def test_minist():
tmp = camera.obj.get_image()
Minist.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.canvas.draw_string(5, ui.weight - 20, 'minist result > %d : %.2f' %
(Minist.result, Minist.score), scale=2, color=(255, 255, 255))
ui.display()
def test_ai_camera():
@ui.warp_template(ui.blank_draw)
def test_minist():
tmp = camera.obj.get_image()
Minist.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.canvas.draw_string(5,
ui.weight - 20,
'minist result > %d : %.2f' %
(Minist.result, Minist.score),
scale=2,
color=(255, 255, 255))
ui.display()
import time
last = time.ticks_ms()
Minist.load()
while True:
try:
print(time.ticks_ms() - last)
last = time.ticks_ms()
test_minist()
except KeyboardInterrupt as e:
Minist.free()
ui.display()
break
def draw_photos():
if photos.photos_len() > 0:
if app.photos_title != photos.image_path():
app.photos_title = photos.image_path()
if app.photos_temp != None:
tmp = app.photos_temp
del tmp
app.photos_temp = None
if app.photos_temp:
ui.canvas.draw_image(app.photos_temp, 0, 0)
else:
app.photos_temp = image.Image(app.photos_title)
# [mem < 800*1024]
#t, ui.canvas = ui.canvas, None
#del t
#ui.canvas = image.Image(photos.image_path())
ui.canvas.draw_string(2,
2,
app.photos_title,
color=(255, 255, 255),
scale=1,
mono_space=0)
else:
ui.canvas.draw_string(40,
120,
"Please put pictures\n in '/sd/imgs' folder",
color=(255, 255, 255),
scale=3,
mono_space=0)
app.touch_draw()
ui.display()
def draw_camera():
try:
ai_camera.ai_draw()
ui.display()
except Exception as e:
app.layer = 1
raise e
def draw_camera():
try:
ai_camera.ai_draw()
for model in ai_camera.models:
#print(model.__qualname__, ai_camera.model.__qualname__)
if 'ai_sample' == ai_camera.model.__qualname__:
ui.canvas.draw_string(60, 170, "AI Demo", scale=3)
ui.canvas.draw_string(10,
210,
"Press (<) or (>) to View",
scale=2)
pass
elif 'FaceReco' == ai_camera.model.__qualname__:
if ai_camera.model.bbox != None:
bbox = ai_camera.model.bbox
ui.canvas.draw_string(10,
210,
"Find Face %d" % len(bbox),
scale=2)
else:
ui.canvas.draw_string(10,
210,
"Find Face Reco",
scale=2)
elif 'find_color' == ai_camera.model.__qualname__:
ui.canvas.draw_string(10,
210,
"Find Color For Red", (255, 0, 0),
scale=2)
elif 'HowMany' == ai_camera.model.__qualname__:
if ai_camera.model.things != None:
ui.canvas.draw_string(10,
210,
"How many %d" %
len(ai_camera.model.things),
scale=2)
ui.canvas.draw_string(10, 210, "How many?", scale=2)
elif 'MaybeIs' == ai_camera.model.__qualname__:
ui.canvas.draw_string(10,
210,
"Maybe Is %s" %
str(ai_camera.model.result),
scale=2)
ui.display()
except Exception as e:
app.layer = 1
gc.collect()
raise e
def draw():
l, r, w, h = 60, 60, 120, 120
if __class__.state == 0:
__class__.count += 1
value = abs(int(get_count_curve(__class__.count, 3, 50) * 10))
#print(value)
pos = draw_dialog_alpha(ui.canvas,
l - value // 2,
r - value // 2,
w + value,
h + value,
10,
color=(255, 0, 0),
alpha=230)
if value >= 9:
__class__.state = 1
if __class__.state == 1:
pos = draw_dialog_alpha(ui.canvas,
l,
r,
w,
h,
10,
color=(255, 0, 0),
alpha=230)
text = "It will show Message , return last pages after 3s"
chunks, chunk_size = len(text), w // 12
msg_lines = [
text[i:i + chunk_size] for i in range(0, chunks, chunk_size)
]
for i in range(len(msg_lines)):
ui.canvas.draw_string(pos[0] + 16,
pos[1] + 8 + 26 * i,
msg_lines[i],
scale=2,
color=(0, 0, 0))
if __class__.state == 2:
__class__.count += 1
value = abs(int(get_count_curve(__class__.count, 3, 50) * 10))
pos = draw_dialog_alpha(ui.canvas,
l - value // 2,
r - value // 2,
w + value,
h + value,
10,
color=(255, 0, 0),
alpha=230)
if value == 0:
container.latest()
ui.display()
def test_pmu_axp173_draw():
global axp173
tmp = []
work_mode = axp173.getPowerWorkMode()
tmp.append("WorkMode:" + hex(work_mode))
# 检测 电池电压
vbat_voltage = axp173.getVbatVoltage()
tmp.append("vbat_voltage: {0} V".format(vbat_voltage))
# 检测 电池充电电流
BatteryChargeCurrent = axp173.getBatteryChargeCurrent()
tmp.append(
"BatChargeCurrent: {0:>4.1f}mA".format(BatteryChargeCurrent))
# 检测 USB-ACIN 电压
usb_voltage = axp173.getUSBVoltage()
tmp.append("usb_voltage: {0:>4}mV".format(usb_voltage))
# 检测 USB-ACIN 电流
USBInputCurrent = axp173.getUSBInputCurrent()
tmp.append("USBInputCurrent: {0:>4.1f}mA".format(USBInputCurrent))
### 检测 VBUS 电压
#usb_voltage = axp173.getConnextVoltage()
#print("6 VUBS_voltage: " + str(usb_voltage))
### 检测 VBUS 电流
#USBInputCurrent = axp173.getConnextInputCurrent()
#print("7 VUBSInputCurrent: " + str(USBInputCurrent) + "mA")
getChargingControl = axp173.getChargingControl()
tmp.append("ChargingControl: {}".format(hex(getChargingControl)))
# 检测 是否正在充电
if axp173.is_charging() == True:
tmp.append("Charging....")
else:
tmp.append("Not Charging")
tmp.append(axp173.is_charging())
# 检测 USB 是否连接
if axp173.is_usb_plugged_in() == 1:
tmp.append("USB plugged ....")
else:
tmp.append("USB is not plugged in")
for i in range(len(tmp)):
print(tmp[i])
ui.canvas.draw_string(20,
20 + 20 * i,
"{0}".format(str(tmp[i])),
mono_space=1)
ui.display()
def draw_explorer():
# if explorer.info != "":
# protect.stop()
# print(explorer.get_path(explorer.paths) + '/' + explorer.info)
# # with open(explorer.get_path(explorer.paths) + '/' + tmp, 'rb') as target:
# # # exec(target.read(), locals())
# # exec(target.read())
# execfile(explorer.get_path(explorer.paths) + '/' + explorer.info)
# protect.start()
ui.display()
def moblienet():
tmp = camera.obj.get_image()
MoblieNet.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.canvas.draw_string(0,
ui.weight - 25,
'%.2f:%s' %
(MoblieNet.score, MoblieNet.result.strip()),
scale=2,
color=(0, 255, 0))
ui.display()
def draw_camera():
try:
ai_camera.ai_draw()
for model in ai_camera.models:
#print(model.__qualname__, ai_camera.model.__qualname__)
if 'ai_sample' == ai_camera.model.__qualname__:
ui.canvas.draw_string(340, 80, " AI\nDemo", scale=5)
ui.canvas.draw_string(50, 260, "Press Left (<) or Right (>) to View", scale=2)
pass
elif 'FaceReco' == ai_camera.model.__qualname__:
if ai_camera.model.bbox != None:
bbox = ai_camera.model.bbox
ui.canvas.draw_string(50, 260, "Find Face %d" % len(bbox), scale=5)
for pos in range(len(bbox)):
i = bbox[pos]
# print(i.x(), i.y(), i.w(), i.h())
face_cut = ui.canvas.cut(i.x(), i.y(), i.w(), i.h())
face_cut_128 = face_cut.resize(80, 80)
ui.canvas.draw_image(face_cut_128, 320 + int((pos % 2)*80), int((pos // 2)*80))
else:
ui.canvas.draw_string(50, 260, "Find Face Reco", scale=5)
elif 'find_color' == ai_camera.model.__qualname__:
ui.canvas.draw_string(50, 260, "Find Color For Red (53, 31, 44, 82, 18, 78)", scale=2)
ui.canvas.draw_string(50, 260, " Red", color=(255,0,0), scale=2)
ui.canvas.draw_string(340, 30, "Red\nSum\n %d" % len(ai_camera.model.blobs), scale=5)
elif 'HowMany' == ai_camera.model.__qualname__:
if ai_camera.model.things != None:
ui.canvas.draw_string(340, 30, "How\nMany\n %d" % len(ai_camera.model.things), scale=5)
ui.canvas.draw_string(50, 260, "How many things are there?", scale=2)
elif 'MaybeIs' == ai_camera.model.__qualname__:
ui.canvas.draw_string(340, 50, "Maybe\n Is\n", scale=3)
ui.canvas.draw_string(340, 150, "%s" % str(ai_camera.model.result), scale=2)
ui.canvas.draw_string(50, 260, "What is likely to be?", scale=2)
app.touch_draw()
ui.display()
except Exception as e:
# ai_camera.next()
# protect.restart() # temp patch
app.layer -= 1
raise Exception("This is a Easter egg(Known Bug) This error requires a restart. It will soon be resolved. :)")
def draw():
height = 100 + int(get_time_curve(3, 250) * 60)
pos = draw_dialog_alpha(ui.canvas,
20,
height,
200,
20,
10,
color=(255, 0, 0),
alpha=200)
ui.canvas.draw_string(pos[0] + 10,
pos[1] + 10,
"Welcome to MaixUI",
scale=2,
color=(0, 0, 0))
ui.display()
def draw_pages():
if app.current != None:
app.current.draw()
app.loop = (app.loop + 1) % 200
value = math.cos(math.pi * app.loop / 12) * 2 + 20
for i in range(100):
try:
#ui.canvas.draw_rectangle((240, 0, 240, 320), fill=False, thickness=3, color=(175, 175, 175))
if app.msa301 != None:
accel = app.msa301.acceleration
x, y = 240, 160 # center
#print(accel)
ui.canvas.draw_circle(
x + int(accel[0] * 15),
y + int(accel[1] * 20),
int(value),
fill=True,
color=(150 + int(accel[0] * 20),
150 + int(accel[1] * 20),
100 + int(accel[2] * 20))) # 10ms
ui.canvas.draw_circle(x + int(accel[0] * 15),
y + int(accel[1] * 20),
int(value) + 1,
thickness=3,
fill=False,
color=(0, 0, 0)) # 10ms
else:
app.msa301 = MSA301(app.i2c3)
break
except Exception as e:
pass
# gc.collect()
#ui.canvas.draw_string(240 + 10, 140, "x", (255, 0, 0), scale=2)
#ui.canvas.draw_string(240 + 10, 140, "x", (255, 0, 0), scale=2)
#ui.canvas.draw_line(240 + 120, 150, 120 + int(accel[0] * 8), 150, color=(41, 131, 255))
#ui.canvas.draw_string(240 + 10, 160, "y", (0, 255, 0), scale=2)
#ui.canvas.draw_line(240 + 120, 170, 120 + int(accel[1] * 8), 170, color=(141, 31, 255))
#ui.canvas.draw_string(240 + 10, 180, "z", (0, 0, 255), scale=2)
#ui.canvas.draw_line(240 + 120, 190, 120 + int(accel[2] * 8), 190, color=(241, 131, 55))
ui.display()
def draw():
x, y, w, h = -80, 210, 400, 40
v = 0
if __class__.state == 1:
__class__.count += 1
v = (int(
get_count_curve(__class__.count, 2, 120) * __class__.limit))
if v > __class__.limit // 2:
__class__.state = 2
if __class__.state == 3:
__class__.count -= 1
v = -(int(
get_count_curve(__class__.count, 2, 120) * __class__.limit))
if v < -__class__.limit // 2:
__class__.state = 4
tmp = image.Image(size=(w, h))
tmp.draw_rectangle((0, 0, w, h), fill=True, color=(120, 120, 120))
for i in range(0, w, 80):
c = (200, 200, 200)
if i == 160:
c = (255, 255, 255)
tmp.draw_string(i + 5,
5,
__class__.lists[i // 80],
scale=2,
color=c)
ui.canvas.draw_image(tmp, x - v, y, alpha=255)
del tmp
if __class__.state == 2:
if __class__.lists[-2] != '':
__class__.lists.append(__class__.lists.pop(0))
__class__.state = 0
if __class__.state == 4:
if __class__.lists[1] != '':
__class__.lists.insert(0, __class__.lists.pop(-1))
__class__.state = 0
ui.display()
def draw_pages():
if app.current != None:
app.current.draw()
ui.display()
def draw_launcher():
ui.display()
def draw_load():
app.loop = (app.loop + 1) % 200
value = math.cos(math.pi * app.loop / 8) * 6
#print(value)
if app.loading or app.loop > 20:
ui.canvas.draw_string(200 - int(value) * 2,
68 + (int(value) % 8) * 2,
"A",
color=(64, 64, 64),
scale=8,
mono_space=0)
ui.canvas.draw_string(200 - int(value),
72 + (int(value) % 8),
"A",
color=(0x2d, 0x85, 0xf0),
scale=8,
mono_space=0)
else:
ui.canvas.draw_string(203,
73,
"A",
color=(64, 64, 64),
scale=8,
mono_space=0)
if app.loading or app.loop > 40:
ui.canvas.draw_string(203,
72 - int(value) * 5 - 9,
" m",
color=(64, 64, 64),
scale=8,
mono_space=0)
ui.canvas.draw_string(200,
70 - int(value) * 4 - 8,
" m",
color=(0xf4, 0x43, 0x3c),
scale=8,
mono_space=0)
else:
ui.canvas.draw_string(203,
72,
" m",
color=(64, 64, 64),
scale=8,
mono_space=0)
if app.loading or app.loop > 40:
ui.canvas.draw_string(203,
72,
" i",
color=(64, 64, 64),
scale=8,
mono_space=0)
ui.canvas.draw_string(200,
70,
" i",
color=(0xff, 0xbc, 0x32),
scale=8,
mono_space=0)
ui.canvas.draw_rectangle((304, 77, 12, 12),
color=(0x70, 0x70, 0x70),
fill=True)
ui.canvas.draw_string(259,
44 + int(value),
" . ",
color=(64, 64, 64),
scale=4,
mono_space=0)
ui.canvas.draw_string(256,
42 + int(value),
" . ",
color=(0xff, 0xbc, 0x32),
scale=4,
mono_space=0)
else:
ui.canvas.draw_string(203,
72,
" i",
color=(64, 64, 64),
scale=8,
mono_space=0)
ui.canvas.draw_rectangle((304, 77, 12, 12),
color=(0x70, 0x70, 0x70),
fill=True)
ui.canvas.draw_string(259,
44,
" . ",
color=(64, 64, 64),
scale=4,
mono_space=0)
if app.loading or app.loop > 60:
ui.canvas.draw_string(203 + int(value) * 2 + 10,
72,
" g",
color=(64, 64, 64),
scale=8,
mono_space=0)
ui.canvas.draw_string(200 + int(value) * 2 + 10,
70,
" g",
color=(0x0a + int(value) * 50, 0xa8,
0x58 + int(value) * 50),
scale=8,
mono_space=0)
else:
ui.canvas.draw_string(203,
72,
" g",
color=(64, 64, 64),
scale=8,
mono_space=0)
if app.loading or app.loop > 60:
ui.canvas.draw_string(203 - int(value) * 2 + 20,
72,
" o",
color=(64, 64, 64),
scale=8,
mono_space=0)
ui.canvas.draw_string(200 - int(value) * 2 + 20,
70,
" o",
color=(0xf4, 0x43 + int(value) * 50, 0x3c),
scale=8,
mono_space=0)
else:
ui.canvas.draw_string(203,
72,
" o",
color=(64, 64, 64),
scale=8,
mono_space=0)
if app.loading == False and app.loop < 20:
ui.canvas.draw_string(203,
73,
"Amigo",
color=(64 + int(value) * 2,
64 + int(value) * 2,
64 + int(value) * 2),
scale=8,
mono_space=0)
if app.loop > 70:
app.loading = True
ui.canvas.draw_string(320,
280,
"Now Loading...",
color=(164 + int(value) * 8,
164 + int(value) * 8,
164 + int(value) * 8),
scale=2,
mono_space=0)
if app.loop == 100:
app.layer += 1
ui.display()
def app_main():
# second draw
tmp = camera.obj.get_image()
FaceReco.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.display() # third display
def draw():
ui.display()
if __name__ == "__main__":
container.reload(launcher)
while True:
while True:
last = time.ticks_ms() - 1
while True:
try:
#time.sleep(0.1)
print(1000 // (time.ticks_ms() - last), 'fps')
last = time.ticks_ms()
gc.collect()
container.forever()
system.parallel_cycle()
protect.keep()
#gc.collect()
#print_mem_free()
except KeyboardInterrupt:
protect.stop()
raise KeyboardInterrupt
#except Exception as e:
#gc.collect()
#print(e)
finally:
try:
ui.display()
except:
pass
def test_ai_camera():
@ui.warp_template(ui.blank_draw)
def howmany():
tmp = camera.obj.get_image()
HowMany.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.display()
@ui.warp_template(ui.blank_draw)
def maybe():
tmp = camera.obj.get_image()
MaybeIs.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.display()
@ui.warp_template(ui.blank_draw)
def moblienet():
tmp = camera.obj.get_image()
MoblieNet.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.canvas.draw_string(0, ui.weight - 25, '%.2f:%s' % (MoblieNet.score, MoblieNet.result.strip()), scale=2, color=(0, 255, 0))
ui.display()
import time
last = time.ticks_ms()
while True:
#try:
#HowMany.load()
#while True:
#try:
#print(time.ticks_ms() - last)
#last = time.ticks_ms()
#howmany()
#except Exception as e:
## gc.collect()
#print(e)
#except KeyboardInterrupt as e:
#HowMany.free()
##break
#try:
#MaybeIs.load()
#while True:
#try:
#print(time.ticks_ms() - last)
#last = time.ticks_ms()
#maybe()
#except Exception as e:
## gc.collect()
#print(e)
#except KeyboardInterrupt as e:
#MaybeIs.free()
##break
MoblieNet.load()
while True:
try:
print(time.ticks_ms() - last)
last = time.ticks_ms()
moblienet()
except KeyboardInterrupt as e:
MoblieNet.free()
ui.display()
break
def app_main():
ui.display()
def app_main():
tmp = camera.obj.get_image()
find_color.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.display()
def draw_load():
ui.display()
def unit_test():
print('1 display : ' + str(gc.mem_free() / 1024) + ' kb')
ui.display()
print('2 display : ' + str(gc.mem_free() / 1024) + ' kb')
def maybe():
tmp = camera.obj.get_image()
MaybeIs.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.display()
def howmany():
tmp = camera.obj.get_image()
HowMany.work(tmp)
ui.canvas.draw_image(tmp, 0, 0)
ui.display()
def draw_demo():
app.loop = (app.loop + 1) % 200
value = math.cos(math.pi * app.loop / 16) * 10
ui.canvas.draw_string(10,
5,
"Seeed Grove",
color=(40 + int(value) * 2, 240 + int(value) * 2,
40 + int(value) * 2),
scale=3,
mono_space=0)
try:
CubeAudio.event()
if app.isconnected == False:
CubeAudio.event()
if app.loop % 5 == 1:
result = app.i2c4.scan()
ui.canvas.draw_string(290,
80,
"Scan Dev: " + str(result),
color=(140 + int(value) * 5,
240 + int(value) * 5,
140 + int(value) * 5),
scale=2,
mono_space=0)
if SHT3x_ADDR in result:
app.sht3x = SHT3x(app.i2c4, SHT3x_ADDR)
app.isconnected = True
CubeAudio.event()
if SHT31_ADDR in result:
app.sht3x = SHT3x(app.i2c4, SHT31_ADDR)
app.isconnected = True
CubeAudio.event()
ui.canvas.draw_string(
280,
25,
"Wait Grove Sensor \n sht31/35 <<< << <-",
color=(140 + int(value) * 5, 240 + int(value) * 5,
140 + int(value) * 5),
scale=2,
mono_space=0)
if CubeAudio.event() == False:
value = math.cos(math.pi * app.loop / 100) * 50
tmp = int(value)
#print(value)
ui.canvas.draw_circle(0,
0,
100 + tmp,
fill=False,
color=(0, (150 + tmp) + 10, 0))
ui.canvas.draw_circle(0,
0,
100 + tmp * 2,
fill=False,
color=(0, (150 + tmp) + 20, 0))
ui.canvas.draw_circle(0,
0,
100 + tmp * 3,
fill=False,
color=(0, (150 + tmp) + 30, 0))
ui.canvas.draw_circle(0,
0,
100 + tmp * 4,
fill=False,
color=(0, (150 + tmp) + 40, 0))
else:
data = app.sht3x.read_temp_humd()
# print(data)
if app.sidu == None:
app.sidu = image.Image(os.getcwd() +
"/res/images/sidu.jpg")
ui.canvas.draw_circle(350,
160,
100,
fill=True,
color=(255, 255, 255))
ui.canvas.draw_image(app.sidu,
270,
60,
alpha=235 + int(value) * 2)
ui.canvas.draw_string(330,
190,
"%.2d" % data[1],
scale=4,
color=(80, 80, 80))
ui.canvas.draw_rectangle(60,
60,
180,
200,
thickness=4,
color=(155, 155, 155))
if len(app.points) > 18:
app.points.pop(0)
elif data[0] > 1 and app.temp != int(data[0] * 10):
app.temp = int(data[0] * 10)
app.points.append(app.temp)
for p in range(len(app.points)):
#print(app.points)
if p < 1:
b = (60 + int(10 * (p))), 450 - app.points[p]
ui.canvas.draw_circle(b[0],
b[1],
3,
fill=True,
color=(255, 155, 150))
else:
a, b = ((60 + int(10 * (p - 1))), 450 -
app.points[p - 1]), ((60 + int(10 * (p))),
450 - app.points[p])
ui.canvas.draw_circle(b[0],
b[1],
3,
fill=False,
color=(155, 155, 155))
ui.canvas.draw_line(a[0],
a[1],
b[0],
b[1],
thickness=4,
color=(255, 255, 255))
ui.canvas.draw_string(
60,
280,
"Average temperature: %s" %
str(sum(app.points) / len(app.points) / 10.0),
color=(240 + int(value) * 5, 240 + int(value) * 5,
240 + int(value) * 5),
scale=2,
mono_space=0)
CubeAudio.event()
ui.display()
except Exception as e:
app.layer = 1
app.isconnected = False
app.points = []
raise e
def draw_samples():
ui.display()
def unit_test():
ui.display()
def draw():
__class__.show_slide()
ui.display()