def vmd_prepare_scene():
"""Change the lighting and background so it is the same for each image when rendering."""
VMD.evaltcl("light 1 off")
VMD.evaltcl("display shadows off")
color_display = color.get_colormap("Display")
color_display["Background"] = "white"
color.set_colormap("Display", color_display)
display.set(depthcue=0)
display.update()
display.update_ui()
def vmd_render_scene(image_out,
image_size=[2000, 2000],
renderer="TachyonLOptiXInternal",
frame_idx=0):
"""
Render the image using renderer with resolution image_size.
"""
disp_default_size = display.get("size")
# higher resolution
display.set(size=image_size)
display.update()
display.update_ui()
VMD.evaltcl("light 0 off")
render.render(renderer, "{}.ppm".format(image_out))
VMD.evaltcl("light 0 on")
image = Image.open("{}.ppm".format(image_out))
image.save("{}.png".format(image_out), format="PNG")
#display.set(size=disp_default_size)
display.update()
display.update_ui()
os.remove("{}.ppm".format(image_out))
#!/usr/bin/env python3
import pygame, display, controls
from pygame.locals import *
from objectmanager import ObjectManager
#from gameobject import GameObject, Player
FPS = 60
# initialisation
fpsClock = pygame.time.Clock()
pygame.init()
objectmanager = ObjectManager()
window = display.initialise((None, None))
gameOver = False
# game loop
while (gameOver == False):
#test for quit event
for event in pygame.event.get():
controls.handleEvent(event, objectmanager)
#update the gameobjects
objectmanager.update()
#update graphics
display.update(window, objectmanager.gameObjects)
gameOver = objectmanager.gameOver()
fpsClock.tick(FPS)
def ioloop(dt):
while True:
time.sleep(dt / 1000)
display.update(dt)
def play(self, level):
self.load_level(level)
self.init_display()
display = self.display
self._quit = False
self._win = False
self._ended = False
timer = pygame.time.Clock()
fcnt = 0
while not self._quit:
for event in pygame.event.get():
if event.type == pygame.QUIT:
self._quit = True
elif event.type == pygame.KEYDOWN:
key = event.key
if key == pygame.K_q:
self._quit = True
#elif key == pygame.K_r:
# config.ENABLE_REFLECT = not config.ENABLE_REFLECT
#elif key == pygame.K_s:
# config.ENABLE_SHADOW = not config.ENABLE_SHADOW
elif event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 4:
# scroll up, zoom in
self.camera.zoom_in()
elif event.button == 5:
# scroll down, zoom out
self.camera.zoom_out()
# update logic
if not self._ended and fcnt % config.DD == 0:
# update player pos
pressed = pygame.key.get_pressed()
if self.player.is_ready():
for key in config.Dirs:
if pressed[key]:
direction = config.Dirs[key]
self.move_player(self.player, direction)
break
else:
self.player.rest()
# recalculate lights
for emitter in self.emitters:
emitter.calculate(self.field)
end = emitter.light.end
if end and not end.dying:
end.die()
self.emitters = [x for x in self.emitters if x.alive]
self.lights.redraw(self.emitters)
for sp in display.sprites:
if hasattr(sp, 'update2'):
sp.update2()
if self.player.dying:
self.end_game(False)
# update display
display.update(self.field)
# tick
timer.tick(config.FPS)
clock.tick()
if fcnt % config.FPS == 0: print clock.get_fps()
fcnt += 1
def start(task_name):
"""
Display a timer counting up in minutes.
Handle controls for when the user wants to store the task, exit without
storing, or pause
task_name -- a user defined string to identify task
"""
# ensure directories exist
database.init_directories()
# To keep track of time spent
last_time = 0
delta = 0
timer = 0
# Create text elements
header = "You have been doing " + task_name + " for "
header_text = display.TextElement(header, 0)
date_text = "0"
time_text = display.TextElement(date_text, 1)
break1 = display.TextElement("", 2)
status = display.TextElement("RECORDING", 3)
break2 = display.TextElement("", 4)
# user control information
instr_text_enter = "Press ENTER to end task and save"
instr_text_p = "Press p to pause task"
instr_text_q = "Press q to exit without saving task"
instr1 = display.TextElement(instr_text_enter, 5)
instr2 = display.TextElement(instr_text_p, 6)
instr3 = display.TextElement(instr_text_q, 7)
elements = [header_text, time_text, break1, status, break2, instr1, instr2, instr3]
elements.sort()
screen = display.init_display()
display.update(screen, elements)
paused = False
last_time = datetime.now()
# will loop until user exit
while True:
delta = datetime.now() - last_time
last_time = datetime.now()
if not paused:
timer += delta.total_seconds()
time_text.txt = make_time_string(timer)
# Update the text
display.update(screen, elements)
# Get user input, if any
inp = display.run(screen)
if inp in ('q', 'Q'):
display.end(screen)
sys.exit(0)
elif inp in ('p', 'P'):
if paused:
status.txt = 'RECORDING'
paused = False
else:
status.txt = 'PAUSED'
paused = True
# ENTER key could be any one of these based on system
elif inp in ('KEY_ENTER', '\n', '\r'):
# Commit to file
task_obj = database.TaskData(task_name, timer)
database.store_task(task_obj)
display.end(screen)
sys.exit(0)
# Let's not overwork the CPU
sleep(0.01)
display.end(screen)
def show(date_str=None):
"""
Shows each task done on a day and the total time spent
doing it. Multiple recordings of the same task are
cumulative.
date_str -- a string in the format DD/MM/YYYY of the day to show. If
not supplied, it defaults to today.
"""
# ensure directories exist
database.init_directories()
if date_str is None:
# Today
date = datetime.now().date()
else:
try:
date = datetime.strptime(date_str, "%d/%m/%Y").date()
except ValueError as err:
print("Date format must be as follows: DD/MM/YYYY")
sys.exit(1)
today = date == datetime.now().date()
tasks = database.get_date_tasks(date)
# Will hold text elements
elements = []
# Lower priority elements will be further up the screen
prio = 0
# Context sensitive header
if today:
header_start = "Today "
else:
header_start = "On " + date.strftime("%d/%m/%Y") + " "
# there are tasks to display
if len(tasks) > 0:
header = header_start + "you did the following tasks: "
# there are no tasks to display
else:
header = header_start + "you did no tasks."
header_text = display.TextElement(header, prio)
prio += 1
elements.append(header_text)
break1 = display.TextElement("", prio)
prio += 1
elements.append(break1)
# get total time spent on all tasks
total_time = sum([t.time for t in tasks])
for t in tasks:
# Time taken as percentage of total
# spent on all tasks this day
percent = round(t.time / total_time * 100)
txt = t.name + " for "
txt += make_time_string(t.time)
txt += " - " + str(percent) + "%"
elements.append(display.TextElement(txt, prio))
prio += 1
break2 = display.TextElement("", prio)
prio += 1
elements.append(break2)
instr_text_enter = "Press q or ENTER to exit"
instr1 = display.TextElement(instr_text_enter, prio)
elements.append(instr1)
elements.sort()
screen = display.init_display()
display.update(screen, elements)
# loop until user quits
while True:
display.update(screen, elements)
inp = display.run(screen)
if inp in ('KEY_ENTER', '\n', '\r', 'q', 'Q'):
display.end(screen)
sys.exit(0)
# Lets not overwork the CPU
sleep(0.01)
display.end(screen)
def update(dt:int=30):
display.update(dt)
def test_update():
screen = curses.initscr()
elements = [display.TextElement("test", 0)]
display.update(screen, elements)
assert screen.is_wintouched()
playing = True def quit(e): global playing if e.type == pygame.QUIT: playing = False elif e.type == pygame.KEYUP: if ((e.key == pygame.K_F4) and (e.mod and pygame.KMOD_ALT)): playing = False player = units.player(500, 500) display.register(player) event.register(player.handler) event.register(quit) event.register(audio.handler) event.register(display.handler) audio.init() clock = pygame.time.Clock() while(playing): clock.tick(30) event.update() player.update() display.update() pygame.display.quit()
def redraw():
display.clear((64,64,64))
# Draw the map
display.fill_rect((0,0, 400,400), (0,0,0))
Player.cur_level.recalc_light()
for x,y in box2d(-12, -12, 25, 25):
# for each tile in the player's map range:
ax, ay = x+Player.x, y+Player.y
if Player.cur_level.in_bounds(ax, ay):
cur_tile = Player.cur_level.tiles[ax][ay]
seen = Player.can_see(ax, ay)
if seen == 1: # Illuminated and in LoS
cur_tile.memorized = True
# draw the terrain
display.draw_sprite(cur_tile.img, ((x+12)*16, (y+12)*16))
# draw each item, starting with the ones on the bottom of the pile
for i in cur_tile.items:
display.draw_sprite(i.img, ((x+12)*16, (y+12)*16))
elif seen == 2: # In night vision range
cur_tile.memorized = True
display.draw_sprite(cur_tile.img, ((x+12)*16, (y+12)*16), sheet=display.sprites_blue)
# draw each item, starting with the ones on the bottom of the pile
for i in cur_tile.items:
display.draw_sprite(i.img, ((x+12)*16, (y+12)*16), sheet=display.sprites_blue)
elif cur_tile.memorized:
display.draw_sprite(cur_tile.img, ((x+12)*16, (y+12)*16), sheet=display.sprites_grey)
for i in cur_tile.items:
if not i.holdable:
display.draw_sprite(i.img, ((x+12)*16, (y+12)*16), sheet=display.sprites_grey)
# Draw creatures, including the player
for c in Player.cur_level.creatures:
sx, sy = c.x-Player.x+12, c.y-Player.y+12
if 0 <= sx < 25 and 0 <= sy < 25 and Player.can_see(c.x, c.y):
display.draw_sprite(c.img, (sx*16, sy*16))
if c != Player:
# health bar
display.fill_rect((sx*16, sy*16, 16*(float(c.hp)/c.maxhp), 1), (255,0,0))
# Message log
display.fill_rect((5,405, 790,190), (32,32,32))
display.msg_log.draw((10, 410), 160)
# Player text entry
if Player.entering_text:
display.fill_rect((9,575, 782,16), (64,64,64))
display.draw_text(Player.entered_text, (12,576))
# Draw player's health bar
display.fill_rect((400,0, 400,16), (128,0,0))
display.fill_rect((400,0, 400*(float(Player.hp)/Player.maxhp), 16), (255,0,0))
display.draw_text('HP: %d/%d' % (Player.hp, Player.maxhp), (405, 1))
# energy bar
display.fill_rect((400,16, 400,16), (192,192,192))
display.fill_rect((400,16, 400*(float(Player.mp)/Player.maxmp), 16), (255,255,0))
display.draw_text('ENERGY: %d/%d' % (Player.mp, Player.maxmp), (405, 17), (0,0,0))
# Player's wealth and inventory
display.draw_text('Gold: %d' % (Player.gold), (405, 40), (255,255,0))
display.draw_text('Inventory', (410, 156))
INV_X = 420
INV_Y = 190
INV_W = 10
INV_H = 10
# inventory slot boxes
for i in xrange(INV_W*INV_H):
x,y = i%INV_W, i//INV_W
display.draw_rect((INV_X+x*21, INV_Y+y*21, 20, 20), (255,255,255))
# inventory axis labels (for EZ-dropping/selling)
for i in xrange(INV_W):
display.draw_text('%d' % i, (INV_X+i*21+6, INV_Y-15))
for i in xrange(INV_H):
display.draw_text('%d' % i, (INV_X-9, INV_Y+i*21+3))
# actual items
for i,item in enumerate(Player.inv):
x,y = i%INV_W, i//INV_W
display.draw_sprite(item.img, (INV_X+2+x*21, INV_Y+2+y*21))
# Equipment (garb)
EQ_X = 640
EQ_Y = 200
display.draw_text('Your equipment:', (EQ_X, EQ_Y))
if Player.equipment:
for i,item in enumerate(Player.equipment):
EQ_Y += 16
if item.equip_slot:
display.draw_text('%d: %s (%s)' % (i,item.name,item.equip_slot), (EQ_X, EQ_Y))
else:
display.draw_text('%d: %s' % (i,item.name), (EQ_X, EQ_Y))
else:
EQ_Y += 16
display.draw_text('None!', (EQ_X, EQ_Y))
EQ_Y += 16
# also write empty slots under garb
for slot in Player.equip_slots.iterkeys():
fs = Player.equip_slots[slot] - Player.equipped[slot]
if fs:
EQ_Y += 16
if fs == 1: pl = ''
else: pl = 's'
display.draw_text('%d free slot%s (%s)' % (fs,pl,slot), (EQ_X, EQ_Y))
# Stats
display.draw_text('Attack damage: %d-%d' % (Player.min_atk, Player.max_atk), (420, 60))
display.draw_text('Attack speed: %d' % (10000/Player.attack_time), (420, 76))
display.draw_text('Move speed: %d' % (10000/Player.move_time), (420, 92))
display.update()
def play(self, level):
self.load_level(level)
self.init_display()
display = self.display
self._quit = False
self._win = False
self._ended = False
timer = pygame.time.Clock()
fcnt = 0
while not self._quit:
for event in pygame.event.get():
if event.type == pygame.QUIT:
self._quit = True
elif event.type == pygame.KEYDOWN:
key = event.key
if key == pygame.K_q:
self._quit = True
#elif key == pygame.K_r:
# config.ENABLE_REFLECT = not config.ENABLE_REFLECT
#elif key == pygame.K_s:
# config.ENABLE_SHADOW = not config.ENABLE_SHADOW
elif event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 4:
# scroll up, zoom in
self.camera.zoom_in()
elif event.button == 5:
# scroll down, zoom out
self.camera.zoom_out()
# update logic
if not self._ended and fcnt % config.DD == 0:
# update player pos
pressed = pygame.key.get_pressed()
if self.player.is_ready():
for key in config.Dirs:
if pressed[key]:
direction = config.Dirs[key]
self.move_player(self.player, direction)
break
else:
self.player.rest()
# recalculate lights
for emitter in self.emitters:
emitter.calculate(self.field)
end = emitter.light.end
if end and not end.dying:
end.die()
self.emitters = [x for x in self.emitters if x.alive]
self.lights.redraw(self.emitters)
for sp in display.sprites:
if hasattr(sp, 'update2'):
sp.update2()
if self.player.dying:
self.end_game(False)
# update display
display.update(self.field)
# tick
timer.tick(config.FPS)
clock.tick()
if fcnt % config.FPS== 0: print clock.get_fps()
fcnt += 1
# Init done
info('Parole ready. Entering main loop.')
#if not len(uiEventHandlers):
# warn('There is no handler to receive ui events.')
# Main Engine loop
while not __paroleShutdown:
pygame.event.pump()
try:
# Update the display for this frame
if haveModule['display']:
t = time()
display.update()
t = time() - t
if parole.conf.general.logFrameTime:
debug('Display update time: %sms', t)
if parole.conf.general.printFrameTime:
sys.stderr.write('Display update time: %sms\n' % t)
sys.stderr.flush()
# Show the splash screen/animation on engine startup
if haveModule['shader'] and haveModule['resource'] and \
parole.conf.general.engineSplash:
if not splash.doneSplash:
if not splash.splash:
splash.doSplash()
continue
def main():
init()
show_counter_screen()
while True:
time.sleep_ms(30)
display.update(30)
width = display.width
height = display.width
# Get drawing object to draw on image.
draw = ImageDraw.Draw(image)
# Draw a black filled box to clear the image.
draw.rectangle((0,0,width,height), outline=0, fill=0)
#padding = 0
font22 = ImageFont.truetype('/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf', 22)
font9 = ImageFont.truetype('/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf', 9)
font25 = ImageFont.truetype('/usr/share/fonts/truetype/dejavu/DejaVuSans.ttf', 25)
#Draw Mot2Bot
draw.text((10,20), 'mot2bot', font=font25, fill=255)
display.update(image)
#draw.text((0, -5), 'Warten auf', font=font22, fill=255)
#draw.text((0, 25), 'Netzwerk ...', font=font22, fill=255)
#draw.text((0,55), str(300), font=font9, fill=255)
# Display image.
#disp.image(image)
#idata = image.tostring()
#pgimage = pygame.image.fromstring(idata, image.size, image.mode)
#surf.blit(pgimage, (0,32))
display.update(image)
#disp.display()
#Center Camera:
tVal = tCenter
def setInput(r):
msg = "angle: %s°" % angleText #"; light is %s" % (angleText, "on" if light else "off")
di.update(r, msg)
