def setup(sk):
# Load image originals
fldr = resolvePath("img", __file__)
sk.imgs = [
Image("{}/{}.png".format(fldr, f))
for f in ("target", "paper", "scissors")
]
# Create button controls and add images to buttons
w, h = sk.size
x = w / 4 - 44
for img in sk.imgs:
btn = Button((40, 40), 2).config(anchor=BOTTOM, pos=(x, h - 4))
btn += Image(img).config(pos=btn.center, height=32)
sk += btn.bind(onclick) # Bind event handlers
x += 44
# Initialize scores to zero
font = {"font": Font.mono(), "fontSize": 40, "fontStyle": BOLD}
sk["Score1"] = Text(0).config(color="red",
anchor=TOPLEFT,
pos=(4, 4),
**font)
sk["Score2"] = Text(0).config(color="blue",
anchor=TOPRIGHT,
pos=(w - 4, 4),
**font)
# Create status text
sk["Status"] = Text("Make a choice!").config(pos=(0.75 * w, h - 24),
font=Font.sans(),
fontSize=32,
color="red")
def setup(sk):
"Add all content to the sketch"
# Add text to the sketch
font = {"font":Font.mono(), "fontStyle":BOLD}
sk["Score"] = Text(0).config(anchor=TOPLEFT, color="red", **font)
text = "Pummel the Chimp, and Win $$$"
sk += Text(text).config(pos=(sk.width-1,0),
anchor=TOPRIGHT, **font).config(width=0.75*sk.width)
# Add fist
folder = resolvePath("examples/data", pygame.__file__) + "/"
img = loadImage(folder + "fist.bmp")
sk += Image(img).config(pos=sk.center, anchor=TOP).bind(ondraw)
# Add chimp sprite
img = loadImage(folder + "chimp.bmp")
sk["Chimp"] = Sprite(img).config(pos=(48,48),
vel=(10,0), bounce=BOTH).bind(ondraw=chimpDraw)
# Load audio files
audio = "punch.wav", "whiff.wav"
sk.sounds = [pygame.mixer.Sound(folder + f) for f in audio]
# Bind click event handler; hide cursor
sk.bind(onclick)
sk.cursor = False
def setup(sk):
"Add all content to the sketch"
# Add text to the sketch
font = {"font": Font.mono(), "fontStyle": BOLD}
sk["Score"] = Text(0).config(anchor=TOPLEFT, color="red", **font)
text = "Pummel the Chimp, and Win $$$"
sk += Text(text).config(pos=(sk.width - 1, 0), anchor=TOPRIGHT,
**font).config(width=0.75 * sk.width)
# Add fist
folder = resolvePath("examples/data", pygame.__file__) + "/"
img = loadImage(folder + "fist.bmp")
sk += Image(img).config(pos=sk.center, anchor=TOP).bind(ondraw)
# Add chimp sprite
img = loadImage(folder + "chimp.bmp")
sk["Chimp"] = Sprite(img).config(pos=(48, 48), vel=(10, 0),
bounce=BOTH).bind(ondraw=chimpDraw)
# Load audio files
audio = "punch.wav", "whiff.wav"
sk.sounds = [pygame.mixer.Sound(folder + f) for f in audio]
# Bind click event handler; hide cursor
sk.bind(onmousedown)
sk.cursor = False
def __init__(self, text, userInput=None, buttons=None, title=None, size=(1,1), **kwargs):
super().__init__(size)
self.command = None
# Collect text options
txtConfig = {"font":Font.sans(), "fontSize":15}
txtConfig.update(kwargs)
# Compose button text
if buttons is None:
buttons = ["Okay", "Cancel"]
elif type(buttons) is str: buttons = buttons,
if len(buttons) > 2: buttons = buttons[:2]
# Add buttons
bSize = None
icon = True
for t in buttons:
t = Text(t).config(**txtConfig)
if not bSize: bSize = 0, t.height + 12
name = "Button_{}".format(t.data)
self[name] = Button(bSize, 2).textIcon(t, icon).config(anchor=BOTTOM)
icon = not icon
self.buttons = self[:len(buttons)]
for b in self.buttons: b.bind(onaction=_btnClick)
# Add text label and text input
if userInput is not None: self["Input"] = TextInput(userInput,
"Click to enter your response").config(anchor=TOP,
bg="white", **txtConfig).bind(onaction=_tiAction)
self["Text"] = Text(text).config(anchor=TOP, **txtConfig)
# Position controls and add title bar
self._arrange().config(bg="#f0f0f0", weight=2, border="blue")
if title: self.title(title, **txtConfig)
def setup(self):
self.caption = "sc8pr Video Converter"
self.menu()
attr = dict(anchor=BOTTOMRIGHT,
color="red",
bg="#a0a0a080",
font=Font.mono(),
fontSize=18)
self["Text"] = Text().config(pos=(self.width - 4, self.height - 4),
**attr)
def title(self, title, padding=4, **kwargs):
"Add a title bar"
txtConfig = dict(font=Font.sans(), fontSize=15,
fontStyle=BOLD, color="white", padding=padding)
txtConfig.update(kwargs)
title = Text(title).config(**txtConfig)
cv = Canvas((self.width, title.height + self.weight), self.border)
cv += title.config(pos=(cv.center[0], self.weight), anchor=TOP)
self.insertTop(cv, 0, "TitleBar")
return self
def click(cv, ev):
m = modKeys()
if m & 4:
font = dict(font=Font.sans(), color="red", fontSize=18)
i = 0
fn = "vector{}.png"
while os.path.exists(fn.format(i)): i += 1
fn = fn.format(i)
cv.save(fn).removeItems("Saved")
cv["Saved"] = Text("Saved as '{}'".format(fn)).config(anchor=TOP, pos=(cv.center[0], 8), **font)
elif m & 1: cv.remove()
else: cv.config(layer=-1)
def __init__(self,
text,
userInput=None,
buttons=None,
title=None,
size=(1, 1),
inputWidth=None,
**kwargs):
super().__init__(size)
self.command = None
# Text options
txtConfig = {"font": Font.sans(), "fontSize": 15}
txtConfig.update(kwargs)
# Compose button text
if buttons is None:
buttons = ["Okay", "Cancel"]
elif type(buttons) is str:
buttons = buttons,
if len(buttons) > 2: buttons = buttons[:2]
# Add buttons
bSize = None
icon = True
for t in buttons:
t = Text(t).config(**txtConfig)
if not bSize: bSize = 0, t.height + 12
name = "Button_{}".format(t.data)
self[name] = Button(bSize, 2).textIcon(t,
icon).config(anchor=BOTTOM)
icon = not icon
self.buttons = self[:len(buttons)]
for b in self.buttons:
b.bind(onaction=_btnClick)
# Add text label and text input
self["Text"] = text = Text(text).config(anchor=TOP, **txtConfig)
if userInput is None and isinstance(self, NumInputBox):
userInput = ""
if userInput is not None:
if inputWidth and inputWidth < text.width:
inputWidth = text.width
self["Input"] = TextInputCanvas(inputWidth, userInput,
"Click to enter your response",
**txtConfig).config(anchor=TOP,
bg="white")
self["Input"].ti.config(blurAction=False,
mb=self).bind(onaction=_tiAction)
# Position controls and add title bar
self._arrange().config(bg="#f0f0f0", weight=2, border="blue")
if title: self.title(title, **txtConfig)
def setup(self):
x, y = self.center
attr = dict(font=Font.mono(),
fontSize=18,
fontStyle=BOLD,
weight=1,
padding=4,
border="#c0c0c0",
promptColor="#c0c0c0")
self["Param"] = TextInput("", "fps w h x y").config(pos=(x + 16, y),
**attr)
self["Record"] = self.recordButton(y)
self.grab = None
def title(self, title, padding=4, **kwargs):
"Add a title bar"
txtConfig = dict(font=Font.sans(),
fontSize=15,
fontStyle=BOLD,
color="white",
padding=padding)
txtConfig.update(kwargs)
title = Text(title).config(**txtConfig)
cv = Canvas((self.width, title.height + self.weight), self.border)
cv += title.config(pos=(cv.center[0], self.weight), anchor=TOP)
self.insertTop(cv, 0, "TitleBar")
return self
def setup(sk):
# Load image originals
fldr = resolvePath("img", __file__)
sk.imgs = [Image("{}/{}.png".format(fldr, f))
for f in ("target", "paper", "scissors")]
# Create button controls and add images to buttons
w, h = sk.size
x = w / 4 - 44
for img in sk.imgs:
btn = Button((40, 40), 2).config(anchor=BOTTOM, pos=(x, h-4))
btn += Image(img).config(pos=btn.center, height=32)
sk += btn.bind(onclick) # Bind event handlers
x += 44
# Initialize scores to zero
font = {"font":Font.mono(), "fontSize":40, "fontStyle":BOLD}
sk["Score1"] = Text(0).config(color="red", anchor=TOPLEFT, pos=(4, 4), **font)
sk["Score2"] = Text(0).config(color="blue", anchor=TOPRIGHT, pos=(w-4, 4), **font)
# Create status text
sk["Status"] = Text("Make a choice!").config(pos=(0.75*w, h-24),
font=Font.sans(), fontSize=32, color="red")
def render(self):
"Render the text as an Image"
font = Font.get(self.font, self.fontSize, self.fontStyle)
try:
focus = self is self.sketch.evMgr.focus
except:
focus = False
prompt = self.prompt and not self.data and not focus
if prompt:
color = self.promptColor
text = self.prompt
else:
color = self.color
text = self.data
try:
srf = font.render(text, True, color)
except:
text = "[Unable to render!]"
srf = font.render(text, True, color)
if prompt: self.prompt = text
else:
self.data = text
self.cursor = 0
srf = style(srf, self.bg, self.border, self.weight, self.padding)
# Highlight selection and draw cursor
c = self.cursor
if self.data:
p0 = text[c - 1:c] if c else text[0]
p1 = text[c:c + 1] if c < len(self.data) else text[-1]
self._scrollPad = [font.size(p)[0] for p in (p0, p1)]
else:
self._scrollPad = 0, 0
x = font.size(text[:c])[0]
p = self.padding
x += p
self._cursorX = x
h = srf.get_height()
s = self._selection
if s not in (None, self.cursor):
x0 = font.size(text[:s])[0] + p
w = abs(x - x0)
s = pygame.Surface((w, h - 2 * p), pygame.SRCALPHA)
s.fill(self.highlight)
srf.blit(s, (min(x, x0), p))
if self.cursorStatus:
pygame.draw.line(srf, self.color, (x, p), (x, h - 1 - p), 2)
return srf
def __init__(self, size, buttons=(("Okay", True), ("Cancel", False)), text={}, **kwargs):
py = p = self.padding
super().__init__((size, 128))
self.config(vectors=None, **kwargs)
if self.drawTitle: self.title("Vector Diagram")
# Text options
txtConfig = {"font":Font.sans(), "fontSize":15}
txtConfig.update(text)
# Text inputs
w = self.width - 2 * p
try: y = py + self[0].height
except: y = py
ti = TextInputCanvas(w, "", "Vector Expression", **txtConfig)
self["Vectors"] = ti.config(anchor=TOPLEFT, pos=(p, y), weight=1).bind(onaction=self.parse)
y += py + ti.height
self["Grid"] = TextInputCanvas(w // 2 - p, "", "Grid Settings", **txtConfig).config(anchor=TOPLEFT, pos=(p, y), weight=1)
self["Step"] = TextInputCanvas(w // 4 - p // 2, "", "Step", **txtConfig).config(anchor=TOPLEFT, pos=(p + w // 2, y), weight=1)
self["Size"] = TextInputCanvas(w // 4 - p // 2, "", "Width", **txtConfig).config(anchor=TOPLEFT, pos=(3 * (2 * p + w) // 4, y), weight=1)
for gr in self[-3:]: gr.bind(onaction=nothing)
# Options
y += py + self[-1].height
text = "Resultant", "Components", "Draggable"
opt = Options(text, txtConfig=txtConfig).config(pos=(p, y), anchor=TOPLEFT)
self["Options"] = opt
x = (self.width - opt.width - p - w) / 2
x = self.width - x - w / 2
y += p
y0 = y + opt.height
opt[0].selected = True
for gr in opt[:3]: gr.bind(onaction=nothing)
# Buttons
w = self.buttonWidth
for btn in buttons:
name = btn if type(btn) is str else btn[0]
gr = Button((w, 32), 2).textIcon(*btn).setCanvas(self, name).config(anchor=TOPRIGHT, pos=(self.width - p, y)) #, pos=(x - 64, y))
y += 32 + py
gr[-1].config(color="blue", align=CENTER, **txtConfig)
# Resize
self._size = size, max(y, y0)
try:
from sc8pr import Sketch, Canvas, Image, BOTTOM, TOPRIGHT, TOPLEFT
from sc8pr.shape import QCircle, Line
from sc8pr.text import Text, Font, BOLD
from sc8pr.geom import delta
from sc8pr.util import ondrag
from sc8pr.misc.cursors import hand
from sc8pr.gui.dialog import MessageBox
except Exception as e:
print(e)
print("Try running 'pip3 install sc8pr' on command line")
exit()
from math import hypot, asin, degrees
from random import uniform
MONO = Font.mono()
class Simulation(Sketch):
@property
def scale(self):
return 10 * self.width / 640
def __init__(self):
self.mass = uniform(1, 4)
self.q1 = uniform(0.1, 0.4)
self.q2 = uniform(0.1, 0.4)
super().__init__((640, 256))
def setup(self):
self.caption = "Electric Force Simulation"
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
"A demonstration of some of sc8pr 2.0's GUI controls"
from sc8pr import Sketch, Canvas, Image, TOPLEFT, TOPRIGHT, CENTER, TOP
from sc8pr.util import rgba, nothing, sc8prData
from sc8pr.text import BOLD, Font
from sc8pr.gui.textinput import TextInput
from sc8pr.gui.radio import Radio, Options
from sc8pr.gui.slider import Slider
from sc8pr.gui.button import Button
from sc8pr.gui.menu import Menu, R_TRIANGLE
GREY, BLUE = rgba("#ececec", "blue")
FONT = Font.sans()
def buttons(cfg):
"Create a canvas containing two buttons"
cv = Canvas((256, 48))
# Selectable button
btn1 = Button((120, 48)).textIcon("Selectable\nButton", True)
cv["Selectable"] = btn1.config(anchor=TOPLEFT).bind(onaction=buttonClick)
# Non-selectable button
btn2 = Button(btn1.size, 2).textIcon("Popup Menu").bind(onaction=buttonClick)
cv["Popup"] = btn2.config(pos=(255, 0), anchor=TOPRIGHT)
# Configure button text
btn1[-1].config(color=BLUE, align=CENTER, **cfg)
def _widthTo(self, i):
font = Font.get(self.font, self.fontSize, self.fontStyle)
d = self.data
return (font.size(d[:i])[0] + font.size(d[:i+1])[0]) // 2
from sc8pr.geom import vec2d, delta
from sc8pr.gui.textinput import TextInput
from sc8pr.gui.button import Button
from sc8pr.misc.video import Video
except Exception as e:
print(e)
print("Try running 'pip3 install sc8pr' on command line")
exit()
from pygame.constants import K_UP, K_DOWN, K_LEFT, K_RIGHT
import json
from time import time
from math import pow
from random import uniform, randint
JSON = "asterShield_scores.json"
FONT = Font.mono()
class Ship(Sprite):
"The spaceship is controlled by the player using the keyboard"
def reset(self, sk):
"Configure to start game"
return self.config(width=sk.width / 15,
fired=0,
hits=0,
pos=sk.center,
vel=(0, 0),
angle=270,
spin=0)
robot.bind(brain=brain)
def start(self):
"Robots take the field"
yellow = SoccerRobot(["#ffd428", "#ff5050"])
red = SoccerRobot(["#ff5050", "#ffd428"])
self.bindBrain(red, self.brains[0])
self.bindBrain(yellow, self.brains[1])
x, y = self.center
x += (2 * randint(0, 1) - 1) * 16
self["Yellow"] = yellow.config(pos=(1.5 * x, y), width=y/4, angle=90)
self["Red"] = red.config(pos=(0.5 * x, y), width=y/4, angle=270)
ondraw = physics
def goal(self, player):
"Change the scoreboard"
score = self.score[player]
score.config(data=score.data+1)
def play(*brains, **kwargs):
sk = SoccerGame((640,480)).config(font=kwargs.get("font"))
if len(brains) == 1: sk.brains = [brains[0], followBall]
elif len(brains) == 2: sk.brains = brains
sk.play("Robot Soccer")
main = play
if __name__ == "__main__": play(font=Font.mono())
from sc8pr import Sketch, Canvas, Image, TOPLEFT, TOPRIGHT, CENTER, TOP
from sc8pr.util import rgba, nothing, sc8prData
from sc8pr.text import BOLD, Font
from sc8pr.gui.textinput import TextInput
from sc8pr.gui.radio import Radio, Options
from sc8pr.gui.slider import Slider
from sc8pr.gui.button import Button
from sc8pr.gui.menu import Menu, R_TRIANGLE
try: # v2.2
from sc8pr.gui.textinput import TextInputCanvas
except: # v2.0-2.1
TextInputCanvas = None
GREY, BLUE = rgba("#ececec", "blue")
FONT = Font.sans()
def setup(sk):
# Create a Canvas as a GUI dialog
cv = Canvas((384, 256)).config(bg="#f0f0ff", weight=1)
# Vertical positioning 16 pixels below last item added
down = lambda cv: 16 + cv[-1].height
text = dict(color=BLUE, font=FONT, fontStyle=BOLD, padding=4)
if TextInputCanvas: # v2.2.dev
ti = TextInputCanvas(336, "", "Type Some Text...", **text)
else: # v2.0-2.1
ti = TextInput("", "Type Some Text...").config(**text)
x, y = cv.center[0] - 8, 16
def _font(f):
"Find a requested font"
found = Font.find(*f["font"].split(","))
f["font"] = found if found else Font.sans()
if brain is remote:
self.bind(onkeydown=Robot.remoteControl).config(remoteRobot=robot)
robot.bind(brain=brain)
def start(self):
"Robots take the field"
yellow = SoccerRobot(["#ffd428", "#ff5050"])
red = SoccerRobot(["#ff5050", "#ffd428"])
self.bindBrain(red, self.brains[0])
self.bindBrain(yellow, self.brains[1])
x, y = self.center
x += (2 * randint(0, 1) - 1) * 16
self["Yellow"] = yellow.config(pos=(1.5 * x, y), width=y/4, angle=90)
self["Red"] = red.config(pos=(0.5 * x, y), width=y/4, angle=270)
ondraw = physics
def goal(self, player):
"Change the scoreboard"
score = self.score[player]
score.config(data=score.data+1)
def main(*brains, **kwargs):
sk = SoccerGame((640,480)).config(font=kwargs.get("font"))
if len(brains) == 1: sk.brains = [brains[0], followBall]
elif len(brains) == 2: sk.brains = brains
sk.play("Robot Soccer")
if __name__ == "__main__": main(font=Font.mono())
# along with "sc8pr". If not, see <http://www.gnu.org/licenses/>.
"A simulation of the electric force (Coulomb's Law) between two spheres"
if __name__ == "__main__": import depends
from math import hypot, asin, degrees
from random import uniform
from sc8pr import Sketch, Canvas, Image, BOTTOM, TOPRIGHT, TOPLEFT
from sc8pr.shape import Circle, Line
from sc8pr.text import Text, Font, BOLD
from sc8pr.geom import delta
from sc8pr.util import ondrag
from sc8pr.misc.cursors import hand
from sc8pr.gui.dialog import MessageBox
MONO = Font.mono()
class Simulation(Sketch):
@property
def scale(self): return 10 * self.width / 640
def __init__(self):
self.mass = uniform(1, 4)
self.q1 = uniform(0.1, 0.4)
self.q2 = uniform(0.1, 0.4)
super().__init__((640,256))
def setup(self):
self.caption = "Electric Force Simulation"
w, h = self.size