def DrawChars(self, f, chars): #TODO : gérer correctement les coordonnées l = len(chars) f.LineTo((text_pos[0],text_pos[1]), 0x80000000) for i, ch in enumerate(chars): x_offset = 12 * (l - 3*i) digit_pl_list = ASCII_GRAPHICS[ch+10] for pl in digit_pl_list: pl_draw = [] for xy in pl: xy_draw = vectors.Vector2D(text_pos[0],text_pos[1]) + vectors.Vector2D(xy[0] + x_offset,xy[1]) * self.zoom pl_draw.append(xy_draw.ToTuple()) f.PolyLineOneColor(pl_draw, 0xFFFFFF)
def DrawChars(self, f, chars):
#TODO : gérer correctement les coordonnées
l = len(chars)
for i, ch in enumerate(chars):
x_offset = 12 * (l - 1 - 2 * i)
digit_pl_list = DIGITS_GRAPHICS[ch]
for pl in digit_pl_list:
pl_draw = []
for xy in pl:
xy_draw = vectors.Vector2D(
xy_center[0], xy_center[1]) + vectors.Vector2D(
xy[0] + x_offset, xy[1]) * self.zoom
pl_draw.append(xy_draw.ToTuple())
f.PolyLineOneColor(pl_draw, 0xFFFFFF)
def Draw(f):
c = 0xFFFF
xy_list = []
print mc["some_key"]
xrand = random.randint(-screen_size[0] / 2, screen_size[0] / 2)
yrand = random.randint(-screen_size[1] / 2, screen_size[1] / 2)
xy_list.append((LOGO_OFFSET + vectors.Vector2D(xrand, yrand)).ToTuple())
xy_list.append(
(LOGO_OFFSET + vectors.Vector2D(xrand + 1, yrand + 1)).ToTuple())
f.PolyLineOneColor(xy_list, c)
def Draw(f):
'''
Dessine le logo
'''
for pl_color in LOGO:
c = pl_color[1]
xy_list = []
for xy in pl_color[0]:
xy_list.append(
(LOGO_OFFSET + vectors.Vector2D(xy[0], xy[1])).ToTuple())
f.PolyLineOneColor(xy_list, c)
def Draw(self, f):
xstart = self.x + random.randint(0, 10) - (
(self.strings / 2) * gstt.space)
self.ssize = STRING_SIZE - random.randint(0, 10)
bordersize = STRING_SIZE + 20
LOGO = []
for i in range(strings):
LOGO.append([[(xstart + gstt.space * i, self.y + self.offset[i]),
((xstart + gstt.space * i + bordersize),
self.y + self.offset[i])], self.scolors[i]])
for pl_color in LOGO:
c = pl_color[1]
xy_list = []
for xy in pl_color[0]:
xy_list.append(
(HARP_OFFSET + vectors.Vector2D(xy[0], xy[1])).ToTuple())
f.PolyLineOneColor(xy_list, c)
def Draw(self, f):
xstart = self.x + random.randint(0, 10) - (
(self.strings / 2) * gstt.space)
self.ssize = STRING_SIZE - random.randint(0, 10)
bordersize = STRING_SIZE + 20
LOGO = [
[[(xstart, self.y), ((xstart + bordersize), self.y)],
self.scolors[0]],
[[((xstart + gstt.space), self.y),
((xstart + gstt.space + self.ssize), self.y)], self.scolors[1]],
[[((xstart + gstt.space * 2), self.y),
((xstart + gstt.space * 2 + self.ssize), self.y)],
self.scolors[2]],
[[((xstart + gstt.space * 3), self.y),
((xstart + gstt.space * 3 + self.ssize), self.y)],
self.scolors[3]],
[[((xstart + gstt.space * 4), self.y),
((xstart + gstt.space * 4 + self.ssize), self.y)],
self.scolors[4]],
[[((xstart + gstt.space * 5), self.y),
((xstart + gstt.space * 5 + self.ssize), self.y)],
self.scolors[5]],
[[((xstart + gstt.space * 6), self.y),
((xstart + gstt.space * 6 + self.ssize), self.y)],
self.scolors[6]],
[[((xstart + gstt.space * 7), self.y),
((xstart + gstt.space * 7 + self.ssize), self.y)],
self.scolors[7]],
[[((xstart + gstt.space * 8), self.y),
((xstart + gstt.space * 8 + bordersize), self.y)],
self.scolors[8]],
]
for pl_color in LOGO:
c = pl_color[1]
xy_list = []
for xy in pl_color[0]:
xy_list.append(
(HARP_OFFSET + vectors.Vector2D(xy[0], xy[1])).ToTuple())
f.PolyLineOneColor(xy_list, c)
# -*- coding: utf-8 -*-
from globalVars import *
import frame
import time
import vectors
import random
import gstt
SPEED = 4
SIZE = 20
bordersize = STRING_SIZE
HARP_OFFSET = vectors.Vector2D(0, 0)
class Harp(object):
def __init__(self):
self.x, self.y = screen_size[0] / 2, (screen_size[1] / 2) + 100
self.space = space
self.strings = strings
self.coloron = COLOR_ON
self.coloroff = COLOR_OFF
self.scolors = [COLOR_OFF] * self.strings
self.ssize = STRING_SIZE
def Open(self, strings, space):
for i in range(60):
#print i
gstt.hrp.Move(strings, i)
time.sleep(0.007)
# L/o
[[(-140, -100), (-200, 20), (120, 20)], 0xFF00],
# aser
[[(-140, -40), (
-100,
-40,
), (-120, 0), (-160, 0), (-110, -20)], 0xFFFF],
[[(-40, -40), (-60, -40), (-90, -20), (-50, -20), (-80, 0), (-100, 0)],
0xFFFF],
[[(-30, -20), (10, -20), (0, -40), (-20, -40), (-30, -20), (-30, 0),
(-10, 0)], 0xFFFF],
[[(20, 0), (40, -40), (35, -30), (50, -40), (70, -40)], 0xFFFF],
]
#LOGO_OFFSET = vectors.Vector2D(200,-100)
LOGO_OFFSET = vectors.Vector2D(400, 320)
screen_size = [850, 600]
def Draw(f):
c = 0xFFFF
xy_list = []
print mc["some_key"]
xrand = random.randint(-screen_size[0] / 2, screen_size[0] / 2)
yrand = random.randint(-screen_size[1] / 2, screen_size[1] / 2)
xy_list.append((LOGO_OFFSET + vectors.Vector2D(xrand, yrand)).ToTuple())
xy_list.append(
[[(-40, -40), (-60, -40), (-90, -20), (-50, -20), (-80, 0), (-100, 0)],
0xFFFF],
[[(-30, -20), (10, -20), (0, -40), (-20, -40), (-30, -20), (-30, 0),
(-10, 0)], 0xFFFF],
[[(20, 0), (40, -40), (35, -30), (50, -40), (70, -40)], 0xFFFF],
# Pinball
[[(-185, 50), (-145, 50), (-130, 20), (-170, 20), (-200, 80)],
0xFFFF00], #P
[[(-80, 40), (-120, 40), (-140, 80), (-100, 80), (-80, 40)], 0xFFFF], #O
[[(-80, 80), (-60, 40), (-65, 50), (-40, 40), (-25, 50), (-40, 80)],
0xFFFF], #N
[[(40, 40), (0, 40), (-20, 80), (20, 80), (30, 60), (10, 60)], 0xFFFF], #G
]
#LOGO_OFFSET = vectors.Vector2D(200,-100)
LOGO_OFFSET = vectors.Vector2D(460, 250)
def Draw(f):
'''
Dessine le logo
'''
for pl_color in LOGO:
c = pl_color[1]
xy_list = []
for xy in pl_color[0]:
xy_list.append(
(LOGO_OFFSET + vectors.Vector2D(xy[0], xy[1])).ToTuple())
#print xy_list
f.PolyLineOneColor(xy_list, c)
