def test_system_consistency(self):
"""
Switching places should leave system in consistent state
"""
pyherc.vtable['\ufdd0:move'](self.monster_1, Direction.east)
assert_that(get_character(self.level, (6, 5)), is_(equal_to(self.monster_1)))
assert_that(get_character(self.level, (5, 5)), is_(equal_to(self.monster_2)))
def test_system_consistency(self):
"""
Switching places should leave system in consistent state
"""
pyherc.vtable['\ufdd0:move'](self.monster_1, Direction.east)
assert_that(get_character(self.level, (6, 5)),
is_(equal_to(self.monster_1)))
assert_that(get_character(self.level, (5, 5)),
is_(equal_to(self.monster_2)))
def targeting_spherical_area(parameters, radius):
"""
Function to target a spherical area
.. versionadded:: 0.10
"""
targets = []
initial = get_target_in_direction(level=parameters.caster.level,
location=parameters.caster.location,
direction=parameters.direction)
if initial and initial.previous_target:
splash_center = initial.previous_target.location
level = parameters.caster.level
matrix = get_fov_matrix(splash_center, level, radius)
x_range = range(splash_center[0] - radius,
splash_center[0] + radius + 1)
y_range = range(splash_center[1] - radius,
splash_center[1] + radius + 1)
for location, is_visible in matrix.items():
if is_visible:
creature = get_character(level, location)
if creature:
targets.append(
TargetData('character', location, creature, None))
elif blocks_los(level, location):
targets.append(TargetData('wall', location, None, None))
else:
targets.append(TargetData('void', location, None, None))
return targets
def move_or_attack(self, character, direction):
"""
Move or attack
"""
level = character.level
if pyherc.vtable['\ufdd0:is-move-legal'](character, direction):
pyherc.vtable['\ufdd0:move'](character, direction)
elif direction != 9:
loc = character.get_location_at_direction(direction)
if get_character(level, loc) is not None:
pyherc.vtable['\ufdd0:attack'](character, direction)
def move_or_attack(self, character, direction):
"""
Move or attack
"""
level = character.level
if pyherc.vtable['\ufdd0:is-move-legal'](character,
direction):
pyherc.vtable['\ufdd0:move'](character, direction)
elif direction != 9:
loc = character.get_location_at_direction(direction)
if get_character(level, loc) is not None:
pyherc.vtable['\ufdd0:attack'](character,
direction)
def targeting_spherical_area(parameters, radius):
"""
Function to target a spherical area
.. versionadded:: 0.10
"""
targets = []
initial = get_target_in_direction(level=parameters.caster.level,
location=parameters.caster.location,
direction=parameters.direction)
if initial and initial.previous_target:
splash_center = initial.previous_target.location
level = parameters.caster.level
matrix = get_fov_matrix(splash_center,
level,
radius)
x_range = range(splash_center[0] - radius,
splash_center[0] + radius + 1)
y_range = range(splash_center[1] - radius,
splash_center[1] + radius + 1)
for location, is_visible in matrix.items():
if is_visible:
creature = get_character(level, location)
if creature:
targets.append(TargetData('character',
location,
creature,
None))
elif blocks_los(level, location):
targets.append(TargetData('wall',
location,
None,
None))
else:
targets.append(TargetData('void',
location,
None,
None))
return targets
