示例#1
0
from datetime import datetime

from threading import Thread

random.seed()		# setup seed based on system time

from DMS_PiLCD1  import DMS_PiLCD

PiLCD=DMS_PiLCD()

# Initialise display and backlite
PiLCD.lcd_init()
PiLCD.start_PWM()

#turn on backlight
PiLCD.led_set_colour('white')
#led_set(40,0,0)

# Send some test text

tline1 = "**Raspberry Pi**"
tline2 = "16x2 LCD Test"

PiLCD.lcd_string(tline1,1,0)

#setup list of colours
col_list = ('red','green','blue','yellow','magenta','orange','pink','violet','cyan','white')

#ini variables
sel_col = random.randint(0,9)	# pick a random start colour
sel_col_tmp = 10		# temp colour variable used to avoid repeats
示例#2
0
		else:
		        ampm("AM")

	return


#------------------------------------

# Main

# Initialise display and backlite
PiLCD.lcd_init()
PiLCD.start_PWM()

#turn on backlight
PiLCD.led_set_colour('white')

# Setup user Characters for display
PiLCD.lcd_overchar_setup()

#Make sure display is inialised to recieve charater data
PiLCD.lcd_setcursor(1,1)

count = 0	# temp count variable

# initial set of  the AM / PM indicator
if int(datetime.now().strftime('%H')) >=  12:
	ampm("PM")
else:
	ampm("AM")