def __init__( self, self_camp, enemy_camp, max_empty_rounds, max_rounds, on_update, **kargs ) :
super( UICombat, self ).__init__( **kargs )
self.bind( on_open= UICombat.on_opened,
on_dismiss= UICombat.on_dismissing )
self.combat= Combat()
self.combat.create_character= self.create_character
self.self_camp= self_camp
self.enemy_camp= enemy_camp
self.active_character= None
self.skill_id_casting= 0
self.__max_empty_rounds= max_empty_rounds
self.__max_rounds= max_rounds
on_update_callback= getattr( datas.story, on_update, None )
if hasattr( on_update_callback, u'__call__' ) :
self.__on_update= on_update_callback( env, self.combat )
self.__on_update.send( None )
else :
self.__on_update= None
self.__running= False
self.__ended= False
self.__character_on_press_queue= []
self.__valid_targets= []
self.__log_queue= []
self.__last_log_parse= 0
self.__float_text_atlas= Atlas( 0, 0, 0, 0 )
self.set_character_press_callback( u'skill_target', _skill_target_select )
Clock.schedule_interval( self.on_check_log_queue, 0 )
self.sync()
class UICombat( ModalView ) :
character_callback_level_name2index= {
u'skill_target' : 0,
}
pause= BooleanProperty( False )
light_name= StringProperty()
light_value= NumericProperty()
light_max= NumericProperty()
dark_name= StringProperty()
dark_value= NumericProperty()
dark_max= NumericProperty()
chaos_name= StringProperty()
chaos_value= NumericProperty()
chaos_max= NumericProperty()
self_camp= NumericProperty()
selected_skill_name= StringProperty()
selected_detail= ObjectProperty()
round_index= NumericProperty()
acting= BooleanProperty( False )
image= StringProperty()
log_text= StringProperty()
character_list_scrollview= ObjectProperty()
character_list_scrollview_content= ObjectProperty()
self_character_list= ObjectProperty()
enemy_character_list= ObjectProperty()
ui_skills= ObjectProperty()
def __init__( self, self_camp, enemy_camp, max_empty_rounds, max_rounds, on_update, **kargs ) :
super( UICombat, self ).__init__( **kargs )
self.bind( on_open= UICombat.on_opened,
on_dismiss= UICombat.on_dismissing )
self.combat= Combat()
self.combat.create_character= self.create_character
self.self_camp= self_camp
self.enemy_camp= enemy_camp
self.active_character= None
self.skill_id_casting= 0
self.__max_empty_rounds= max_empty_rounds
self.__max_rounds= max_rounds
on_update_callback= getattr( datas.story, on_update, None )
if hasattr( on_update_callback, u'__call__' ) :
self.__on_update= on_update_callback( env, self.combat )
self.__on_update.send( None )
else :
self.__on_update= None
self.__running= False
self.__ended= False
self.__character_on_press_queue= []
self.__valid_targets= []
self.__log_queue= []
self.__last_log_parse= 0
self.__float_text_atlas= Atlas( 0, 0, 0, 0 )
self.set_character_press_callback( u'skill_target', _skill_target_select )
Clock.schedule_interval( self.on_check_log_queue, 0 )
self.sync()
def on_opened( self ) :
self.begin()
def on_dismissing( self ) :
if not self.__ended :
popup= Factory.HintCancelCombat()
def confirm() :
popup.dismiss()
self.__ended= True
self.dismiss()
popup.confirm= confirm
popup.open()
return True
def create_character( self, data, camp =None ) :
character= Character( game.obj_id_generator.generate() )
self.combat.objects.append( character )
init_character( character )
data2character( character, data )
if camp is not None :
character.camp= camp
if character.camp == self.self_camp and not character.auto_control :
character.controller= CommandController()
else :
character.controller= AIController()
return character
def __sync_characters( self, ui_character_list, camp ) :
characters= [ character for character in self.combat.objects if character.camp == camp ]
characters.sort()
len_need= len( characters )
def create_ui_character() :
ui_character= Factory.UICharacter()
ui_character.ui_combat= self
return ui_character
resize( ui_character_list, len_need, create_ui_character )
assert len( ui_character_list.children ) == len_need
for i, character in enumerate( characters ) :
ui_character= ui_character_list.children[i]
ui_character.character= character
ui_character.name= character.name
ui_character.image= character.image
ui_character.seq= str( 1+self.combat.objects.index( character ) )
ui_character.hp_name= get_property( u'hp' ).__doc__
ui_character.hp_value= character.hp
ui_character.hp_max= character.hp_max
ui_character.speed_name= get_property( u'speed' ).__doc__
ui_character.speed_value= character.speed
ui_character.dex_name= get_property( u'dex' ).__doc__
ui_character.dex_value= character.dex
ui_character.is_active= ( character is self.active_character )
ui_character.is_invalid_target= ( self.selected_detail.current == u'skill' and \
character not in self.__valid_targets )
states= [ state for state in character.iter_states() ]
len_need= len( states )
resize( ui_character.state_list, len_need, Factory.UIState )
assert( len( ui_character.state_list.children ) == len_need )
for j, state in enumerate( states ) :
ui_state= ui_character.state_list.children[j]
ui_state.icon= state.icon
def sync( self ) :
self.sync_selected_skill_info()
show_empty= ( self.active_character is None or \
self.active_character.camp != self.self_camp or \
not isinstance( self.active_character.controller, CommandController ) or \
self.active_character.controller.actions )
if self.selected_detail.current == u'empty' and not show_empty :
self.selected_detail.current= u'skills'
elif self.selected_detail.current != u'empty' and show_empty :
self.selected_detail.current= u'empty'
if self.selected_detail.current == u'skills' :
skill_src= self.active_character
skills= [ ( skill_id, skill_src.get_skill( skill_id ) ) for skill_id in skill_src.skills_using ]
skills= filter( lambda ( skill_id, skill ) : skill is not None, skills )
skills.sort( reverse= True, key= lambda ( skill_id, skill ) : skill_id )
len_need= len( skills )
def create_ui_skill_menu_item() :
ui_skill_menu_item= Factory.UISkillMenuItem()
ui_skill_menu_item.ui_combat= self
ui_skill_menu_item.skill_src= None
ui_skill_menu_item.skill_id= None
return ui_skill_menu_item
resize( self.ui_skills, len_need, create_ui_skill_menu_item )
for i in xrange( len_need ) :
skill_id, skill= skills[i]
ui_skill_item= self.ui_skills.children[i]
ui_skill_item.skill_name= skill.name
ui_skill_item.skill_src= skill_src
ui_skill_item.skill_id= skill_id
ui_skill_item.is_valid= skill.valid( self.combat, self.combat.objects, skill_src )
ui_skill_item.icon= skill.icon
self.__update_valid_ui_targets()
self.__sync_characters( self.self_character_list, self.self_camp )
self.__sync_characters( self.enemy_character_list, self.enemy_camp )
self.light_name= get_property( u'light' ).__doc__
self.light_value= self.combat.light
self.light_max= self.combat.light_max
self.dark_name= get_property( u'dark' ).__doc__
self.dark_value= self.combat.dark
self.dark_max= self.combat.dark_max
self.chaos_name= get_property( u'chaos' ).__doc__
self.chaos_value= self.combat.chaos
self.chaos_max= self.combat.chaos_max
def is_casting_skill( self ) :
if self.active_character is None :
return False
if self.selected_detail.current != u'skill' :
return False
skill_caster= self.active_character
skill= skill_caster.get_skill( self.skill_id_casting )
if skill is None :
return False
return True
def __update_valid_ui_targets( self ) :
del self.__valid_targets[:]
if not self.is_casting_skill() :
return
skill_caster= self.active_character
skill= skill_caster.get_skill( self.skill_id_casting )
assert skill is not None
self.__valid_targets[:]= valid_targets4skill( skill,
skill_caster,
self.combat,
self.combat.objects )
def ui_by_character( self, character ) :
for ui_character in self.self_character_list.children :
if ui_character.character is character :
return ui_character
for ui_character in self.enemy_character_list.children :
if ui_character.character is character :
return ui_character
def ui_owner_by_name( self, name ) :
for ui_character in self.self_character_list.children :
if ui_character.name == name :
return ui_character
for ui_character in self.enemy_character_list.children :
if ui_character.name == name :
return ui_character
if self.combat.name == name :
return self
def __parse_logs( self, name2text_timelines, logs ) :
for log in logs :
if isinstance( log, LogSkillCast ) :
pattern= u'对 {dst} 使用了 {skill_name}'
text= pattern.format( dst= log.dst_name,
skill_name= log.skill_name )
full_pattern= u'{src} 对 {dst} 使用了 {skill_name}'
full_text= full_pattern.format( src= log.src_name,
dst= log.dst_name,
skill_name= log.skill_name )
name2text_timelines[log.src_name].append( ( text, full_text, datas.ui_effects.timelines_float_text ) )
self.__parse_logs( name2text_timelines, log.logs )
elif isinstance( log, LogPropChanged ) :
pattern= u'{prop} {value_delta:+}'
text= pattern.format( prop= log.prop_name,
value_delta= log.value_delta )
full_pattern= u'{owner} 的 {prop} {value_delta:+}'
full_text= full_pattern.format( owner= log.owner_name,
prop= log.prop_name,
value_delta= log.value_delta )
if log.prop_name == get_property( u'hp' ).__doc__ :
if log.value_delta <= 0 :
timeline= datas.ui_effects.timelines_harm
else :
timeline= datas.ui_effects.timelines_heal
else :
timeline= datas.ui_effects.timelines_float_text
name2text_timelines[log.owner_name].append( ( text, full_text, timeline ) )
elif isinstance( log, LogState ) :
if log.logs :
pattern= u'{state_name} 生效'
text= pattern.format( state_name= log.state_name )
full_pattern= u'{owner} 的 {state_name} 生效'
full_text= full_pattern.format( owner= log.owner_name,
state_name= log.state_name )
name2text_timelines[log.owner_name].append( ( text, full_text, datas.ui_effects.timelines_float_text ) )
self.__parse_logs( name2text_timelines, log.logs )
elif isinstance( log, LogStateEnter ) :
pattern= u'获得了 {state_name} 状态'
text= pattern.format( state_name= log.state_name )
full_pattern= u'{owner} 获得了 {state_name} 状态'
full_text= full_pattern.format( owner= log.owner_name,
state_name= log.state_name )
name2text_timelines[log.owner_name].append( ( text, full_text, datas.ui_effects.timelines_float_text ) )
elif isinstance( log, LogStateLeave ) :
pattern= u'失去了 {state_name} 状态'
text= pattern.format( state_name= log.state_name )
full_pattern= u'{owner} 失去了 {state_name} 状态'
full_text= full_pattern.format( owner= log.owner_name,
state_name= log.state_name )
name2text_timelines[log.owner_name].append( ( text, full_text, datas.ui_effects.timelines_float_text ) )
elif isinstance( log, LogEvent ) :
name2text_timelines[self.combat.name].append( ( log.text, log.text, log.timeline ) )
elif isinstance( log, LogEffect ) :
ui_owner= self.ui_owner_by_name( log.owner_name )
if ui_owner is not None :
if isinstance( ui_owner, Factory.UICharacter ) :
ui_owner= ui_owner.ids.image_widget
timelines= timelines_effects.get( log.effect_name, None )
if timelines :
play_effect( ui_owner.canvas.after, ui_owner.center, timelines )
else :
Logger.error( u'unknown log: {name}'.format( name= log.__cls__.name ) )
def parse_logs( self, logs ) :
self.__last_log_parse= Clock.get_boottime()
name2text_timelines= defaultdict( list ) # name -> [ ( text, timeline ), ]
self.__parse_logs( name2text_timelines, logs )
for name, text_timelines in name2text_timelines.iteritems() :
ui_owner= self.ui_owner_by_name( name )
if ui_owner is not None :
self.__float_text_atlas.clear()
if ui_owner is self :
self.__float_text_atlas.width= 0
self.__float_text_atlas.height= 99999
else :
self.__float_text_atlas.width= metrics.dp( 150 )
self.__float_text_atlas.height= 99999
if ui_owner is self :
pos= ( ui_owner.center[0], ui_owner.center[1] )
halign= u'center'
elif ui_owner.character.camp == self.self_camp :
pos= ( ui_owner.right, ui_owner.y )
halign= u'left'
elif ui_owner.character.camp != self.self_camp :
pos= ( ui_owner.x, ui_owner.y )
halign= u'right'
else :
continue
for text, full_text, timelines in reversed( text_timelines ) :
float_text_atlas( self.__float_text_atlas, ui_owner.canvas.after, text, pos, timelines, halign )
self.log_text += full_text
self.log_text += '\n'
self.__float_text_atlas.clear()
def is_time_to_parse_logs( self ) :
return self.__last_log_parse <= 0 or \
Clock.get_boottime() - self.__last_log_parse >= log_parse_interval
def on_check_log_queue( self, dt ) :
if not self.__log_queue :
return
if self.is_time_to_parse_logs() :
logs= self.__log_queue.pop( 0 )
self.parse_logs( logs )
def queued_parse_logs( self, logs ) :
if self.__log_queue or not self.is_time_to_parse_logs() :
self.__log_queue.append( logs )
else :
self.parse_logs( logs )
def show_character( self, character ) :
ui_character= self.ui_by_character( character )
if ui_character is None :
return
view_height= self.character_list_scrollview.height
scroll_range= self.character_list_scrollview_content.height - view_height
if scroll_range <= 0 :
return
scroll_y= ( ui_character.center[1] - view_height/2 ) / scroll_range
scroll_y= min( max( 0, scroll_y ), 1 )
Animation( scroll_y= scroll_y, duration= .5, t= u'in_out_cubic' ).start( self.character_list_scrollview )
def __update( self ) :
if self.__on_update :
finished= self.__on_update.send( None )
if finished :
self.__ended= True
return True
def __run( self ) :
combat= self.combat
self.queued_parse_logs( ( LogEvent( u'战斗开始', datas.ui_effects.timelines_float_text ), ) )
yield .5
log_combat= LogBlock()
with combat.one_combat() as ( log_combat.logs_enter, log_combat.logs_leave ) :
self.queued_parse_logs( log_combat.logs_enter )
empty_rounds= 0
for i in xrange( self.__max_rounds ) :
self.round_index= i
self.queued_parse_logs( ( LogEvent( u'第{i}轮'.format( i= i+1 ), datas.ui_effects.timelines_float_text ), ) )
yield 1
log_round= LogBlock()
has_action= False
with combat.one_round() as ( log_round.logs_enter, log_round.logs_leave ) :
self.queued_parse_logs( log_round.logs_enter )
for obj in combat.objects :
self.active_character= obj
self.show_character( obj )
self.queued_parse_logs( ( LogEvent( u'{name}的回合'.format( name= obj.name ), datas.ui_effects.timelines_float_text ), ) )
yield 1
log_turn= LogBlock()
with combat.one_turn( obj ) as ( log_turn.logs_enter, log_turn.logs_leave ) :
self.queued_parse_logs( log_turn.logs_enter )
if obj.controller :
for j in xrange( 3 ) :
if j > 0 :
self.queued_parse_logs( ( LogEvent( u'{name} 连击'.format( name= obj.name ), datas.ui_effects.timelines_combo ), ) )
del log_turn.logs[:]
yield 0
if isinstance( obj.controller, CommandController ) and not obj.controller.actions :
self.pause= True
yield 0
action= obj.controller.get_action( obj, combat, combat.objects )
if action :
self.acting= True
exec_action( log_turn.logs,
action,
obj,
combat,
combat.objects )
has_action= True
self.sync()
self.queued_parse_logs( log_turn.logs )
yield 3
self.acting= False
if self.__update() :
return
combo_chance= obj.dex / 100.
if not random() < combo_chance :
skill= action_get_skill( action, obj )
if not skill or not random() < skill.combo_chance :
break
self.queued_parse_logs( log_turn.logs_leave )
self.active_character= None
yield 1
combat_prop_change( log_round.logs_leave, combat, u'light', u'dlight_min', u'dlight_max' )
combat_prop_change( log_round.logs_leave, combat, u'dark', u'ddark_min', u'ddark_max' )
combat_prop_change( log_round.logs_leave, combat, u'chaos', u'dchaos_min', u'dchaos_max' )
self.queued_parse_logs( log_round.logs_leave )
self.round_index= -1
if has_action :
empty_rounds= 0
else :
empty_rounds += 1
if self.__max_empty_rounds > 0 and empty_rounds >= self.__max_empty_rounds :
break
yield 1
self.queued_parse_logs( log_combat.logs_leave )
self.queued_parse_logs( ( LogEvent( u'战斗结束', datas.ui_effects.timelines_float_text ), ) )
self.__ended= True
def begin( self ) :
if self.__running :
return
self.__running= True
combat_routine= self.__run()
def on_step( dt ) :
if self.__ended :
return
if self.pause or self.__log_queue or not self.is_time_to_parse_logs() :
Clock.schedule_once( on_step, .1 )
else :
try :
time2sleep= combat_routine.next()
time2sleep= max( time2sleep, 0 )
Clock.schedule_once( on_step, time2sleep )
except StopIteration, e:
Clock.unschedule( on_step )
assert self.__ended
def on_exit( dt ) :
def exit_combat() :
self.dismiss()
try :
self.__on_update.send( None )
except StopIteration, e:
return
Factory.CombatFinishedFade( on_stay= exit_combat ).open()
Clock.schedule_once( on_exit, 1 )
self.sync()
