def check_for_currency(curr_item):
# move cursor to first item slot in inventory 1300, 615
gui.moveTo(TOP_LEFT_INVENTORY_COORDS)
# sleep 0.1 second to allow item text to appear
t.sleep(0.1)
# take a screenshot of the currency item description
img = screenshot(CURRENCY_DESCRIPTION_COORDS)
# colors the currency image item name to white
color_text(img, CURRENCY_ITEM_COLOR, WHITE_COLOR)
# perform adjustments
img = image_adjustments(img)
#inventory_img = screenshot(top_left_inventory_coords)
#inventory_img = image_adjustments(inventory_img)
# parse the image for text
currency_text = []
for i in range(len(img)):
currency_text.append(pytesseract.image_to_string(img[i], lang='eng', \
config = '--psm 12')\
.lower())
return (search_text(curr_item, currency_text))
def check_inv_stash():
# Screenshot top of screen
header_img = screenshot(HEADER_COORDS)
#header_img.show()
# Perform adjustments
header_img = image_adjustments(header_img)
# Creates an empty list to store the parsed header text
header_text = []
# Parse the headers text
for i in range(len(header_img)):
header_text.append(pytesseract.image_to_string(header_img[i],
lang='eng',
config = '--psm 12')\
.lower())
# count inventory and stash text
inv_found = 0
stash_found = 0
for i in range(len(header_text)):
if bool(re.search(HEADER_WORDS[0], header_text[i])):
stash_found += 1
if bool(re.search(HEADER_WORDS[1], header_text[i])):
inv_found += 1
# If inventory and stash counts are less than 1 return -1,
# if both greater than 1 return 1
if inv_found < 1 or stash_found < 1:
return (-1)
if inv_found > 0 and stash_found > 0:
return (1)
def check_stash_tabs():
gui.moveTo(TOP_LEFT_CORNER)
parsed_text = []
for i in range(len(TAB_BOARDER_COORDS)):
img = screenshot(TAB_BOARDER_COORDS[i])
img = color_text(img, STASH_YELLOW_TEXT, YELLOW_TEXT)
img = color_text(img, STASH_BLACK_TEXT, BLACK_TEXT)
img = image_adjustments(img)
for j in range(len(img)):
parsed_text.append(pytesseract.image_to_string(img[j], lang='eng',
config = '--psm 12').lower())
return(parsed_text)
def check_for_text(text, coords):
gui.moveTo(TOP_LEFT_CORNER)
img = screenshot(coords)
img = color_text(img, STASH_BLACK_TEXT, BLACK_TEXT)
img = color_text(img, STASH_YELLOW_TEXT, YELLOW_TEXT)
img = image_adjustments(img)
parsed_text = []
for i in range(len(img)):
parsed_text.append(pytesseract.image_to_string(img[i], lang='eng',
config = '--psm 12').lower())
text_found = 0
#print(mod)
for i in range(len(parsed_text)):
if bool(re.search(text, parsed_text[i])):
text_found += 1
# if mod found is greater than 0, mod is found so return -1 to stop rolling
# mod found = 0, return 1 which indicates continue to roll
if text_found > 0:
return(-1)
else:
return(1)
(74, 74, 142), (73, 73, 141), (127, 127, 239), (81, 81, 155),\
(98, 98, 162), (108, 108, 178), (96, 96, 182), (125, 125, 233),\
(108, 108, 181), (97, 97, 184), (123, 123, 233),(109, 109, 207))
# create a list containing the words we're looking for in the image
currency_items = ['orb of alteration', 'chaos orb', 'orb of scouring', \
'orb of transmutation', 'regal orb']
coords = (52,133,586,158)
img = screenshot(coords)
img = color_text(img, STASH_BLACK_TEXT, BLACK_TEXT)
img = color_text(img, STASH_YELLOW_TEXT, YELLOW_TEXT)
img = image_adjustments(img)
parsed_text = []
for i in range(len(img)):
parsed_text.append(pytesseract.image_to_string(img[i], lang='eng',
config = '--psm 12').lower())
parsed_text
img_set = img.getdata()
img_pixels = img.load()
counts = Counter(img_set)
def check_for_mod(mod):
# moves to item coords
gui.moveTo(ITEM_IN_STASH_COORDS)
# Realized mod type is in name, dont need to parse alt text
# holds down alt to display indepth item text
#gui.keyDown('alt')
# sleep 0.1 second to allow item text to appear
t.sleep(0.1)
# screenshot stash coords
img = screenshot(ENTIRE_STASH_COORDS)
# sleep 0.1 second to allow item text to appear
t.sleep(0.1)
# left off alt
#gui.keyUp('alt')
# adjust image colors, turn blue white
img = color_text(img, BLUE_COLOR, WHITE_COLOR)
#img = color_text(img, GREY_COLOR, WHITE_COLOR)
# resize image
img = image_adjustments(img)
# parse the text from each imageand a create a list of strings from each images
parsed_text_list = []
for i in range(len(img)):
parsed_text_list.append(
pytesseract.image_to_string(img[i], lang='eng',
config='--psm 12').lower())
# parsed_text_list[1].split('\n')
return (search_text(mod, parsed_text_list))
# mod_found = 0
# for i in range(len(parsed_text)):
# if bool(re.search(mod, parsed_text[i])):
# mod_found += 1
# # if mod found is greater than 0, mod is found so return -1 to stop rolling
# # mod found = 0, return 1 which indicates continue to roll
# if mod_found > 0:
# return(-1)
# else:
# return(1)
# checks for the desired mod on the item being rolled
#def check_for_text(text, coords):
# #gui.moveTo(ITEM_IN_STASH_COORDS)
#
# img = screenshot(coords)
# img = color_text(img, STASH_BLACK_TEXT, BLACK_TEXT)
# img = color_text(img, STASH_YELLOW_TEXT, YELLOW_TEXT)
# img = image_adjustments(img)
#
# parsed_text = []
# for i in range(len(img)):
# parsed_text.append(pytesseract.image_to_string(img[i], lang='eng',
# config = '--psm 12').lower())
#
# text_found = 0
# #print(mod)
# for i in range(len(parsed_text)):
# if bool(re.search(text, parsed_text[i])):
# text_found += 1
# # if mod found is greater than 0, mod is found so return -1 to stop rolling
# # mod found = 0, return 1 which indicates continue to roll
# if text_found > 0:
# return(-1)
# else:
# return(1)