toaruos/apps/path_demo.krk

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#!/bin/kuroko
from _yutani2 import (YutaniCtx, Font, rgb, MenuBar, decor_get_bounds, decor_render,
MenuList, MenuEntry, decor_handle_event, decor_show_default_menu,
Sprite, TTContour, TransformMatrix, MenuEntrySubmenu, TTShape)
from yutani_mainloop import Window, yctx as y, AsyncMainloop, Task, sleep
import math
import random
let mainloop = AsyncMainloop()
let texture_star = Sprite("/usr/share/icons/48/star.png")
let texture_flowers = Sprite('/usr/share/wallpaper.jpg')
let tt_texture = texture_star
def scale_by(tm,val):
tm.scale(val/1000,val/1000)
def rotate_by(tm,val):
tm.rotate(val/1000)
def shear_x_by(tm,val):
tm.shear(val/1000,0.0)
def shear_y_by(tm,val):
tm.shear(0.0,val/1000)
let x_thing = scale_by
let y_thing = rotate_by
def draw_text():
let font = Font('sans-serif.bold',128)
let Rect, w = font.prepare_string(0,128,"ToaruOS")
return Rect
def draw_box():
let Rect = TTContour(20,20)
Rect.line_to(520,20)
Rect.line_to(520,520)
Rect.line_to(20,520)
return Rect
let base_graphic = draw_text
let tt_filter = TTShape.TT_PATH_FILTER_BILINEAR
let tt_wrap = TTShape.TT_PATH_WRAP_REPEAT
def paint_demo(ctx, cursor):
let tm = TransformMatrix()
let Rect = base_graphic()
let SRect = Rect.finish()
Rect.free()
let x, y = cursor
x_thing(tm,x)
y_thing(tm,y)
SRect.paint_sprite(ctx,tt_texture,tm,tt_filter,tt_wrap)
SRect.free()
def set_menu(menu, action):
for sibling in menu.group:
sibling.update_icon(None)
menu.update_icon('check')
action()
def check_list(entries, default=0):
let ml = MenuList()
let group = []
for i, e in enumerate(entries):
let name, action = e
let me = MenuEntry(name, lambda menu: set_menu(menu, action), "check" if i == default else None)
me.group = group
group.append(me)
ml.insert(me)
return ml
class MyWindow(Window):
def __init__(self):
super().__init__(640, 480, title="Path Demo", doublebuffer=True)
self.bgc = rgb(255,255,255)
self.mb = MenuBar((("File",'file'),("View",'view'),("Help",'help')))
let _menu_File = MenuList()
_menu_File.insert(MenuEntry("Quit", lambda menu: self.close()))
self.mb.insert('file', _menu_File)
let _menu_View = MenuList()
let _menu_View_Horizontal = check_list((
("Scale", lambda: x_thing = scale_by),
("Rotate", lambda: x_thing = rotate_by),
("Shear X", lambda: x_thing = shear_x_by),
("Shear Y", lambda: x_thing = shear_y_by),
))
self.mb.insert('view-horizontal', _menu_View_Horizontal)
_menu_View.insert(MenuEntrySubmenu("Horizontal","view-horizontal"))
let _menu_View_Vertical = check_list((
("Scale", lambda: y_thing = scale_by),
("Rotate", lambda: y_thing = rotate_by),
("Shear X", lambda: y_thing = shear_x_by),
("Shear Y", lambda: y_thing = shear_y_by),
), default=1)
self.mb.insert('view-vertical', _menu_View_Vertical)
_menu_View.insert(MenuEntrySubmenu("Vertical","view-vertical"))
let _menu_View_Filter = check_list((
("Bilinear", lambda: tt_filter = TTShape.TT_PATH_FILTER_BILINEAR),
("Nearest", lambda: tt_filter = TTShape.TT_PATH_FILTER_NEAREST)
))
self.mb.insert('view-filter', _menu_View_Filter)
_menu_View.insert(MenuEntrySubmenu("Filter","view-filter"))
let _menu_View_Wrap = check_list((
('Repeat', lambda: tt_wrap = TTShape.TT_PATH_WRAP_REPEAT),
('None', lambda: tt_wrap = TTShape.TT_PATH_WRAP_NONE),
('Pad', lambda: tt_wrap = TTShape.TT_PATH_WRAP_PAD)
))
self.mb.insert('view-wrap', _menu_View_Wrap)
_menu_View.insert(MenuEntrySubmenu("Wrap",'view-wrap'))
let _menu_View_Texture = check_list((
('Star', lambda: tt_texture = texture_star),
('Flowers', lambda: tt_texture = texture_flowers),
))
self.mb.insert('view-texture', _menu_View_Texture)
_menu_View.insert(MenuEntrySubmenu('Texture','view-texture'))
let _menu_View_Shape = check_list((
('Text', lambda: base_graphic = draw_text),
('Box', lambda: base_graphic = draw_box),
))
self.mb.insert('view-shape', _menu_View_Shape)
_menu_View.insert(MenuEntrySubmenu('Shape','view-shape'))
self.mb.insert('view', _menu_View)
let _menu_Help = MenuList()
let _menu_Help_help = MenuEntry("Help",lambda menu: print("Should open some help here I guess"))
_menu_Help.insert(_menu_Help_help)
self.mb.insert('help', _menu_Help)
self.mb.callback = lambda x: self.pending_updates = True
self.cursor = 0,0
self.redrawer = Task(self.redraw_loop())
self.pending_updates = True
async def redraw_loop(self):
while not self.closed:
if self.pending_updates:
self.draw()
self.pending_updates = False
await sleep(0.016)
def draw(self):
self.fill(self.bgc)
decor_render(self)
let bounds = decor_get_bounds(self)
self.mb.place(bounds['left_width'],bounds['top_height'],self.width-bounds['width'],self)
self.mb.render(self)
self.mb.height = 24 # Compatibility
let sprite = Sprite(width=self.width-bounds['width'],height=self.height-bounds['height']-self.mb.height)
sprite.fill(rgb(255,255,255))
paint_demo(sprite,self.cursor)
self.draw_sprite(sprite,bounds['left_width'],bounds['top_height']+self.mb.height)
sprite.free()
self.flip()
def mouse_event(self, msg):
let decResponse = decor_handle_event(msg)
if decResponse == 2:
self.close()
return True
else if decResponse == 5:
decor_show_default_menu(self, self.x + msg.new_x, self.y + msg.new_y)
self.mb.mouse_event(self, msg)
let nc = msg.new_x, msg.new_y
if self.cursor != nc:
self.cursor = nc
self.pending_updates = True
def keyboard_event(self, msg):
if msg.keycode == 113 and msg.action == 1:
self.close()
def close(self):
super().close()
mainloop.exit()
def window_moved(self, msg):
self.pending_updates = True
def menu_close(self):
self.pending_updates = True
def finish_resize(self, msg):
if msg.width < 100 or msg.height < 100:
self.resize_offer(100 if msg.width < 100 else msg.width, 100 if msg.height < 100 else msg.height)
return
super().finish_resize(msg)
mainloop.activate()
let w = MyWindow()
w.move(200,200)
w.draw()
mainloop.menu_closed_callback = w.menu_close
mainloop.run()