#gestion des cases a cocher
def chk(id,value):
global bits
if value:
bits[id] = 1
else:
bits[id] = 0
process(inp.get_text())
#gestion de l'equation
def check(val):
process(val)
#creation de l'interface
canvas.add_checkbox("chkA","A",chk,20)
canvas.add_checkbox("chkB","B",chk,20)
canvas.add_checkbox("chkC","C",chk,20)
inp = canvas.add_input("equ:",check,200)
inp.set_text("A & (not(B) | not(C))")
process(inp.get_text())
def color(value):
if value == '1':
return 'Yellow'
else:
return 'White'
#ceci est la fonction qui dessine l'ecran toutes les 17 millisecondes
def draw():
global bits, out
canvas.fill_rect(0,0,500,500)
left = 80
top = 30
x = []
y = None
for i in range(int(NB_POINTS)+1):
ech = 1.0*x_min +1.0*i*((1.0*x_max-1.0*x_min)/(1.0*NB_POINTS))
x.append([ech])
#print x
#variables generales
varss = {'x': 0 }
parser = math2.RpnMathParser(val, varss);
out = parser.get_result()
y = parser.update(['x'], x );
#print y
#
#creation de l'interface
inp = canvas.add_input("equ:",process,200)
inp.set_text("sin(x)")
process(inp.get_text())
#ceci est la fonction qui dessine l'ecran toutes les 17 millisecondes
def draw(cnvs):
global x_min,y_min,x_max,y_max, x, y
#print len(y)
#canvas.fill_rect(0,0,W,H)
last = (0,H/2)
axex = 0
if y == None:
return
for i in range(len(y)):