import pyDraw as d
draw = d.Draw({'name':'figureA','width':400,'height':300,'pdf-scale':0.5})
draw.add(d.Line({'x1':0,'y1':0,'x2':400,'y2':300,'stroke':'red'}))
draw.add(d.Text({'x':50,'y':50,'a':'t'},"bonjour"))
draw.add(d.Polyline({'points':[[0,0],[200,0],[200,100],[100,100]],'stroke':'blue','fill':'none'}))
path=d.Path({'stroke':'red','fill':'gray','stroke-width':2})
path.moveto([200,200])
path.lineto([200,230])
path.lineto([170,230]) 
path.curveto([[150,230],[140,230],[110,200]])
path.closepath()
draw.add(path)
g = d.Group({'stroke':'green','fill':'none'})
g.add(d.Line({'x1':20,'y1':50,'x2':20,'y2':100}))
draw.add(g)
t=d.Translate({'tx':300,'ty':200})
t.add(d.Rect({'x':0,'y':0,'width':20,'height':10,'stroke':'red','fill':'yellow'}))
t.add(d.Circle({'cx':30,'cy':30,'r':10,'stroke':'blue','fill':'yellow'}))
a = d.Arrow({'x1':0,'y1':0,'x2':70,'y2':-10,'start':'none','end':'arrowB','stroke':'black','scale':5})
a.add(d.Legend({'pos':'middle','a':'t'},'v'))
t.add(a)   
draw.add(t)
draw.add(d.Vlines({'x':[20,30,40,50,60],'y1':200,'y2':300,'stroke':'brown'}))
draw.add(d.Dtex({'x':200,'y':100,'a':'l','stroke':'black','fill':'black'},"$$f(x)=\\int_0^x\\sqrt{1+u(t)}\,dt$$"))
            

import math 
class Zigzag(d.Group): 
    def __init__(self,att):
        x1 = att['x1']
        y1 = att['y1']
        x2 = att['x2']
        y2 = att['y2']
        width = att['width']
        number = att['number']
        end = att['end']
        length = math.sqrt((x2-x1)**2+(y2-y1)**2)
        cos = (x2-x1)/length
        sin = (y2-y1)/length
        att['fill'] = 'none'
        d.Group.__init__(self,att)
        translate = d.Translate({'tx':x1,'ty':y1})
        self.add(translate)
        transform = d.Matrix({'m':[cos,sin,-sin,cos,0,0]})
        translate.add(transform)
        path = d.Path({})
        path.moveto([0,0])
        path.lineto([end,0])
        dx = (length-2*end)/number
        for i in range(number):
            path.lineto([end+(i+0.25)*dx,width/2])
            path.lineto([end+(i+0.75)*dx,-width/2])
            path.lineto([end+(i+1.0)*dx,0])
        path.lineto([length,0])
        transform.add(path) 
     
            

draw = d.Draw({'name':'figureB','width':200,'height':300,'pdf-scale':0.5})
draw.add(Zigzag({'x1':100,'y1':100,'x2':200,'y2':150,'width':10,'number':10,'end':10,'stroke':'black','stroke-width':1.5}))
            
 
import pyDrawElectro as el
E = el.Vsource({'pos':[0,0],'orient':'u','legend':'E'})
R1 = el.Resistance({'pos':E.bornes[1],'orient':'r','legend':'R1'})
C1 = el.Capacite({'pos':R1.bornes[1],'orient':'r','legend':'C1'})
L1 = el.Inductance({'pos':C1.bornes[1],'orient':'d','legend':'L1'})
M = el.Masse({'pos':E.bornes[0],'orient':'d'})
circuit = d.Group({'stroke':'black'})
circuit.add([E,R1,C1,L1,M])
circuit.add(el.Fil({'b1':E.bornes[0],'b2':L1.bornes[1],'stroke':'black','p1':'black'}))
            
 
ao = el.Ampli({'pos':[0,0],'orient':'r','pol':'-','stroke':'red','vp':'+15V','vm':'-15V'}) 
R1 = el.Resistance({'pos':ao.bornes[0],'orient':'l','legend':'R1'})
R2 = el.Resistance({'pos':[0,-2],'orient':'r','legend':'R2'})
C1 = el.Capacite({'pos':ao.bornes[1],'orient':'u','legend':'C1'})
Q1 = el.Bipolaire({'pos':ao.bornes[2],'orient':'r','type':'npn','pol':'+','legend':'Q1','stroke':'blue'})
R3 = el.Resistance({'pos':Q1.bornes[2],'orient':'d','legend':'R3'})
R4 = el.Resistance({'pos':Q1.bornes[1],'orient':'u','legend':'R4'})
circuit = d.Group({'stroke':'black'}) 
circuit.add([ao,R1,R2,C1,Q1,R3,R4])
circuit.add(el.Fil({'b1':R1.bornes[0],'b2':R2.bornes[0],'p1':'black'}))
circuit.add(el.Fil({'b1':R2.bornes[1],'b2':ao.bornes[2],'p2':'black'}))
            

c1 = el.Connexion({'pos':[0,0],'orient':'r','name':'A0','number':0,'fill':'black'})
c2 = el.Connexion({'pos':[0,0.5],'orient':'r','name':'A1','number':1,'fill':'black'})
ci = el.CircuitIntegre({'pos':[2,0],'nw':3,'nh':4,'name':'NOM','stroke':'blue','legend-fill':'red'})
ci.connexion({'side':'r','name':'A0','number':0})
ci.connexion({'side':'r','name':'A1','number':1})
ci.connexion({'side':'r','name':'null'})
ci.connexion({'side':'r','name':'A2','number':2})
ci.connexion({'side':'l','name':'A3','number':3})
ci.connexion({'side':'t','name':'A4','number':4})
ci.connexion({'side':'b','name':'A5','number':5})
R = el.Resistance({'pos':ci.bornes[2],'orient':'r','legend':'R'})
circuit = d.Group({'stroke':'black'}) 
circuit.add([c1,c2,ci,R])    
            

import pyDrawElectroCI as ci
ao = ci.Ampli8b({'pos':[0,0],'name':'TL081'})
p1 =el.Piste({'b1':ao.bornes[6],'b2':[8,2],'path':[['r',2],['d',2],['r',2]],'dir':'v'})
circuit = d.Group({'stroke':'black'}) 
circuit.add([ao,p1])