dict["pressDpadUp"] = robot.pressDpadUp
dict["pressDpadDown"] = robot.pressDpadDown
dict["pressDpadLeft"] = robot.pressDpadLeft
dict["pressDpadRight"] = robot.pressDpadRight
dict["pressDpadCenter"] = robot.pressDpadCenter
# dict['flick'] = scr.flick
dict["ARGS"] = args
dict["DEVICE_SERIAL_NUMBER"] = serialno
dict["DEVICE_MODEL"] = device.getProperty("build.model")
dict["DEVICE_RESOLUTION"] = (int(device.getProperty("display.width")), int(device.getProperty("display.height")))
dict["DEVICE_PLATFORM_VERSION"] = device.getProperty("build.version.release")
dict["DEVICE_API_LEVEL"] = int(device.getProperty("build.version.sdk"))
# set bundle path. sys.argv[0] always returns full path of the script.
import sys, os.path as path
from org.sikuli.script import Settings
Settings.BundlePath = path.normpath(path.dirname(sys.argv[0]))
_init()
from org.sikuli.script import Settings
from org.sikuli.script import Pattern
from org.sikuli.script import FindFailed
from org.sikuli.script.natives import Vision
Settings.WaitScanRate = 0.25
Vision.setParameter("MinTargetSize", 24)
Settings.DebugLogs = True
dict['pressSearch'] = robot.pressSearch
dict['pressBackspace'] = robot.pressBackspace
dict['pressEnter'] = robot.pressEnter
dict['pressDpadUp'] = robot.pressDpadUp
dict['pressDpadDown'] = robot.pressDpadDown
dict['pressDpadLeft'] = robot.pressDpadLeft
dict['pressDpadRight'] = robot.pressDpadRight
dict['pressDpadCenter'] = robot.pressDpadCenter
#dict['flick'] = scr.flick
dict['ARGS'] = args
dict['DEVICE_SERIAL_NUMBER'] = serialno
dict['DEVICE_MODEL'] = device.getProperty('build.model')
dict['DEVICE_RESOLUTION'] = (int(device.getProperty('display.width')), int(device.getProperty('display.height')))
dict['DEVICE_PLATFORM_VERSION'] = device.getProperty('build.version.release')
dict['DEVICE_API_LEVEL'] = int(device.getProperty('build.version.sdk'))
# set bundle path. sys.argv[0] always returns full path of the script.
import sys, os.path as path
from org.sikuli.script import Settings
Settings.BundlePath = path.normpath(path.dirname(sys.argv[0]))
_init()
from org.sikuli.script import Settings
from org.sikuli.script import Pattern
from org.sikuli.script import FindFailed
from org.sikuli.script.natives import Vision
Settings.WaitScanRate = 0.25
Vision.setParameter('MinTargetSize', 24)
Settings.DebugLogs = True
def accuracy_med():
Vision.setParameter("MinTargetSize", 12)
Settings.MinSimilarity = 0.95
def accuracy_low():
Vision.setParameter("MinTargetSize", 7)
Settings.MinSimilarity = 0.90
import sys
import random
from com.slowfrog.hexiom import Main2
from org.sikuli.script.natives import Vision
print("MinTargetSize=%d" % Vision.getParameter("MinTargetSize"))
Vision.setParameter("MinTargetSize", 12)
# Game logic
ORIG_X = 200
ORIG_Y = [None, None, 144, 87, 59, 54, 51]
HEX_DX = [None, None, 48, 48, 40, 31, 25]
HEX_DY = [None, None, 28, 28, 23, 18, 15]
def get_hex_pos(size, x, y):
x0 = ORIG_X
y0 = ORIG_Y[size]
hx = x0 + HEX_DX[size] * (x - y)
hy = y0 + HEX_DY[size] * (x + y)
return (hx, hy)
def get_nearest_xy(size, hx, hy):
x0 = ORIG_X
y0 = ORIG_Y[size]
diff_xy = int(round(float(hx - x0) / HEX_DX[size]))
sum_xy = int(round(float(hy - y0) / HEX_DY[size]))
return ((sum_xy + diff_xy) / 2, (sum_xy - diff_xy) / 2)
# Game graphics
PLAY = Pattern("play.png").similar(0.85)