def click_inv(slot=0,key='left'):
'''click on an inventory slot
Keyword arguments:
slot -- slot number to click
key -- mouse key to click'''
slot_rxy = (slot % 4)*42,(slot // 4)*36
start_xy = hi.rrg(581,5,570,592),hi.rrg(228,5,218,235)
hi.human_move_to(sum_i(slot_rxy,start_xy,win_xy))
hi.human_click(None,key)
def random_point(boxes,gaussian_rand = True):
'''randomly select a point from a box or list of boxes. chance of choosing a box weighted based on size
Keywork Arguments:
boxes -- a box or list of boxes to click in
gaussian_rand -- use gaussian point spread or evenly spread
'''
#Determine pixels per box and total possible pixel choices
pxl_amnts = [(box[2] - box[0])*(box[3] - box[1]) for box in boxes]
total_pxls = sum(pxl_amnts)
box_rand = random.uniform(0,1)
#find selected box
pxls_checked = 0
for box_id,pxls in enumerate(pxl_amnts):
pxls_checked += pxls
if pxls_checked/total_pxls >= box_rand: #if box chosen
#return random point in box
if gaussian_rad:
return [boxes[box_id][i] + hi.rrg(
(boxes[box_id][i+2]-boxes[box_id][i])/2, (boxes[box_id][i+2]-boxes[box_id][i])/3, boxes[box_id][i],boxes[box_id][i+2]
) for i in range(2)]
return [boxes[box_id][i] + random.randint(0,boxes[box_id][i+2]-boxes[box_id][i]) for i in range(2)]
def fix_compass():
'''Adjusts the compass to be north if it is not already.'''
#if north facing compass pointer not seen
view = screenshot(compass_box)
if(match_template(view,compass_im)[1] < 0.985):
click_rxy = [ hi.rrg((compass_box[i]+compass_box[i+2])/2,(compass_box[i]+compass_box[i+2])/3.5,compass_box[i],compass_box[i+2]) for i in range(2)] #where to click relative to center of compass
hi.human_click(sum_i(win_xy,click_rxy))
def exec(self,click_box_id=None,error = False):
'''try to perform click task
Keyword arguments:
click_box_id -- the index of the click box that should be use in the list of click boxes
or None for random box (default None)
error -- if fail, raise error instead of return none (default = False)
'''
#find reference image location
if not self.is_positioned():
return False
img_xy = self.get_img_xy()
if img_xy == None:
return False
#try to click on right area
for i in range(5):
box = None
if click_box_id == None:
box = self.click_boxes[random.randint(0,len(self.click_boxes)-1)]
else:
box = self.click_boxes[click_box_id]
click_rxy = [ hi.rrg((box[i]+box[i+2])/2,
(box[i]+box[i+2])/3.5,
box[i],
box[i+2]) for i in range(2)]
fix_compass()
hi.human_move_to(sum_i(win_xy,img_xy,click_rxy))
if self.action_text == None or get_text_xy(self.action_text,(0,3,450,22)):
hi.human_click(key=self.key)
return True
time.sleep(hi.rrg(0.25,0.1,0.175,2))
if error:
raise botException("failed to click")
return False
def travel_to(xy,area=None,wait_speed=1,max_time=15,return_early=False,readjust=True,error = False):
'''return if succesfully moved to position xy of area by clicking the minimap
Keyword arguments:
xy -- game area coordinates to move to
area -- name of player's game area, or None to find name using get_area (default None)
wait_speed -- time between map clicks (default 0.5)
max_time -- time before an issue has occured and should return False (default 15.0)
return_early -- return on last click instead of once in position (default False)
using True can cause character to not be perfectly positioned
readjust -- readjust if not at xy after last click when not returning early
this can be needed on slower computers or when running
error -- if fail, raise error instead of return none (default = False)
'''
start_time = time.time()
if area==None:
area = get_area()
start_xy = get_xy(area)
#click on map till click on proper value
while not click_on_map(xy,get_xy(area)):
time.sleep(hi.rrg(4,1,3,5)*wait_speed)
if(time.time() - start_time > max_time):#return False if taking too long
break
else:
if not return_early:
wait_to_move(area,5)
cur_xy = get_stop_xy(area)
if( cur_xy != xy and readjust): #readjust if not in position
click_on_map(xy,cur_xy)
get_stop_xy()
return True
return False