disable everything BUT the specified popdef, but the other mixes just"
)
print("generate no enemies at all. Hrmph.")
data = Data('BL2')
popdef_name = 'GD_Population_Midget.Balance.PawnBalance_MidgetShotgun'
aidef_name = 'GD_AI_DenDef.AIDenDef_Bandits'
level_name = 'SouthernShelf_P'
mixes = set()
for (package_name, package) in data.get_level_package_nodes(level_name):
for child in package:
if child.name.startswith('PopulationOpportunityDen'):
mix_name = Data.get_struct_attr_obj(child.get_structure(),
'PopulationDef')
if mix_name:
mixes.add(mix_name)
for mix_name in mixes:
print("set {} AIDef WillowAIDenDefinition'{}'".format(
mix_name, aidef_name))
mix = data.get_struct_by_full_object(mix_name)
for (aal_idx, aal) in enumerate(mix['ActorArchetypeList']):
if aal_idx == 0:
sf_name = Data.get_struct_attr_obj(aal, 'SpawnFactory')
print("set {} PawnBalanceDefinition AIPawnBalanceDefinition'{}'".
#!/usr/bin/env python
# vim: set expandtab tabstop=4 shiftwidth=4:
import sys
from ftexplorer.data import Data
data = Data('BL2')
locker_count = 0
for (name, node) in data.get_level_package_nodes('GaiusSanctuary_P'):
for point in node.get_children_with_name(
'willowpopulationopportunitypoint'):
point_struct = point.get_structure()
if 'Locker' in point_struct['PopulationDef']:
locker_count += 1
print('{}.{}'.format(name, point))
print('--')
print('Locker count: {}'.format(locker_count))
import sys
from ftexplorer.data import Data
if len(sys.argv) != 2:
print('Specify a PopulationDefinition')
sys.exit(0)
popdef = sys.argv[1]
# This would actually probably be quicker to do a getall on the object types
# and then glean the level from there...
data = Data('TPS')
for name, package in data.get_levels():
found = False
for node_name, node in data.get_level_package_nodes(package):
points = []
points.extend(
node.get_children_with_name('populationopportunitypoint_'))
points.extend(
node.get_children_with_name('willowpopulationopportunitypoint_'))
for child in points:
child_struct = child.get_structure()
if popdef in child_struct['PopulationDef']:
print('Found in {} ({})'.format(name, package))
found = True
break
if found:
break
print('(done)')
(z - child_z)**2)
rv = child_distance <= distance
return (rv, '({:0.1f}, {:0.1f}, {:0.1f}) @ {:0.1f}'.format(
child_x, child_y, child_z, child_distance))
types = [
('WillowPopulationOpportunityPoint_', 'Location', 'PopulationDef'),
('PopulationOpportunityPoint_', 'Location', 'PopulationDef'),
('InterpActor_', 'Location', 'ReplicatedMesh'),
('WillowInteractiveObject_', 'Location', 'InteractiveObjectDefinition'),
# Eh, nothing useful to report on this one.
#('StaticMeshActor_', 'Location', 'foo'),
]
for (package_name, data_type) in data.get_level_package_nodes(level_package):
node = data.get_node_by_full_object(package_name)
for child in node.children.values():
for (type_prefix, loc_attr, report_attr) in types:
if child.name.startswith(type_prefix):
struct = child.get_structure()
if loc_attr in struct:
(match, suffix) = is_close(struct[loc_attr]['X'],
struct[loc_attr]['Y'],
struct[loc_attr]['Z'])
if match:
print('{prefix}.{name} - {report} {suffix}'.format(
prefix=package_name,
name=child.name,
report=struct[report_attr],
suffix=suffix,
