def addArduino(draw):
left = {
'cnt':
10,
'labels': [
'RESET', 'RESET2', 'AREF', 'N/C', 'A0', 'A1', 'A2', 'A3', 'A4/SDA',
'A5/SCL'
],
'plabels': ['2', '6', '7'],
'lblsize':
12,
}
right = {
'cnt':
17,
'labels': [
'TX/D0', 'RX/D1', 'D2', 'PWM D3', 'D4', 'PWM D5', 'PWM D6', 'D7',
'D8', 'PWM D9', 'SS/PWM D10', 'MOSI/PWM D11', 'MISO/D12',
'SCK/D13', 'ICSP2 MISO', 'ICSP2 SCK', 'ICSP MISO'
],
'plabels': ['5', '3'],
'lblsize':
12,
}
top = {
'cnt': 3,
'labels': ['3v3', '5v', 'VIN'],
'plabels': ['4', '8'],
'lblsize': 12,
}
bot = {
'cnt': 1,
'labels': ['GND'],
'lblsize': 12,
}
return e.blackbox(draw.unit * 2.5,
draw.unit * 4.5,
linputs=left,
rinputs=right,
tinputs=top,
binputs=bot,
leadlen=1,
mainlabel='Arduino\nUno\n(Rev3)')
import SchemDraw as schem
import SchemDraw.elements as e
d = schem.Drawing()
right = {'cnt': 3, 'labels': ['GPIO0', 'GPIO1', 'GPIO2']}
top = {'cnt': 1, 'labels': ['Vcc']}
bot = {'cnt': 1, 'labels': ['GND']}
Ard = e.blackbox(d.unit * 1.5,
d.unit * 2.25,
rinputs=right,
tinputs=top,
binputs=bot,
leadlen=1,
mainlabel='UNO')
A = d.add(Ard)
d.add(e.DOT_OPEN, label='$+5V$', xy=A.Vcc)
GND = d.add(e.GND, xy=A.GND)
Vin = d.add(e.DOT_OPEN, label='$V+$', xy=A.center + 5.55)
L = d.add(e.RBOX, d='down', label='$Load$')
S = d.add(e.BJT_NPN, anchor='collector', d='right')
d.add(e.LINE, d='right', xy=A.GPIO0, tox=S.base, toy=S.base)
##N = d.add(e.DOT)
##d.add(e.LINE, d = 'right', xy = R1.end, l = d.unit*0.25)
##d.add(e.DOT_OPEN, label = '$V_2$')
##R2 = d.add(e.RES, xy = R1.end,d= 'down', label = '$R_{2}$')
import SchemDraw as schem
import SchemDraw.elements as e
rinputs = {'cnt': 1, 'labels': ['port_5']}
binputs = {'cnt': 1, 'labels': ['GND']}
d = schem.Drawing()
ARDUINO = e.blackbox(d.unit,
d.unit,
rinputs=rinputs,
binputs=binputs,
mainlabel='ARDUINO')
T = d.add(ARDUINO)
BOT = d.add(e.GND, xy=T.GND)
d.add(e.DOT)
d.add(e.RBOX, d='right', xy=T.port_5, label='220$\Omega$')
d.add(e.LED, flip=True, d='down', toy=BOT.start)
d.add(e.LINE, d='left', tox=BOT.start)
d.draw()
d.save('source/Blink.eps')
import SchemDraw as schem
import SchemDraw.elements as e
d = schem.Drawing()
rinputs = {
'cnt': 6,
'labels': ['port_2', 'port_3', 'port_4', 'port_5', 'port_6', 'port_7']
}
binputs = {'cnt': 1, 'labels': ['GND']}
d = schem.Drawing()
ARDUINO = e.blackbox(d.unit * 1.3,
d.unit * 2.25,
rinputs=rinputs,
binputs=binputs,
mainlabel='ARDUINO')
T = d.add(ARDUINO)
d.push()
d.add(e.RBOX, label='1000$\Omega$', xy=T.port_2)
d.add(e.LED)
d.add(e.DOT)
d.add(e.GND)
d.pop()
d.push()
d.add(e.RBOX, label='1000$\Omega$', xy=T.port_3)
d.add(e.LED)
d.add(e.DOT)
d.add(e.GND)
d.pop()
import SchemDraw as schem
import SchemDraw.elements as e
d = schem.Drawing()
top = {'cnt':2,
'labels':['+','-'],
'plabels':['1','2'],
'lblsize':12,
}
Fan = e.blackbox(d.unit*2, d.unit*2,
tinputs=top,leadlen=1.5, mainlabel='Fan')
T = d.add(Fan)
d.draw()
import SchemDraw as schem
import SchemDraw.elements as e
d = schem.Drawing()
top = {
'cnt': 9,
'labels': ['L', 'N', 'Gnd', '-v', '-v', '-v', '+v', '+v', '+v'],
'plabels': ['4', '8'],
'lblsize': 12,
}
Power = e.blackbox(d.unit * 2.5,
d.unit * 4.5,
tinputs=top,
leadlen=1,
mainlabel='Power')
T = d.add(Power)
d.draw()