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# Insomnia
# Written by Science_1
# 03/17/2020
# ---------------------
import pyautogui        # Handles mouse positioning
from time import sleep
import time		       # Needed to read the clock.

pyautogui.PAUSE = .001
pyautogui.FAILSAFE = True


t0 = time.time()                # The clock time when program starts
elapsed_mouse = 0               # Time elapsed since last mouse-check
elapsed_exit = 0                # Time lapsed since last exit_check
mouse_time = t0                 # Clock time at start of current mouse wait
exit_time = t0                  # Clock time at start of current exit wait
move_mouse_interval = 120       # Seconds between mouse checks.
check_exit_interval = 1         # Seconds between exit checks. 
start_points = ''	            # Declare and initialize
end_point = ''		            # Declare and initialize


print("\n  Folding@Home Sleep Stop")
print('',"-"*25)
print("\n Launch this program, then leave your mouse over the\n\
 Folding@home Web Control Page to prevent the page from sleeping.\n\
 \n\
 You will be able to use your mouse normally for other activities.\n\
 Move the mouse to the upper-left corner of your main screen to\n\
 end this program.\n")
print('',"="*64)

while not start_points.isdigit(): # Reject all non-number characters.
	start_points = input("\n What is your starting point total? ")
	if start_points == '':start_points = '0' # Allow user to just hit Enter.

print("\n\n Running.. ",end="")
direction = 1	     # If direction is 1, cursor moves right. When -1, left.
distance = 1	      # Number of pixels to move the mouse right or left.
run_flg = True		 # Exit flag

while run_flg == True:
	
	elapsed_mouse = ((time.time()-mouse_time)*100)//100 # Time the mouse has been waiting since last check
	elapsed_exit = ((time.time()-exit_time)*100)//100   # Time the exit has been waiting since last check   

	if elapsed_mouse > move_mouse_interval:                       # If the move mouse timer has expired
		mouse_time = time.time()                                   # Reset move-mouse clock
		direction *=-1                                             # Reverse direction
		pyautogui.moveRel(direction*distance,0,duration = 0.01)    # Move the mouse

	if elapsed_exit > check_exit_interval:                  # If the exit timer has expired
		exit_time = time.time()                              # reset the exit timer.
		if pyautogui.position() == (0,0):	                 # See if the mouse is in the upper left corner of main sceen.
			run_flg = False                                   # If it is there, then tell the run loop to exit.
	sleep(0.24) # Suspend program function for a sort while to free up CPU cycles for Fold@home.			


seconds = int(time.time()-t0) # Find total seconds elapsed of run time.
days = seconds//(60**2*24)    # Calculate days that have elapsed
seconds -= days*(60**2*24)	 # Subtract seconds in that many days from run time.
hours = seconds//(60**2)	   # Calculate hours that have elapsed.
seconds -= hours*60*60		  # Subtract sends in hours from run time.
minutes = seconds//60	      # Calculate minutes that have elapsed.
seconds -= minutes*60		   # Subtract seconds in minutes from run time. Only seconds are left.

print("\n Finished.")
end_points =""
while not end_points.isdigit(): # Reject non-number characters.
	end_points = input("\n What is your end point total? ")
	if end_points == '': end_points = '0' # Allow user to just hit Enter.

print("\n Current Run: "+str(days).rjust(3,'0')+" Days. Timer: "+str(hours).rjust(2,'0')+":"+str(minutes).rjust(2,'0')+":"+str(seconds).rjust(2,'0'))
print(" Points Earned:",(int(end_points) - int(start_points)),end = "\n\n ")
input("Press [ENTER] to Quit: ") # Input statment here so compiled program will not instantly close out.
print("\n",end=" ") # Position the cursor for Operating System's 'Press any key to continue...'