def scan_map(map_path, resource_dir = None):
"""
扫描处理指定.map文件
"""
print "scan map: " + map_path
collect_images, map_width, map_height, lp, rp = read_map(map_path)
print collect_images
if resource_dir != None:
for image_info in collect_images:
image_name = image_info["image"]
dir_name = image_name.split("_")[0]
image_path = os.path.join(resource_dir, dir_name, image_name)
image_info["image"] = image_path
print collect_images
collect_image, lt, rb = splice_images(collect_images, map_width, map_height)
out_path = os.path.join(os.path.dirname(map_path), "data")
if os.path.exists(out_path):
os.remove(out_path)
out_file = FileWriter(out_path)
# 地图整体长宽
out_file.WriteInt(map_width)
out_file.WriteInt(map_height)
# 可破坏区域的长宽，在拼好的图片的图片区域内给出
rect = Rect((0, 0, collect_image.size[0], collect_image.size[1]))
if lt.x < 0:
rect.x0 = -lt.x
if lt.y < 0:
rect.y0 = -lt.y
if rb.x > map_width:
rect.x1 = collect_image.size[0] - (rb.x - map_width)
if rb.y > map_height:
rect.y1 = collect_image.size[1] - (rb.y - map_height)
print "destory rect: " + str(rect)
print "LT: " + str(lt) + " RB: " + str(rb) + " collect WH: " + str(collect_image.size[0]) + " " + str(collect_image.size[1])
# 写入破坏区域大小
out_file.WriteInt(rect.width)
out_file.WriteInt(rect.height)
# 可破坏区域的坐标信息
# 给出可破坏区/扫瞄区的左下点相对于整个地图的左下点的定位信息
if lt.x < 0:
left = 0;
else:
left = lt.x
if rb.y > map_height:
right = 0
else:
right = map_height - rb.y
out_file.WriteInt(left)
out_file.WriteInt(right)
crop_image = collect_image.crop(rect.get_rect())
# crop_image.save("out.png")
print crop_image
write_collect_bits(out_file, crop_image, 1)
# 玩家定位数据
# if len(lp) != 0 or len(rp) != 0:
# out_file.WriteInt(1)
#
# out_file.WriteInt(len(lp))
# for p in lp:
# out_file.WriteInt(p.x)
# out_file.WriteInt(p.y)
#
# out_file.WriteInt(len(rp))
# for p in rp:
# out_file.WriteInt(p.x)
# out_file.WriteInt(p.y)
# else:
# out_file.WriteInt(0)
out_file.close()
message.append(b_val)
message.append(b_err)
message[-1] = message[-1]+"\n"
allattempts.append(message)
fw.writeList(message)
print "Run #"+str(i+1)
print "dGf: "+dGf_val+" +/- "+dGf_err
print " m: "+m_val+" +/- "+m_err
print "C12: "+chalf_val+"+/-"+chalf_err
print " b: "+b_val+"+/-"+b_err
print ""
numSuccess += 1
fw.close()
if runFigs:
for i in range(data.size):
numberToView = i+2
if numberToView == -1:
raise SystemExit
print "Drawing Fig"+str(numberToView)+".png"
plottedYData = [float(x) for x in allattempts[numberToView - 2][4:4+numberDenaturants]]
A = float(allattempts[numberToView-2][4+numberDenaturants])
B = float(allattempts[numberToView-2][5+numberDenaturants])
m_val = float(allattempts[numberToView-2][8+numberDenaturants])
plottedXData = np.linspace(xdata[0], xdata[-1], num = 100)
params = (float(allattempts[numberToView-2][6+numberDenaturants]), m_val)
chalf_val = float(allattempts[numberToView-2][10+numberDenaturants])
ylim =[min(plottedYData)*0.8, max(plottedYData)*1.2]
