def main():
record = dict()
record['ExperimentStart'] = datetime.now().strftime("%H:%M:%S")
conn, crsr = sql.get_connection()
gui.prequestions(record, conn)
if conn == 'No connection':
return
sql.get_experiment_info(crsr, record)
w = gui.window('Run to the hills')
w.win.update()
w.update(3)
try:
import game
except:
from . import game
w.update(20)
window = game.MyGame(w, record)
w.update(35)
window.start_new_game()
w.update(45)
game.arcade.run()
gui.postquestions(record)
sql.save_results(record, conn, crsr)
import collections
import os
from random import seed
from gui import getparticipant, window, homestim, mousestim, soundstim, cursorstim, textstim
from studylogic import initblocks, runblock
from myexp import initexp
cfg = collections.defaultdict(list)
cfg = initexp(cfg)
cfg = getparticipant(cfg)
cfg = window(cfg)
cfg = homestim(cfg)
cfg = mousestim(cfg)
cfg = cursorstim(cfg)
cfg = textstim(cfg)
cfg = soundstim(cfg)
seed(int(cfg['P_number']) + sum([ord(x) for x in 'garage experiment']))
if not os.path.isdir('Data'):
os.makedirs('Data')
cfg['data_folder'] = cfg['exp_name'] + '_' + 'p%03d' % int(cfg['P_number'])
print(cfg['data_folder'])
if not os.path.isdir('Data/' + cfg['data_folder']):
os.makedirs('Data/' + cfg['data_folder'])
all_blocks = initblocks(cfg)
for block in all_blocks:
runblock(block, cfg)
def showModEditor():
# import instances of material classes, defined by material_file_name
# and indexing the materials. ( with name only )
material_file_name = "Material.txt"
materials = readtxt(absolutePath + r"\\" + material_file_name, Material)
# import instances of propellant mixtures, defined by propellant_file_name
mixture_file_name = "Propulsion.txt"
mixtures = readtxt(
absolutePath + r"\\" + mixture_file_name,
Mixture,
materials,
Mixture.cleanup_calls,
)
mixtureNames = index_name(mixtures)
materialNames = index_name(materials)
editor = window("editor", 2 * (w // 2), 2 * (h // 2) - 4)
system("title " + "Editor")
mod_name = "NewModule"
modname = editor.addelement("ul", h=0.1, w=0.35, t="Name:", type="value")
modname.value("", mod_name, "NewModule")
modtype = editor.addelement("ul", h=0.1, w=0.15, t="mod:", type="menu")
delete = editor.addelement("ur", h=0.1, w=0.05, t="", type="button")
delete.bind("x")
new = editor.addelement("ur", h=0.1, w=0.05, t="", type="button")
new.bind("n")
load = editor.addelement("ur", h=0.1, w=0.05, t="", type="button")
load.bind("l")
save = editor.addelement("ur", h=0.1, w=0.05, t="", type="button")
save.bind("s")
fileselect = editor.addelement("ur", h=0.9, w=0.48, t="File:", type="menu")
fileselect.bind("i", "p", "o")
currentMod = container()
tempElem = container()
def loop_func():
files = os.listdir(absolutePath + r"\mods")
modclass = all_subclasses(Mod)
modclassname = [x.__name__ for x in modclass]
# updates file in the \mods folder
fileselect.menu("", files, mode="togg")
modtype.menu("", modclassname, mode="sel")
mod = currentMod.getcontent()
if mod is None:
modname.setval("NO MODULE LOADED")
else:
if modname.getval() == "NO MODULE LOADED":
modname.setval(mod.name)
elif modname.getval() != mod.name: # assigns ship name from input
mod.name = modname.getval()
def handleTank():
isValid = False
tank = currentMod.getcontent()
(pC, pS, pM, pLDR, eM, tDG) = tempElem.getcontent()
content = materials[pC.getval()]
structure = materials[pS.getval()]
ldr = pLDR.getval()
mass = pM.getval()
warnings = ""
if ldr > 0 and mass > 0 and structure.yieldstrength > 0:
tank.set(content, mass * 1000, structure, ldr)
modname.setval(tank.name)
currentMod.setcontent(tank)
warnings = ""
isValid = True
if mass <= 0:
warnings += "!!Tank is empty!!\n"
if ldr <= 0:
warnings += "!!length/diameter is not valid!!\n"
if structure.yieldstrength <= 0:
warnings += "!!invalid structure!!\n"
eM.graph(warnings)
h = nan
w = nan
m = nan
strm = nan
if tank.h is not None:
h = tank.h
w = tank.w
if tank.mass is not None:
m = tank.mass
if tank.strmass is not None:
strm = tank.strmass
diagram = " w = {:.1f}m".format(w) + "\n"
diagram += " /-------\\" + "\n"
diagram += " | |" + "\n"
diagram += " | |" + "\n"
diagram += " | |" + "h = {:.1f}m".format(h) + "\n"
diagram += " | |" + "\n"
diagram += " | |" + "\n"
diagram += " \\-------/" + "\n"
diagram += " mass {} t\n".format(m / 1000)
tDG.graph(diagram)
return isValid
def handleEngine():
isValid = False
engine = currentMod.getcontent()
pT, pP, dG, eM = tempElem.getcontent()
prop = mixtures[pP.getval()]
thrust = pT.getval()
if thrust > 0:
engine.set(prop, thrust * 1000)
modname.setval(engine.name)
eM.clear()
warnings = ""
currentMod.setcontent(engine)
isValid = True
else:
warnings = "!!Engine is not producing thrust!!"
rad = engine.r
if rad is None:
rad = "!!invalid!!"
else:
rad = "r={:.1f}m".format(rad)
engine_diagram = (
" /----\\"
+ "\n"
+ " | | {}".format(rad)
+ "\n"
+ " \\ /"
+ "\n"
+ " / \\"
+ "\n"
+ " / \\"
+ "\n"
+ " / \\"
+ "\n"
)
if engine.propellant is not None:
for prop in engine.propellant.composition:
m_r = engine.propellant.mass_ratio_norm(prop) * engine.mdot
p_n = prop.name
engine_diagram += "{}:{:.2f}kg/s".format(p_n, m_r) + "\n"
dG.graph(engine_diagram)
eM.graph(warnings)
return isValid
def loadMod():
filedex = fileselect.getrigg()
if filedex is not None:
filepath = absolutePath + r"\mods\\" + str(files[filedex])
newMod = Ship.load(filepath)
currentMod.setcontent(newMod)
handleTemporary(newMod)
updateDisplayed()
else:
"no file specified."
def saveMod():
currentShipName = modname.getval()
savepath = absolutePath + r"\mods\{}".format(currentShipName)
(currentMod.getcontent()).save(savepath)
def dontsave():
if currentMod.getcontent() is None:
print("no module to save.")
else:
print("Module have errors.cannot save.")
def newMod():
newMod = modclass[modtype.getval()]()
currentMod.setcontent(newMod)
handleTemporary(newMod)
updateDisplayed()
def delMod():
try:
selected_name = files[fileselect.getrigg()]
savepath = absolutePath + r"\mods\{}".format(selected_name)
os.remove(savepath)
except (IndexError, TypeError) as e:
print("invalid selection. please select ship to delete first.")
def handleTemporary(newMod):
tpe = tempElem.getcontent()
# delete all temporary element. just in case.
if tpe is not None:
editor.delete_element(*tpe)
tempElem.setcontent(None)
if isinstance(newMod, Engine):
pT = editor.addelement("lu", h=0.1, w=0.24, type="value")
pT.value("KN", pT.val, reversed=True)
pP = editor.addelement("lu", h=0.8, w=0.24, type="menu")
pP.menu(">", mixtureNames, mode="sel")
dG = editor.addelement("lu", h=0.45, w=0.24)
eM = editor.addelement("lu", h=0.45, w=0.24)
(*tpe,) = (pT, pP, dG, eM)
tempElem.setcontent(tpe)
elif isinstance(newMod, Tank):
pC = editor.addelement("lu", h=0.45, w=0.25, type="menu", t="Content")
pC.menu(">", materialNames, mode="trig")
pS = editor.addelement("lu", h=0.45, w=0.25, type="menu", t="Structure")
pS.menu(">", materialNames, mode="trig")
pM = editor.addelement("lu", h=0.1, w=0.25, type="value", t="mass")
pM.value("t", pM.val, reversed=True)
pM.bind("m")
pLDR = editor.addelement("lu", h=0.1, w=0.25, type="value", t="L/D")
pLDR.value("", pLDR.val)
pLDR.bind("r")
eM = editor.addelement("lu", h=0.2, w=0.25, t="Errors:")
tDG = editor.addelement("lu", h=0.5, w=0.25, t="Diagram")
(*tpe,) = (pC, pS, pM, pLDR, eM, tDG)
tempElem.setcontent(tpe)
def updateDisplayed():
return True
load.button("LOAD", loadMod)
new.button("NEW", newMod)
delete.button("DEL", delMod)
saving_valid = False
mod = currentMod.getcontent()
if tempElem.getcontent() is not None:
if isinstance(mod, Engine):
saving_valid = handleEngine()
elif isinstance(mod, Tank):
saving_valid = handleTank()
if saving_valid:
save.button("SAVE", saveMod)
else:
save.button(" ", dontsave)
mainloop(editor, loop_func)
return True
def showShipEditor():
editor = window("editor", w, h - 1)
system("title " + "Editor")
ship_name = "NewShip"
shipname = editor.addelement("ul", h=0.1, w=0.2, t="Name:", type="value")
shipname.value("", ship_name, "NewShip")
fileselect = editor.addelement("ul", h=0.1, w=0.6, t="File:", type="menu")
fileselect.bind("i", "p", "o")
save = editor.addelement("ul", h=0.1, w=0.05, t="", type="button")
save.bind("s")
load = editor.addelement("ul", h=0.1, w=0.05, t="", type="button")
load.bind("l")
new = editor.addelement("ul", h=0.1, w=0.05, t="", type="button")
new.bind("n")
delete = editor.addelement("ul", h=0.1, w=0.05, t="", type="button")
delete.bind("x")
currentShip = container()
currentMod = container()
diagram = editor.addelement("lu", w=0.2, h=0.9, t="Diagram:")
modselect = editor.addelement("ru", w=0.4, h=0.4, t="Module:", type="menu")
addmodule = editor.addelement("ru", w=0.1, h=0.1, t="", type="button")
delmodule = editor.addelement("ru", w=0.1, h=0.1, t="", type="button")
shipmodlist = editor.addelement("lu", w=0.2, h=0.9, t="Module:", type="menu")
shipmodlist.bind("w")
stracclim = editor.addelement("lu", w=0.2, h=0.1, t="", type="value")
stracclim.value(
">>",
9.8,
)
stracclim.bind("a")
shipinfo = editor.addelement("lu", w=0.2, h=0.4, t="info")
modinfo = editor.addelement("lu", w=0.2, h=0.4, t="info")
def loop_func():
modfiles = os.listdir(absolutePath + r"\mods")
# updates file in the \ships folder.
files = all_file_with_extension(".ship", absolutePath + r"\ships")
fileselect.menu("", files, mode="togg")
modselect.menu("", modfiles, mode="sel")
ship = currentShip.getcontent()
if ship is None:
shipname.setval("NO SHIP LOADED")
else:
if shipname.getval() == "NO SHIP LOADED":
shipname.setval(ship.name)
elif shipname.getval() != ship.name: # assigns ship name from input
ship.name = shipname.getval()
def loadShip():
filedex = fileselect.getrigg()
if filedex is not None:
filepath = absolutePath + r"\ships\\" + str(files[filedex])
currentShip.setcontent(Ship.load(filepath))
updateDisplayed()
else:
"no file specified."
def saveShip():
if currentShip.getcontent() is not None:
currentShipName = shipname.getval()
savepath = absolutePath + r"\ships\{}".format(currentShipName + ".ship")
(currentShip.getcontent()).save(savepath)
else:
print("Ship is empty.")
def newShip():
newship = Ship()
currentShip.setcontent(newship)
stracclim.value(">>", 9.8)
updateDisplayed()
def delShip():
try:
selected_name = files[fileselect.getrigg()]
savepath = absolutePath + r"\ships\{}".format(selected_name)
os.remove(savepath)
except (IndexError, TypeError) as e:
print("invalid selection. please select ship to delete first.")
def updateDisplayed():
"""new approach: instead of manually taking note of what must be updated, from now on
will simply force another render cycle."""
return True
def insertModule():
# which one to get?
modi = modselect.getval()
# load our module.
currentMod.setcontent(
Mod.load(absolutePath + r"\mods\{}".format(modfiles[modi]))
)
# after loading our module, put it in our ship.
ship = currentShip.getcontent()
# validate our ship is actually a Ship object
if ship is not None:
# by how much?
while True:
try:
num = int(input("clusters of>>"))
if num >= 1:
break
else:
print("integer >=1 plz")
except TypeError:
print("numeric please!")
ship.add(currentMod.getcontent(), num)
currentShip.setcontent(ship)
updateDisplayed()
else:
print("Create a ship first!")
def popModule():
modi = shipmodlist.getval()
ship = currentShip.getcontent()
if ship is not None and len(ship.module) > modi:
ship.delmod(modi)
else:
print("not valid deletion")
addmodule.button("Add Module", insertModule)
delmodule.button("Del Module", popModule)
# ship informations displayed.
if hasattr(ship, "diagram") and ship.diagram() is not None:
diagram.graph(ship.diagram())
shipmodlist.menu(">>", ship.modnames())
ship = currentShip.getcontent()
save.button("SAVE", saveShip)
load.button("LOAD", loadShip)
new.button("NEW", newShip)
delete.button("DEL", delShip)
ship = currentShip.getcontent()
if hasattr(ship, "module") and len(ship.module) > 0:
if hasattr(ship, "tally"):
ship.tally()
if hasattr(ship, "buildup_tank"):
ship.str_acc_lim = stracclim.getval()
ship.buildup_tank()
selmod = ship.module[shipmodlist.getval()]
if selmod is not None:
graphics = ""
if isinstance(selmod, list):
for m in selmod:
pos = m.pos
graphics += "pos>{:.2f},{:.2f},{:.2f}\n".format(pos.x, pos.y, pos.z)
else:
pos = selmod.pos
graphics += "pos>{:.2f},{:.2f},{:.2f}\n".format(pos.x, pos.y, pos.z)
modinfo.graph(graphics)
else:
modinfo.clear()
mainloop(editor, loop_func)
import gui
WIDTH = 800
HEIGHT = 600
FRAMERATE = 0.001
NODES = 10
window = gui.window(width=WIDTH,
height=HEIGHT,
framerate=FRAMERATE,
nodes=NODES)
window.update_frames()
import gui
if __name__ == '__main__':
gui.window()
import cards
import gui
import tkinter as tk
mazo,cant = cards.cardgen()
root = tk.Tk()
root.title("Sansa-Oh")
#root.attributes('-fullscreen', True)
root.wm_state('zoomed')
tupla1 = cards.cardchooser(mazo)
tupla2 = cards.cardchooser(mazo)
while True:
try:
lives = int(input("Ingrese cantidad de vidas: \n"))
if lives <= 0:
raise Exception()
break
except (ValueError,Exception):
print("Ingrese un numero valido")
while True:
try:
turno = input("Quien parte? (Ingrese j1 o j2): ")
if turno != "j1" and turno != "j2":
raise Exception
break
except Exception:
print("Ingrese un string valido")
test = gui.window(tupla1,tupla2, mazo,turno,lives)
root.mainloop()
import gui WIDTH = 800 HEIGHT = 600 FRAMERATE = 0.001 interface = gui.window(WIDTH, HEIGHT, FRAMERATE) interface.update_frames()
# main
import gui
WIDTH = 800
HEIGHT = 800
FRAMERATE = 0.1 #float(input("framerate: "))
RECURSIONS = 5 #int(input("recursions: "))
window = gui.window(WIDTH, HEIGHT, FRAMERATE, RECURSIONS)
window.update_frames()
def main():
window()
def make_button(text):
@button(text)
def _button():
output.set(output.get() + text)
return _button
def make_operator(t, op):
@button(t, expand=False, use_monospace_font=True)
def _button():
stack.append(float(output.get()))
output.set('')
stack.append(op)
stack = []
with window(title="Calculator", set_minimum_size=True, can_resize=False):
with row():
output = textbox()
with row():
make_button('1')
make_button('2')
make_button('3')
make_operator('+', op.add)
with row():
make_button('4')
make_button('5')
make_button('6')
make_operator('-', op.sub)