def __init__(self):
SceneBase.__init__(self)
#musique
self.MX = []
self.MX.append('assets/audio/MX/DirtySoil.ogg')
self.MX.append('assets/audio/MX/DystopianBallad.ogg')
self.MX.append('assets/audio/MX/LazyBartender.ogg')
self.MX.append('assets/audio/MX/LostInParadise.ogg')
self.MX.append('assets/audio/MX/PapayaJuice.ogg')
self.MX.append('assets/audio/MX/RetroDance.ogg')
self.MX.append('assets/audio/MX/SunnyBeach.ogg')
self.MX.append('assets/audio/MX/TimeTraveler.ogg')
self.MX.append('assets/audio/MX/WeirdJungle.ogg')
self.MX.append('assets/audio/MX/WhereAreYou.ogg')
self.SetupMimo()
# initialize state
# setup the layout for the scene
self.SetupLayout()
# load event, title, description, objective and material
# currento_evento = int(random.random() * 4)
if constants.currento_evento == 3:
constants.currento_evento = -1
constants.currento_evento += 1
self.LoadEvent(news[constants.currento_evento])
def __init__(self):
SceneBase.__init__(self)
self.HWSetup()
subtitlefont = pygame.font.Font(constants.VCR_OSD_MONO,
constants.FONT_SUBTITLE)
self.subtitle = utils.Text("", subtitlefont)
self.subtitle.SetPosition(constants.VIEWPORT_CENTER_X, 610)
self.intro_subtitles = [
{
"text":
"M corp le da la bienvenida y agradece su participacion\nen esta prueba de seleccion.",
"image": ""
},
{
"text":
"Esta prueba evaluara su capacidad para editar y presentar\nnoticias segun las necesidades propuestas por las directivas.",
"image": ""
},
{
"text":
"Ante usted tiene la mas reciente version de nuestro modulador\n de mentes, M.i.M.o 3.2.\n\nRecibira una induccion basica y suficiente para operar esta maquina.",
"image": ""
},
{
"text":
"Toda la operacion que haga sobre la maquina sera grabada\ny almacenada para nuestro posterior analisis.",
"image": ""
},
]
self.intro_subtitles_index = -1
self.textLoader = None
self.LoadNextSubtitle()
def __init__(self):
SceneBase.__init__(self)
mimo.reset()
self.percentage = 0
mimo.set_led_brightness(120)
mimo.set_independent_lights(True, True)
# check ring and bulbs leds
self.AddTrigger(1, self, 'LoadRing')
def __init__(self):
SceneBase.__init__(self)
self.HWSetup()
# initialize state
self.pressed_keys = 0
# setup the layout for the scene
self.SetupLayout()
def __init__(self):
SceneBase.__init__(self)
self.HWSetup()
# initialize state
self.instruction_msg = "press (w) and (i) to start editing the news"
self.loading_msg = "facts incoming..."
self.loading = False
self.countdown = 3000
# setup the layout for the scene
self.SetupLayout()
def __init__(self):
SceneBase.__init__(self)
# -- initialize state --------------------------------------------------
self.state = STATUS.PLAYING
# in milliseconds
self.countdown = 20000
self.current_time = 20000
self.popup_active = False
self.score = 0
self.SetupMimo()
# -- setup layout ------------------------------------------------------
self.SetupLayout()
self.SetupPopup()
def Update(self, dt):
SceneBase.Update(self, dt)
if self.no_facts: return
if self.showing_minigame_tutorial:
self.minigame_preview.updateFrame(dt)
ring.fill_percentage(self.percentage)
def Update(self, dt):
SceneBase.Update(self, dt)
if self.IsPlaying():
self.current_time -= int(1000 * dt)
if self.current_time < 0:
self.FinishOptimization()
self.current_time = 0
self.timerprogress = self.current_time / self.countdown
ring.fill_percentage(self.timerprogress)
def __init__(self):
SceneBase.__init__(self)
mimo.reset()
mimo.set_led_brightness(120)
mimo.set_independent_lights(True, True)
# check ring and bulbs leds
factor = 0.2
loops = 50
n_leds = 28
leds = list(range(0, 28))
for index in range(0, n_leds * loops):
led_i = leds[index % n_leds]
self.AddTrigger((1.5 + index) * factor, mimo,
'set_material_leds_color', [
led_i,
int(random.random() * 255),
int(random.random() * 255),
int(random.random() * 255)
])
self.AddTrigger((1.5 + index + 0.9) * factor, mimo,
'set_material_leds_color', [led_i, 0, 0, 0])
n_leds = 69
leds = list(range(0, 69))
for index in range(0, n_leds * loops):
led_i = leds[index % n_leds]
self.AddTrigger((1.5 + index) * factor, mimo,
'set_optimization_leds_color', [
led_i,
int(random.random() * 255),
int(random.random() * 255),
int(random.random() * 255)
])
self.AddTrigger((1.5 + index + 0.9) * factor, mimo,
'set_optimization_leds_color', [led_i, 0, 0, 0])
def Update(self, dt):
SceneBase.Update(self, dt)
if self.textLoader.update(dt):
self.subtitle.SetText(self.textLoader.current_text)
def Update(self, dt):
SceneBase.Update(self, dt)
def __init__(self):
SceneBase.__init__(self)
# initialize state
self.image_positions = [
{ 'x': 400, 'y': 500 },
{ 'x': 400 + 340, 'y': 500 },
{ 'x': 400 + (340 * 2), 'y': 500 },
{ 'x': 400 + (340 * 3), 'y': 500 }
]
self.sequence = [-1, -1, -1, -1]
self.material = [False, False, False, False, False, False]
self.busy_slots = 0
self.popupActive = False
self.can_optimize = False
self.showing_minigame_tutorial = False
self.selected_minigame = ""
self.impact = 0
self.mtl_switcher = {
0: self.hook,
1: self.plot,
2: self.plot,
3: self.conclusion
}
self.available_minigames = []
self.no_facts = False
# Cargar el arreglo de direcciones pa' la musique
self.MX = []
self.MX.append('assets/audio/MX/DirtySoil.ogg')
self.MX.append('assets/audio/MX/DystopianBallad.ogg')
self.MX.append('assets/audio/MX/LazyBartender.ogg')
self.MX.append('assets/audio/MX/LostInParadise.ogg')
self.MX.append('assets/audio/MX/PapayaJuice.ogg')
self.MX.append('assets/audio/MX/RetroDance.ogg')
self.MX.append('assets/audio/MX/SunnyBeach.ogg')
self.MX.append('assets/audio/MX/TimeTraveler.ogg')
self.MX.append('assets/audio/MX/WeirdJungle.ogg')
self.MX.append('assets/audio/MX/WhereAreYou.ogg')
# Cargar arreglos de SFX
audio_path = 'assets/audio/SFX/M_OS/'
self.UI_MatSel = []
self.UI_MatSel.append(utils.get_sound(audio_path + 'UI_MatSel_01.ogg'))
self.UI_MatSel.append(utils.get_sound(audio_path + 'UI_MatSel_02.ogg'))
self.UI_MatSel.append(utils.get_sound(audio_path + 'UI_MatSel_03.ogg'))
self.UI_MatSel.append(utils.get_sound(audio_path + 'UI_MatSel_04.ogg'))
self.UI_EndGame = utils.get_sound(audio_path + 'UI_EndGame.ogg')
self.UI_EndGame.set_volume(1)
self.UI_SwitchScene = utils.get_sound('assets/audio/SFX/Scanning/MG1_ObjSort.ogg')
# Preparar la máquina para la destrucción
self.SetupMimo()
# ─────────────────────────────────────────────────────────────────────┐
# obtener el hecho o ir a la pantalla de resultados
if constants.currento_evento == len(news):
self.no_facts = True
self.AddTrigger(0.16, self, 'SwitchToScene', "Results")
constants.currento_evento = 0
self.current_event = news[constants.currento_evento]
self.current_frame = '???'
constants.currento_evento += 1
# obtener el material del hecho
self.event_mtl = self.current_event['material']
# ─────────────────────────────────────────────────────────────────────┘
# setup the layout for the scene
self.SetupLayout()
self.images = []
self.details = []
for mtl in self.event_mtl:
mtl_dtl = utils.Text(
mtl['detail'][constants.language],
self.normal_font,
color = constants.PALETTE_TEXT_CYAN
)
mtl_dtl.setAnchor(0, 0)
mtl_img = utils.Sprite(constants.MATERIAL + mtl['img'])
mtl_img.SetOpacity(64)
self.images.append(mtl_img)
self.details.append(mtl_dtl)
material_indexes = [0, 1, 2, 4, 5, 6]
index = 0
# set buttons to switch mode
for material in self.current_event['material']:
line1_text = utils.align_text(material['label'][constants.language][0], index < 3, 16, ' ')
line2_text = utils.align_text(material['label'][constants.language][1], index < 3, 16, ' ')
mimo.set_material_buttons_light([index] + material['color'])
#mimo.set_material_leds_color([material_indexes[index]] + material['color'])
mimo.lcd_display_at(index, line1_text, 1)
mimo.lcd_display_at(index, line2_text, 2)
index += 1
def Update(self, dt):
SceneBase.Update(self, dt)
self.countdown -= int(1000 * dt) if self.loading else 0
if self.countdown < 0:
self.SwitchToScene("Begin")
def __init__(self):
SceneBase.__init__(self)
mimo.reset()
self.logo = utils.Sprite('assets/sprites/logo_MCorp.png', 1280 / 2,
720 / 2)
self.logo.opacity = 0
self.sfx_mimo_logo = utils.get_sound('assets/audio/SFX/MimoLogo.ogg')
self.AddTween("easeInOutSine", 2, self.logo, "opacity", 0, 255, 1)
self.AddTrigger(1, self.sfx_mimo_logo, 'play')
#self.comm.opt.set_led_brightness(50)
#mimo.set_led_brightness(250)
#self.comm.opt.lock_buttons([3, 0, 4, 0])
#mimo.set_optimization_leds_color([0, 255, 0, 0])
#mimo.set_optimization_leds_color([1, 0, 255, 0])
#mimo.set_optimization_leds_color([2, 0, 0, 255])
#mimo.set_optimization_leds_color([3, 255, 0, 0])
#mimo.set_optimization_leds_color([4, 255, 255, 255])
#mimo.set_independent_lights(False, True)
#mimo.set_independent_lights(True, True)
#mimo.set_buttons_enable_status(True, True)
#mimo.set_optimization_buttons_lock_status([0,0,1,0,2,0,3,0,4,0])
#mimo.set_material_buttons_lock_status([0,0,1,0,2,0,3,0,4,0,5,0,6,0,7,0])
#mimo.set_tunners_enable_status(False)
#mimo.set_optimization_leds_color([2, 255,0,255])
#mimo.set_optimization_leds_color([5, 255,0,255])
#mimo.set_optimization_leds_color([19, 255,0,255])
#mimo.set_optimization_leds_color([27, 255,0,0])
#mimo.set_optimization_leds_color([28, 255,255])
#mimo.set_optimization_leds_color([29, 255,0,255])
#mimo.set_optimization_leds_color([30, 255,0,255])
factor = 0.05
loops = 100
n_leds = 64 + 5
#for index in range(0, n_leds*loops):
# self.AddTrigger((1+index)*factor, mimo, 'set_optimization_leds_color', [index%n_leds, int(random.random()*255), int(random.random()*255), int(random.random()*255)])
# self.AddTrigger((1+index+0.9)*factor, mimo, 'set_optimization_leds_color', [index%n_leds, 0, 0, 0])
n_leds = 64
leds = list(range(0, 64))
#for index in range(0, n_leds*loops):
# led_i = leds[index%n_leds] + 5
# self.AddTrigger((1.5+index)*factor, mimo, 'set_optimization_leds_color', [led_i, int(random.random()*255), int(random.random()*255), int(random.random()*255)])
# self.AddTrigger((1.5+index+0.9)*factor, mimo, 'set_optimization_leds_color', [led_i, 0, 0, 0])
#self.comm.opt.activate_buttons(True)
mimo.set_buttons_enable_status(True, True)
mimo.set_independent_lights(False, False)
mimo.set_led_brightness(250)
mimo.set_material_buttons_lock_status(
[0, 0, 1, 0, 2, 0, 3, 0, 4, 0, 5, 0, 6, 0, 7, 0])
mimo.set_material_buttons_mode(
[0, 0, 1, 0, 2, 0, 3, 0, 4, 0, 5, 0, 6, 0, 7, 0])
mimo.set_optimization_buttons_lock_status(
[0, 0, 1, 0, 2, 0, 3, 0, 4, 0])
mimo.set_optimization_buttons_mode([0, 0, 1, 0, 2, 0, 3, 0, 4, 0])
#self.comm.opt.activate_tunners(False)
#mimo.set_tunners_enable_status(False)
#self.comm.opt.set_independent_lights(False)
#self.comm.opt.clean_matrix()
#graphics.clear()
#self.AddTrigger(0, self.comm.mat, 'set_led_light', [1, 125, 125, 0, 1, 255, 255, 0])
#self.AddTrigger(1, mimo, 'set_material_leds_color', [0, 125, 125, 0, 1, 255, 255, 0])
#self.AddTrigger(2, self.comm.mat, 'set_led_light', [7, 0, 255, 0])
#self.AddTrigger(2, mimo, 'set_material_leds_color', [7, 0, 255, 0])
#self.AddTrigger(3, self.comm.opt, 'set_led_light', [0, 255, 0, 0])
# debe prender el led del boton de optimizacion 0
#self.AddTrigger(3, mimo, 'set_optimization_leds_color', [10, 255, 0, 0])
mimo.set_tunners_enable_status(True)
#self.testSprite = AnimatedNeoSprite('assets/tilesprite.png')
self.testSprite = AnimatedNeoSprite('assets/palomita.png')
#self.testSprite.setFrameRate(8)
#self.testSprite.playing = True
self.label = TextNeoSprite("people")
#
self.label.y = 2
#
font = pygame.font.Font("assets/fonts/VCR_OSD_MONO_1.001.ttf", 36)
self.title = utils.Text("Hello Machinaria!", font)
self.title.opacity = 0
self.title.SetPosition(400, 200)
self.AddTween("easeInOutSine", 2, self.title, "opacity", 0, 255, 1)
def __init__(self):
SceneBase.__init__(self)
titlefont = pygame.font.Font("assets/fonts/VCR_OSD_MONO_1.001.ttf", 44)
self.title = utils.Text("Submit scene", titlefont)
self.title.SetPosition(1280 / 2, 546)
self.AddTrigger(60, self, 'SwitchToScene', ResultsScene)
def __init__(self):
SceneBase.__init__(self)
mimo.reset()
self.logo = utils.Sprite('assets/sprites/logo_MCorp.png', 1280 / 2,
720 / 2)
self.logo.opacity = 0
self.sfx_mimo_logo = utils.get_sound(
'assets/audio/SFX/M_OS/UI_Booth.ogg')
self.AddTween("easeInOutSine", 2, self.logo, "opacity", 0, 255, 1)
self.AddTrigger(1, self.sfx_mimo_logo, 'play')
# check ring and bulbs leds
factor = 0.1
loops = 50
n_leds = 20
leds = list(range(8, 28))
for index in range(0, n_leds * loops):
led_i = leds[index % n_leds]
self.AddTrigger((1.5 + index) * factor, mimo,
'set_material_leds_color', [
led_i,
int(random.random() * 255),
int(random.random() * 255),
int(random.random() * 255)
])
self.AddTrigger((1.5 + index + 0.9) * factor, mimo,
'set_material_leds_color', [led_i, 0, 0, 0])
# check buttons and backlight buttons.
mimo.set_buttons_enable_status(True, True)
mimo.set_independent_lights(False, False)
mimo.set_led_brightness(120)
mimo.set_material_buttons_lock_status(
[0, 0, 1, 0, 2, 0, 3, 0, 4, 0, 5, 0, 6, 0, 7, 0])
mimo.set_material_buttons_mode(
[0, 0, 1, 0, 2, 0, 3, 0, 4, 0, 5, 0, 6, 0, 7, 0])
mimo.set_optimization_buttons_lock_status(
[0, 0, 1, 0, 2, 0, 3, 0, 4, 0])
mimo.set_optimization_buttons_mode([0, 0, 1, 0, 2, 0, 3, 0, 4, 0])
# activate knobs
mimo.set_tunners_enable_status(True)
# create matrix sprite
self.testSprite = AnimatedNeoSprite('assets/palomita.png')
self.label = TextNeoSprite("people")
self.label.y = 2
font = pygame.font.Font("assets/fonts/VCR_OSD_MONO_1.001.ttf", 36)
self.title = utils.Text("Hello Machinaria!", font)
self.title.opacity = 0
self.title.SetPosition(400, 200)
self.AddTween("easeInOutSine", 2, self.title, "opacity", 0, 255, 1)
# check lcd screens
for index in range(0, 6):
mimo.lcd_display_at(index, 'id' + str(index) + '- line 1', 1)
mimo.lcd_display_at(index, 'id' + str(index) + '- line 2', 2)
def Update(self, dt):
SceneBase.Update(self, dt)
self.testSprite.update(dt)
self.label.x -= 0.1
if self.label.x < -self.label.width:
self.label.x = 8
def __init__(self):
SceneBase.__init__(self)
mimo.set_led_brightness(50)
self.mimo_blueprint = utils.Sprite('assets/sprites/mimo_blueprint.png',
640, 265)
self.mimo_blueprint.opacity = 0
self.printer01 = utils.Sprite('assets/sprites/printer-01.png', 380,
181)
self.printer02 = utils.Sprite('assets/sprites/printer-02.png', 380,
181)
self.printer03 = utils.Sprite('assets/sprites/printer-03.png', 380,
181)
self.printer01.opacity = 0
self.printer02.opacity = 0
self.printer03.opacity = 0
self.printer01.setAnchor(0.5, 1)
self.printer02.setAnchor(0.5, 1)
self.printer03.setAnchor(0.5, 1)
self.materialL1 = utils.Sprite('assets/sprites/mtlL1.png', 301, 292)
self.materialL2 = utils.Sprite('assets/sprites/mtlL2.png', 301, 365)
self.materialL3 = utils.Sprite('assets/sprites/mtlL3.png', 301, 443)
self.materialR1 = utils.Sprite('assets/sprites/mtlR1.png', 979, 292)
self.materialR2 = utils.Sprite('assets/sprites/mtlR2.png', 979, 365)
self.materialR3 = utils.Sprite('assets/sprites/mtlR3.png', 979, 443)
self.materialL1.opacity = 0
self.materialL2.opacity = 0
self.materialL3.opacity = 0
self.materialR1.opacity = 0
self.materialR2.opacity = 0
self.materialR3.opacity = 0
self.opt_knobs = utils.Sprite('assets/sprites/opt_knobs.png', 640, 325)
self.opt_buttons = utils.Sprite('assets/sprites/opt_buttons.png', 640,
447)
self.opt_knobs.opacity = 0
self.opt_buttons.opacity = 0
self.sfx_tut_st = utils.get_sound('assets/audio/SFX/SFX_Tut_St.ogg')
self.sfx_tut_print = utils.get_sound(
'assets/audio/SFX/SFX_Tut_Print.ogg')
self.sfx_tut_mat = utils.get_sound('assets/audio/SFX/SFX_Tut_Mat.ogg')
self.sfx_tut_opt = utils.get_sound('assets/audio/SFX/SFX_Tut_Opt.ogg')
self.sfx_tut_end = utils.get_sound('assets/audio/SFX/SFX_Tut_End.ogg')
titlefont = pygame.font.Font("assets/fonts/VCR_OSD_MONO_1.001.ttf", 44)
self.title = utils.Text("", titlefont)
self.title.SetPosition(1280 / 2, 546)
subtitlefont = pygame.font.Font("assets/fonts/VCR_OSD_MONO_1.001.ttf",
32)
self.subtitle = utils.Text("", subtitlefont)
self.subtitle.SetPosition(1280 / 2, 610)
# second 0
second = 0
self.AddTween("easeOutCubic", 2, self.mimo_blueprint, "opacity", 0,
255, second)
# second 2
second = 2
self.AddTrigger(second, self.sfx_tut_st, 'play')
self.AddTrigger(second, self.title, 'SetText',
'-- M.I.M.O. VERIFICATION PROCESS --')
# second 4
second = 4
self.AddTween("easeOutCubic", 0.5, self.mimo_blueprint, "opacity", 255,
64, second)
self.AddTween("easeOutCubic", 1, self.printer01, "opacity", 0, 255,
second)
# second 5
second = 5.5
self.AddTrigger(second, self.sfx_tut_print, 'play')
self.AddTrigger(second, self.printer01, 'SetOpacity', 0)
self.AddTrigger(second, self.printer02, 'SetOpacity', 255)
self.AddTrigger(second, self.title, 'SetText', 'VERIFYING PRINTER')
self.AddTrigger(
second, self.subtitle, 'SetText',
'READ EACH INCOMING EVENT AND USE THE MATERIAL\nATTACHED TO IT TO TRANSFORM IT INTO THE NEWS'
)
second = 6
self.AddTrigger(second, self.printer02, 'SetOpacity', 0)
self.AddTrigger(second, self.printer03, 'SetOpacity', 255)
second = 6.5
self.AddTrigger(second, self.printer03, 'SetOpacity', 0)
self.AddTrigger(second, self.printer01, 'SetOpacity', 255)
second = 7
self.AddTrigger(second, self.printer01, 'SetOpacity', 0)
self.AddTrigger(second, self.printer02, 'SetOpacity', 255)
second = 7.5
self.AddTrigger(second, self.printer02, 'SetOpacity', 0)
self.AddTrigger(second, self.printer03, 'SetOpacity', 255)
second = 8
self.AddTrigger(second, self.printer03, 'SetOpacity', 0)
self.AddTrigger(second, self.printer01, 'SetOpacity', 255)
second = 8.5
self.AddTrigger(second, self.printer01, 'SetOpacity', 0)
self.AddTrigger(second, self.printer02, 'SetOpacity', 255)
second = 9
self.AddTrigger(second, self.printer02, 'SetOpacity', 0)
self.AddTrigger(second, self.printer03, 'SetOpacity', 255)
self.AddTrigger(second, mimo, 'termal_print',
"System check\nveryfing printer")
second = 10.5
self.AddTrigger(second, self.printer03, 'SetOpacity', 0)
self.AddTrigger(second, self.sfx_tut_mat, 'play')
self.AddTrigger(second, self.title, 'SetText',
'VERIFYING MATERIAL PANEL')
self.AddTrigger(
second, self.subtitle, 'SetText',
'PRESS EACH BUTTON TO SELECT THE MATERIAL\nYOU WANT TO USE TO EVOKE AN EMOTION IN THE CURRENT NEWS'
)
self.AddTween('easeOutCubic', 0.5, self.materialL1, "opacity", 0, 255,
second)
self.AddTrigger(10.7, mimo, 'set_material_leds_color', [0, 255, 0, 0])
second = 11.5
self.AddTween('easeOutCubic', 0.5, self.materialL2, "opacity", 0, 255,
second)
self.AddTrigger(11.7, mimo, 'set_material_leds_color',
[1, 255, 255, 255])
second = 12.5
self.AddTween('easeOutCubic', 0.5, self.materialL3, "opacity", 0, 255,
second)
self.AddTrigger(12.7, mimo, 'set_material_leds_color', [2, 0, 255, 0])
second = 13.5
self.AddTween('easeOutCubic', 0.5, self.materialR1, "opacity", 0, 255,
second)
self.AddTrigger(13.7, mimo, 'set_material_leds_color',
[7, 255, 255, 0])
second = 14.5
self.AddTween('easeOutCubic', 0.5, self.materialR2, "opacity", 0, 255,
second)
self.AddTrigger(14.7, mimo, 'set_material_leds_color',
[6, 0, 255, 255])
second = 15.5
self.AddTween('easeOutCubic', 0.5, self.materialR3, "opacity", 0, 255,
second)
self.AddTrigger(15.7, mimo, 'set_material_leds_color',
[5, 255, 0, 255])
second = 16.5
self.AddTween('easeOutCubic', 0.5, self.materialL1, "opacity", 255, 0,
second)
self.AddTween('easeOutCubic', 0.5, self.materialL2, "opacity", 255, 0,
second)
self.AddTween('easeOutCubic', 0.5, self.materialL3, "opacity", 255, 0,
second)
self.AddTween('easeOutCubic', 0.5, self.materialR1, "opacity", 255, 0,
second)
self.AddTween('easeOutCubic', 0.5, self.materialR2, "opacity", 255, 0,
second)
self.AddTween('easeOutCubic', 0.5, self.materialR3, "opacity", 255, 0,
second)
self.AddTrigger(17, mimo, 'set_material_leds_color', [
0, 0, 0, 0, 1, 0, 0, 0, 2, 0, 0, 0, 7, 0, 0, 0, 6, 0, 0, 0, 5, 0,
0, 0
])
second = 18
self.AddTrigger(second, self.sfx_tut_opt, 'play')
self.AddTrigger(second, self.title, 'SetText',
'VERIFYING OPTIMIZATION PANEL')
self.AddTrigger(
second, self.subtitle, 'SetText',
'USE THE KNOBS AND BUTTONS TO IMPROVE THE IMPACT\nOF THE EVOKED EMOTION'
)
self.AddTween('easeOutCubic', 4, self.opt_knobs, "opacity", 0, 255,
second)
self.AddTween('easeOutCubic', 5, self.opt_buttons, "opacity", 0, 255,
second)
second = 24
self.AddTrigger(second, self.sfx_tut_end, 'play')
self.AddTrigger(second, self.title, 'SetText',
'-- M.I.M.O. VERIFICATION COMPLETE --')
self.AddTrigger(
second, self.subtitle, 'SetText',
'ALL SYSTEMS WORKING.\nWELCOME!\nYOU CAN START MANUFACTURING THE NEWS.'
)