usage: main.py [-h] [-file FILE] [-dir DIR] [-output OUTPUT]\r
\r
options:\r
- -h, --help show this help message and exit\r
- -file FILE, -f FILE The svg file need to be converted.\r
- -dir DIR, -d DIR The directory needs to be converted.\r
- -output OUTPUT output dir\r
+ -h, --help 显示帮助信息。\r
+ -file FILE, -f FILE 指定待转化的离线表盘xml文件路径。\r
+ -dir DIR, -d DIR 指定待转化的文件夹路径。根据指定路径，转化文件夹下所有xml文件。\r
+ -output OUTPUT 指定转化后离线表盘打包资源所在路径\r
\r
example:\r
windows: python .\main.py -dir .\instance\analogue_dial\r
import re\r
import struct\r
import ctypes\r
+import sys\r
from ctypes import *\r
import xml.sax\r
from enum import Enum\r
('imgoffset', c_uint),\r
('period', c_ubyte),\r
('dialViewCount', c_ubyte),\r
+ ('displayCapabiliy', c_ubyte),\r
+ ('ambientPeriod', c_ubyte),\r
]\r
+ _DIAL_DEFAULT_MAX_WIDTH = 960\r
+ _DIAL_DEFAULT_MAX_HEIGHT = 960\r
\r
def __init__(self):\r
self.imgoffset = 0\r
self.dialViewCount = 0\r
self.period = 0\r
+ self.displayCapabiliy = 0\r
+ self.ambientPeriod = 0\r
self.viewType = []\r
self.viewPt = []\r
\r
description = attributes["description"]\r
self.description = bytes(description, encoding = "utf8")\r
\r
- size = attributes["size"]\r
- width,height = size.split(' ')\r
- self.width = int(width)\r
- self.height = int(height)\r
-\r
version = attributes["version"]\r
self.version = bytes(version, encoding = "utf8")\r
\r
+ self._parse_size_attr(attributes["size"])\r
+\r
previewStr = attributes["preview_img"]\r
self.previewImgId = img_convert.instance.convert_img(previewStr)\r
\r
for attr in attributes.getNames():\r
if attr == "tile_width":\r
tile_width = int(attributes["tile_width"])\r
- img_conver.instance.set_tile_width(tile_width)\r
+ img_convert.instance.set_tile_width(tile_width)\r
+ elif attr == "ambient_period":\r
+ period_suppor_value = {1, 10, 30, 60}\r
+ self.ambientPeriod = int(attributes["ambient_period"])\r
+ if self.ambientPeriod not in period_suppor_value:\r
+ self.ambientPeriod = 0\r
+ print("[WARNING]:label image period value not support, using defalut value 0")\r
+\r
\r
def add_view(self, viewObj, viewType):\r
self.viewPt.append(viewObj)\r
def get_size(self):\r
return sizeof(self) + sizeof(c_ubyte) * self.dialViewCount\r
\r
+ def _parse_size_attr(self, input_size):\r
+ input_width,input_height = input_size.split(' ')\r
+ width = int(input_width)\r
+ if width <= 0 or width > DialHeader._DIAL_DEFAULT_MAX_WIDTH :\r
+ print(f"[ERR]:dial size width out of range, (0, {DialHeader._DIAL_DEFAULT_MAX_WIDTH}], value:{width}")\r
+ sys.exit(1)\r
+ self.width = width\r
+\r
+ height = int(input_height)\r
+ if height <= 0 or height > DialHeader._DIAL_DEFAULT_MAX_HEIGHT :\r
+ print(f"[ERR]:dial size height out of range, (0, {DialHeader._DIAL_DEFAULT_MAX_HEIGHT}], value:{height}")\r
+ sys.exit(1)\r
+ self.height = height\r
+\r
class DialConvertTool(xml.sax.ContentHandler):\r
parser = xml.sax.make_parser()\r
DIAL_STATIC_IMG_TYPE = 0\r
\r
def _write_data_to_bin(self, fb):\r
self.header.imgoffset += self.header.get_size()\r
+ aod_only, normal_only = 0, 0\r
for view in self.header.viewPt:\r
if self.header.period < view.period:\r
self.header.period = view.period\r
+ if view.displayMode == 1:\r
+ aod_only = aod_only + 1\r
+ elif view.displayMode == 2:\r
+ aod_only = aod_only + 1\r
+ normal_only = normal_only + 1\r
+ else:\r
+ normal_only = normal_only + 1\r
self.header.imgoffset += view.get_size()\r
+ if normal_only > 0 and aod_only > 0:\r
+ self.header.displayCapabiliy = 2\r
+ elif normal_only > 0 and aod_only == 0:\r
+ self.header.displayCapabiliy = 0\r
+ else:\r
+ self.header.displayCapabiliy = 1\r
\r
fb.write(self.header.get_bytes())\r
for view in self.header.viewPt:\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Point\r
('fontName', c_char * 64),\r
('text', c_char * 64),\r
('bindData', c_short),\r
- ('isPeriod', c_bool)\r
+ ('isPeriodic', c_bool),\r
+ ('displayMode', c_ubyte),\r
+ ('isAmbientPeriodic', c_bool)\r
]\r
def __init__(self):\r
self.period = 0\r
- self.isPeriod = False\r
+ self.isPeriodic = False\r
+ self.displayMode = 0\r
+ self.isAmbientPeriodic = False\r
\r
def parse_attributes(self, attributes):\r
alignStr = attributes["align"]\r
self.align = 2\r
elif alignStr == "right":\r
self.align = 1\r
+ elif alignStr == "left":\r
+ self.align = 0\r
else:\r
self.align = 0\r
+ print("[WARNING] arc label align value input error, using defalut value")\r
\r
self.fontSize = int(attributes["font_size"])\r
+ if self.fontSize < np.iinfo(np.int16).min or self.fontSize > np.iinfo(np.int16).max:\r
+ print("[ERR]:label font size out of range")\r
+ sys.exit(1)\r
\r
x,y = attributes["center"].split(" ")\r
self.center.x = int(x)\r
+ if self.center.x < np.iinfo(np.int16).min or self.center.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc label center x out of range")\r
+ sys.exit(1)\r
self.center.y = int(y)\r
+ if self.center.y < np.iinfo(np.int16).min or self.center.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc label center y out of range")\r
+ sys.exit(1)\r
\r
self.radius = int(attributes["radius"])\r
+ if self.radius < 0 or self.radius > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc label radius out of range")\r
+ sys.exit(1)\r
+\r
self.rotateStart = int(attributes["start_angle"])\r
self.rotaeteEnd = int(attributes["end_angle"])\r
+\r
self.color = int(attributes["color"], 16)\r
self.fontName = bytes(attributes["font"], encoding = "utf8")\r
self.text = bytes(attributes["text"], encoding = "utf8")\r
for attr in attributes.getNames():\r
if attr == "bind_data":\r
self.bindData = int(attributes["bind_data"])\r
+ if self.bindData < 0 or self.bindData > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc label bind data out of range")\r
+ sys.exit(1)\r
elif attr == "period":\r
+ period_suppor_value = {1, 10, 30, 60}\r
self.period = int(attributes["period"])\r
- if self.period != 0:\r
- self.isPeriod = True\r
- if self.isPeriod != 0 and self.bindData == 0:\r
- print("[ERROR]:[bind_data] is not set, [period] cannot be set")\r
+ if self.period == 0:\r
+ self.isPeriodic = False\r
+ elif self.period not in period_suppor_value:\r
+ self.period = 0\r
+ print("[WARNING]:arc label period value not support, using defalut value 0")\r
+ else:\r
+ self.isPeriodic = True\r
+\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+ if self.displayMode != 0 :\r
+ if "ambient_periodic" in attributes.getNames():\r
+ if attributes["ambient_periodic"] == "true":\r
+ self.isAmbientPeriodic = True\r
+\r
+ if self.isPeriodic != 0 and self.bindData == 0:\r
+ print("[ERR]:[bind_data] is not set, [period] cannot be set")\r
sys.exit(1)\r
\r
def get_bytes(self):\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Rect\r
class DialArcProgress(Structure):\r
_fields_ = [\r
('cap', c_ubyte),\r
- ('isPeriod', c_bool),\r
+ ('isPeriodic', c_bool),\r
('radius', c_ushort),\r
('startAngle', c_ushort),\r
('endAngle', c_ushort),\r
('bgColor', c_uint),\r
('type', c_ubyte),\r
('rect', Rect),\r
- ('unionValue', ProgressUnion)\r
+ ('unionValue', ProgressUnion),\r
+ ('displayMode', c_ubyte),\r
+ ('isAmbientPeriodic', c_bool)\r
]\r
\r
def __init__(self):\r
self.stop = []\r
self.period = 0\r
- self.isPeriod = False\r
+ self.isPeriodic = False\r
+ self.displayMode = 0\r
+ self.isAmbientPeriodic = False\r
\r
def parse_attributes(self, attributes):\r
x,y,w,h = attributes["rect"].split(" ")\r
self.rect.x = int(x)\r
+ if self.rect.x < np.iinfo(np.int16).min or self.rect.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc progress rect x out of range")\r
+ sys.exit(1)\r
self.rect.y = int(y)\r
+ if self.rect.y < np.iinfo(np.int16).min or self.rect.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc progress rect y out of range")\r
+ sys.exit(1)\r
self.rect.w = int(w)\r
+ if self.rect.w < np.iinfo(np.int16).min or self.rect.w > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc progress rect w out of range")\r
+ sys.exit(1)\r
self.rect.h = int(h)\r
+ if self.rect.h < np.iinfo(np.int16).min or self.rect.h > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc progress rect h out of range")\r
+ sys.exit(1)\r
\r
cap = attributes["cap_type"]\r
if cap == "round":\r
self.cap = 0\r
\r
self.radius = int(attributes["radius"])\r
+ if self.radius < 0 or self.radius > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc progress radius out of range")\r
+ sys.exit(1)\r
+\r
self.startAngle = int(attributes["start_angle"])\r
self.endAngle = int(attributes["end_angle"])\r
+\r
self.lineWidth = int(attributes["line_width"])\r
+ if self.lineWidth < 0 or self.lineWidth > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc progress lineWidth out of range")\r
+ sys.exit(1)\r
+\r
self.bindData = int(attributes["bind_data"])\r
+ if self.bindData < 0 or self.bindData > np.iinfo(np.int16).max:\r
+ print("[ERR]:arc progress bind data out of range")\r
+ sys.exit(1)\r
\r
attrList = attributes.getNames()\r
for attr in attrList:\r
self.stop.append(colorStop)\r
break\r
\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+ if self.displayMode != 0 :\r
+ if "ambient_periodic" in attributes.getNames():\r
+ if attributes["ambient_periodic"] == "true":\r
+ self.isAmbientPeriodic = True\r
+\r
if "period" in attrList:\r
+ period_suppor_value = {1, 10, 30, 60}\r
self.period = int(attributes["period"])\r
- if (self.period != 0):\r
- self.isPeriod = True\r
+ if self.period == 0:\r
+ self.isPeriodic = False\r
+ elif self.period not in period_suppor_value:\r
+ self.period = 0\r
+ print("[WARNING]:label image period value not support, using defalut value 0")\r
+ else:\r
+ self.isPeriodic = True\r
\r
if "background_color" in attrList:\r
self.bgColor = int(attributes["background_color"], 16)\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Rect\r
_fields_ = [\r
('cap', c_ubyte),\r
('direction', c_ubyte),\r
- ('isPeriod', c_bool),\r
+ ('isPeriodic', c_bool),\r
('bindData', c_short),\r
('bgColor', c_uint),\r
('type', c_ubyte),\r
('rect', Rect),\r
- ('unionValue', ProgressUnion)\r
+ ('unionValue', ProgressUnion),\r
+ ('displayMode', c_ubyte),\r
+ ('isAmbientPeriodic', c_bool)\r
]\r
\r
def __init__(self):\r
self.stop = []\r
- self.isPeriod = False\r
+ self.isPeriodic = False\r
self.period = 0\r
+ self.displayMode = 0\r
+ self.isAmbientPeriodic = False\r
\r
def parse_attributes(self, attributes):\r
x,y,w,h = attributes["rect"].split(" ")\r
self.rect.x = int(x)\r
+ if self.rect.x < np.iinfo(np.int16).min or self.rect.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:box progress rect x out of range")\r
+ sys.exit(1)\r
self.rect.y = int(y)\r
+ if self.rect.y < np.iinfo(np.int16).min or self.rect.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:box progress rect y out of range")\r
+ sys.exit(1)\r
self.rect.w = int(w)\r
+ if self.rect.w < np.iinfo(np.int16).min or self.rect.w > np.iinfo(np.int16).max:\r
+ print("[ERR]:box progress rect w out of range")\r
+ sys.exit(1)\r
self.rect.h = int(h)\r
+ if self.rect.h < np.iinfo(np.int16).min or self.rect.h > np.iinfo(np.int16).max:\r
+ print("[ERR]:box progress rect h out of range")\r
+ sys.exit(1)\r
\r
cap = attributes["cap_type"]\r
if cap == "round":\r
self.direction = 2\r
elif direction == "bottom_to_top":\r
self.direction = 3\r
+ else:\r
+ self.direction = 0\r
+ print("[WARNING]:box progress direction set error, using defalut value")\r
\r
self.bindData = int(attributes["bind_data"])\r
+ if self.bindData < 0 or self.bindData > np.iinfo(np.int16).max:\r
+ print("[ERR]:box progress bind data out of range")\r
+ sys.exit(1)\r
\r
attrList = attributes.getNames()\r
for attr in attrList:\r
self.type = 2\r
break\r
\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+ if self.displayMode != 0 :\r
+ if "ambient_periodic" in attributes.getNames():\r
+ if attributes["ambient_periodic"] == "true":\r
+ self.isAmbientPeriodic = True\r
+\r
if "period" in attrList:\r
+ period_suppor_value = {1, 10, 30, 60}\r
self.period = int(attributes["period"])\r
- if (self.period != 0) :\r
- self.isPeriod = True\r
+ if self.period == 0:\r
+ self.isPeriodic = False\r
+ elif self.period not in period_suppor_value:\r
+ self.period = 0\r
+ print("[WARNING]:label image period value not support, using defalut value 0")\r
+ else:\r
+ self.isPeriodic = True\r
+\r
if "background_color" in attrList:\r
self.bgColor = int(attributes["background_color"], 16)\r
\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Rect\r
('type', c_ubyte),\r
('rect', Rect),\r
('unionType', ClickTypeUnion),\r
+ ('displayMode', c_ubyte)\r
]\r
\r
def __init__(self):\r
self.period = 0\r
+ self.displayMode = 0\r
\r
def parse_attributes(self, attributes):\r
x,y,w,h = attributes["rect"].split(" ")\r
self.rect.x = int(x)\r
+ if self.rect.x < np.iinfo(np.int16).min or self.rect.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:click rect x out of range")\r
+ sys.exit(1)\r
self.rect.y = int(y)\r
+ if self.rect.y < np.iinfo(np.int16).min or self.rect.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:click rect y out of range")\r
+ sys.exit(1)\r
self.rect.w = int(w)\r
+ if self.rect.w < np.iinfo(np.int16).min or self.rect.w > np.iinfo(np.int16).max:\r
+ print("[ERR]:click rect w out of range")\r
+ sys.exit(1)\r
self.rect.h = int(h)\r
+ if self.rect.h < np.iinfo(np.int16).min or self.rect.h > np.iinfo(np.int16).max:\r
+ print("[ERR]:click rect h out of range")\r
+ sys.exit(1)\r
\r
for attr in attributes.getNames():\r
if attr == "action_slice":\r
self.type = 1\r
break\r
\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+\r
def get_bytes(self):\r
return bytes(self)\r
\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Point\r
('space', c_ushort),\r
('alignPosition', Point),\r
('bindData', c_short),\r
- ('isPeriod', c_bool)\r
+ ('isPeriodic', c_bool),\r
+ ('displayMode', c_ubyte),\r
+ ('isAmbientPeriodic', c_bool)\r
]\r
\r
def __init__(self):\r
self.period = 0\r
- self.isPeriod = False\r
+ self.isPeriodic = False\r
+ self.displayMode = 0\r
+ self.isAmbientPeriodic = False\r
\r
def parse_attributes(self, attributes):\r
imgNames = attributes["img_names"].split(",")\r
self.imgIds[index] = img_convert.instance.convert_img(imgNames[index])\r
\r
self.space = int(attributes["space"])\r
+ if self.space < 0 or self.space > np.iinfo(np.int16).max:\r
+ print("[ERR]:digital image space out of range")\r
+ sys.exit(1)\r
+\r
alignStr = attributes["align"]\r
if alignStr == "right":\r
self.alignType = 2\r
elif alignStr == "center":\r
self.alignType = 1\r
- else:\r
+ elif alignStr == "left":\r
self.alignType = 0\r
- x,y = attributes["align_pos"].split(" ")\r
- self.alignPosition.x = int(x)\r
- self.alignPosition.y = int(y)\r
+ else:\r
+ print("[ERR]:digital image align not support")\r
+\r
+ align_pos_x,align_pos_y = attributes["align_pos"].split(" ")\r
+ align_x = int(align_pos_x)\r
+ if align_x < np.iinfo(np.int16).min or align_x > np.iinfo(np.int16).max:\r
+ print("[ERR]:digital image align x out of range")\r
+ sys.exit(1)\r
+ self.alignPosition.x = align_x\r
+\r
+ align_y = int(align_pos_y)\r
+ if align_y < np.iinfo(np.int16).min or align_y > np.iinfo(np.int16).max:\r
+ print("[ERR]:digital image align y out of range")\r
+ sys.exit(1)\r
+ self.alignPosition.y = align_y\r
+\r
self.bindData = int(attributes["bind_data"])\r
+ if self.bindData < 0 or self.bindData > np.iinfo(np.int16).max:\r
+ print("[ERR]:digital image bind data out of range")\r
+ sys.exit(1)\r
\r
for attr in attributes.getNames():\r
if attr == "sign_img_name":\r
self.signImgId = img_convert.instance.convert_img(signImgName)\r
elif attr == "integer_length":\r
self.integerLength = int(attributes["integer_length"])\r
+ if self.integerLength < 0 or self.integerLength > np.iinfo(np.uint8).max:\r
+ print("[ERR]:digital image integer length out of range")\r
+ sys.exit(1)\r
elif attr == "img_decimal_point":\r
decimalPointImgName = attributes["img_decimal_point"]\r
self.decimalPointImgId = img_convert.instance.convert_img(decimalPointImgName)\r
elif attr == "decimal_precision":\r
self.decimalPrecision = int(attributes["decimal_precision"])\r
+ if self.decimalPrecision < 0 or self.decimalPrecision > np.iinfo(np.uint8).max:\r
+ print("[ERR]:digital image decimal precision out of range")\r
+ sys.exit(1)\r
elif attr == "period":\r
+ period_suppor_value = {1, 10, 30, 60}\r
self.period = int(attributes["period"])\r
- if self.period != 0:\r
- self.isPeriod = True\r
+ if self.period == 0:\r
+ self.isPeriodic = False\r
+ elif self.period not in period_suppor_value:\r
+ self.period = 0\r
+ print("[WARNING]:digital image period value not support, using defalut value 0")\r
+ else:\r
+ self.isPeriodic = True\r
+\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+ if self.displayMode != 0 :\r
+ if "ambient_periodic" in attributes.getNames():\r
+ if attributes["ambient_periodic"] == "true":\r
+ self.isAmbientPeriodic = True\r
\r
def get_bytes(self):\r
return bytes(self)\r
_fields_ = [\r
('imgId', c_ushort),\r
('rotateEventFactor', c_float),\r
- ('rotateAnimatorValue', c_float)\r
+ ('rotateAnimatorValue', c_float),\r
+ ('displayMode', c_ubyte)\r
]\r
\r
def __init__(self):\r
self.rotateEventFactor = 1.0\r
self.rotateAnimatorValue = 0.0\r
self.period = 0\r
+ self.displayMode = 0\r
\r
def parse_attributes(self, attributes):\r
self.imgId = img_convert.instance.convert_img(attributes["img_name"])\r
elif attr == "animator_rotate_step":\r
self.rotateAnimatorValue = float(attributes["animator_rotate_step"])\r
\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+\r
def get_bytes(self):\r
return bytes(self)\r
\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Rect\r
('breakMode', c_ubyte),\r
('align', c_ubyte),\r
('fontSize', c_ubyte),\r
- ('isPeriod', c_bool),\r
+ ('isPeriodic', c_bool),\r
('rect', Rect),\r
('color', c_uint),\r
('fontName', c_char * 64),\r
('text', c_char * 64),\r
- ('bindData', c_short)\r
+ ('bindData', c_short),\r
+ ('displayMode', c_ubyte),\r
+ ('isAmbientPeriodic', c_bool)\r
]\r
\r
def __init__(self):\r
self.period = 0\r
- self.isPeriod = False\r
+ self.isPeriodic = False\r
+ self.displayMode = 0\r
+ self.isAmbientPeriodic = False\r
\r
def parse_attributes(self, attributes):\r
x,y,w,h = attributes["rect"].split(" ")\r
self.rect.x = int(x)\r
+ if self.rect.x < np.iinfo(np.int16).min or self.rect.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:label rect x out of range")\r
+ sys.exit(1)\r
self.rect.y = int(y)\r
+ if self.rect.y < np.iinfo(np.int16).min or self.rect.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:label rect y out of range")\r
+ sys.exit(1)\r
self.rect.w = int(w)\r
+ if self.rect.w < np.iinfo(np.int16).min or self.rect.w > np.iinfo(np.int16).max:\r
+ print("[ERR]:label rect w out of range")\r
+ sys.exit(1)\r
self.rect.h = int(h)\r
+ if self.rect.h < np.iinfo(np.int16).min or self.rect.h > np.iinfo(np.int16).max:\r
+ print("[ERR]:label rect h out of range")\r
+ sys.exit(1)\r
\r
mode = attributes["break_mode"]\r
if mode == "adapt":\r
self.breakMode = 5\r
else:\r
self.breakMode = 3\r
- print("[WARING][label:break_mode]Incorrect input:", mode)\r
+ print("[WARNING][label:break_mode]Incorrect input:", mode)\r
\r
alignStr = attributes["align"]\r
if alignStr == "bottom":\r
self.align = 0\r
else:\r
self.align = 0\r
- print("[WARING][label:align]Incorrect input:", alignStr)\r
+ print("[WARNING][label:align]Incorrect input:", alignStr)\r
\r
self.fontSize = int(attributes["font_size"])\r
+ if self.fontSize < 0 or self.fontSize > np.iinfo(np.uint8).max:\r
+ print("[ERR]:label font size out of range")\r
+ sys.exit(1)\r
+\r
self.color = int(attributes["color"], 16)\r
self.fontName = bytes(attributes["font"], encoding = "utf8")\r
self.text = bytes(attributes["text"], encoding = "utf8")\r
for attr in attributes.getNames():\r
if attr == "bind_data":\r
self.bindData = int(attributes["bind_data"])\r
+ if self.bindData < 0 or self.bindData > np.iinfo(np.int16).max:\r
+ print("[ERR]:label bind data out of range")\r
+ sys.exit(1)\r
elif attr == "period":\r
+ period_suppor_value = {1, 10, 30, 60}\r
self.period = int(attributes["period"])\r
- if self.period != 0:\r
- self.isPeriod = True\r
- if self.isPeriod != 0 and self.bindData == 0:\r
- print("[ERROR]:[bind_data] is not set, [period] cannot be set")\r
+ if self.period == 0:\r
+ self.isPeriodic = False\r
+ elif self.period not in period_suppor_value:\r
+ self.period = 0\r
+ print("[WARNING]:label image period value not support, using defalut value 0")\r
+ else:\r
+ self.isPeriodic = True\r
+\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+ if self.displayMode != 0 :\r
+ if "ambient_periodic" in attributes.getNames():\r
+ if attributes["ambient_periodic"] == "true":\r
+ self.isAmbientPeriodic = True\r
+\r
+ if self.isPeriodic != 0 and self.bindData == 0:\r
+ print("[ERR]:[bind_data] is not set, [period] cannot be set")\r
sys.exit(1)\r
\r
def get_bytes(self):\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Point\r
_fields_ = [\r
('pos', Point),\r
('bindData', c_short),\r
- ('isPeriod', c_bool),\r
+ ('isPeriodic', c_bool),\r
('count', c_ubyte),\r
+ ('displayMode', c_ubyte),\r
+ ('isAmbientPeriodic', c_bool)\r
]\r
\r
def __init__(self):\r
self.imgId = []\r
self.period = 0\r
- self.isPeriod = False\r
+ self.isPeriodic = False\r
+ self.displayMode = 0\r
+ self.isAmbientPeriodic = False\r
\r
def parse_attributes(self, attributes):\r
- x,y = attributes["position"].split(" ")\r
- self.pos.x = int(x)\r
- self.pos.y = int(y)\r
+ input_pos_x,input_pos_y = attributes["position"].split(" ")\r
+ self.pos.x = int(input_pos_x)\r
+ if self.pos.x < np.iinfo(np.int16).min or self.pos.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:option image pos x out of range")\r
+ sys.exit(1)\r
+\r
+ self.pos.y = int(input_pos_y)\r
+ if self.pos.y < np.iinfo(np.int16).min or self.pos.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:option image pos y out of range")\r
+ sys.exit(1)\r
\r
self.bindData = int(attributes["bind_data"])\r
+ if self.bindData < 0 or self.bindData > np.iinfo(np.int16).max:\r
+ print("[ERR]:option image bind data out of range")\r
+ sys.exit(1)\r
\r
imgNames = attributes["img_names"].split(",")\r
+\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+ if self.displayMode != 0:\r
+ if "ambient_periodic" in attributes.getNames():\r
+ if attributes["ambient_periodic"] == "true":\r
+ self.isAmbientPeriodic = True\r
+\r
self.count = len(imgNames)\r
for img in imgNames:\r
imgId = img_convert.instance.convert_img(img)\r
self.imgId.append(imgId)\r
\r
if "period" in attributes.getNames():\r
+ period_suppor_value = {1, 10, 30, 60}\r
self.period = int(attributes["period"])\r
- if self.period != 0:\r
- self.isPeriod = True\r
+ if self.period == 0:\r
+ self.isPeriodic = False\r
+ elif self.period not in period_suppor_value:\r
+ self.period = 0\r
+ print("[WARNING]:option image period value not support, using defalut value 0")\r
+ else:\r
+ self.isPeriodic = True\r
\r
def get_bytes(self):\r
ret = bytes(self)\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Point\r
('rotaeteEnd', c_short),\r
('imgId', c_ushort),\r
('bindData', c_short),\r
- ('isPeriod', c_bool)\r
+ ('isPeriodic', c_bool),\r
+ ('displayMode', c_ubyte),\r
+ ('isAmbientPeriodic', c_bool)\r
]\r
\r
def __init__(self):\r
self.period = 0\r
- self.isPeriod = False\r
+ self.isPeriodic = False\r
+ self.displayMode = 0\r
+ self.isAmbientPeriodic = False\r
\r
def parse_attributes(self, attributes):\r
- x,y = attributes["position"].split(" ")\r
- self.pos.x = int(x)\r
- self.pos.y = int(y)\r
+ input_pos_x,input_pos_y = attributes["position"].split(" ")\r
+ self.pos.x = int(input_pos_x)\r
+ if self.pos.x < np.iinfo(np.int16).min or self.pos.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:rotate image pos x out of range")\r
+ sys.exit(1)\r
+\r
+ self.pos.y = int(input_pos_y)\r
+ if self.pos.y < np.iinfo(np.int16).min or self.pos.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:rotate image pos y out of range")\r
+ sys.exit(1)\r
\r
x,y = attributes["rotate_center"].split(" ")\r
self.center.x = round(float(x))\r
self.center.y = round(float(y))\r
\r
self.rotateStart = int(attributes["rotate_start"])\r
+ if self.rotateStart < 0.0 or self.rotateStart > 360.0 :\r
+ print("[ERR]:rotate image start angle out of range, [0, 360]")\r
+ sys.exit(1)\r
+\r
self.rotaeteEnd = int(attributes["rotate_end"])\r
+ if self.rotaeteEnd < 0.0 or self.rotaeteEnd > 360.0 :\r
+ print("[ERR]:rotate image end angle out of range, [0, 360]")\r
+ sys.exit(1)\r
\r
self.bindData = int(attributes["bind_data"])\r
+ if self.bindData < 0 or self.bindData > np.iinfo(np.int16).max:\r
+ print("[ERR]:rotate image bind data out of range")\r
+ sys.exit(1)\r
\r
self.imgId = img_convert.instance.convert_img(attributes["img_name"])\r
if "period" in attributes.getNames():\r
+ period_suppor_value = {1, 10, 30, 60}\r
self.period = int(attributes["period"])\r
- if self.period != 0:\r
- self.isPeriod = True\r
+ if self.period == 0:\r
+ self.isPeriodic = False\r
+ elif self.period not in period_suppor_value:\r
+ self.period = 0\r
+ print("[WARNING]:rotate image period value not support, using defalut value 0")\r
+ else:\r
+ self.isPeriodic = True\r
+\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode = 1\r
+ elif display_mode == "always":\r
+ self.displayMode = 2\r
+ if self.displayMode != 0:\r
+ if "ambient_periodic" in attributes.getNames():\r
+ if attributes["ambient_periodic"] == "true":\r
+ self.isAmbientPeriodic = True\r
\r
def get_bytes(self):\r
return bytes(self)\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Point\r
('interval', c_ushort),\r
('repeat', c_bool),\r
('imgNum', c_ubyte),\r
+ ('displayMode', c_ubyte)\r
]\r
\r
def __init__(self):\r
self.imgId = []\r
self.period = 0\r
+ self.displayMode = 0\r
\r
def parse_attributes(self, attributes):\r
x,y = attributes["position"].split(" ")\r
self.pos.x = int(x)\r
+ if self.pos.x < np.iinfo(np.int16).min or self.pos.x > np.iinfo(np.int16).max :\r
+ print("[ERR]:sequence image pos x out of range")\r
+ sys.exit(1)\r
+\r
self.pos.y = int(y)\r
+ if self.pos.y < np.iinfo(np.int16).min or self.pos.y > np.iinfo(np.int16).max :\r
+ print("[ERR]:sequence image pos y out of range")\r
+ sys.exit(1)\r
\r
- if attributes["repeat"].lower() == "true":\r
+ if attributes["repeat"].lower() == "true" :\r
self.repeat = True\r
- elif attributes["repeat"].lower() == "false":\r
+ elif attributes["repeat"].lower() == "false" :\r
self.repeat = False\r
+ else:\r
+ print("[ERR]:sequence image repeat only 'True' or 'False'")\r
+ sys.exit(1)\r
\r
interval = int(attributes["interval"])\r
- if interval < 0:\r
- print("[ERROR]: [interval] attr less than 0")\r
+ if interval < 0 or interval > np.iinfo(np.int16).max :\r
+ print("[ERR]: sequence image interval out of range")\r
sys.exit(1)\r
else:\r
self.interval = interval\r
imgId = img_convert.instance.convert_img(img)\r
self.imgId.append(imgId)\r
\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+\r
def get_bytes(self):\r
ret = bytes(self)\r
for index in range(self.imgNum):\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Point\r
('pos', Point),\r
('center', Point),\r
('rotate', c_float),\r
- ('imgId', c_ushort)\r
+ ('imgId', c_ushort),\r
+ ('displayMode', c_ubyte),\r
]\r
\r
def __init__(self):\r
self.imgId = 0\r
- self.pos.x = 0\r
- self.pos.y = 0\r
self.center.x = 0\r
self.center.y = 0\r
- self.rotate = 0.0\r
+ self.rotate = 0.0\r
self.period = 0\r
+ self.displayMode = 0\r
\r
def parse_attributes(self, attributes):\r
- x,y = attributes["position"].split(" ")\r
- self.pos.x = int(x)\r
- self.pos.y = int(y)\r
+ input_pos_x, input_pos_y = attributes["position"].split(" ")\r
+ self.pos.x = int(input_pos_x)\r
+ if self.pos.x < np.iinfo(np.int16).min or self.pos.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:static image pos x out of range")\r
+ sys.exit(1)\r
+\r
+ self.pos.y = int(input_pos_y)\r
+ if self.pos.y < np.iinfo(np.int16).min or self.pos.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:static image pos y out of range")\r
+ sys.exit(1)\r
\r
self.imgId = img_convert.instance.convert_img(attributes["img_name"])\r
\r
for attr in attributes.getNames():\r
if attr == "center":\r
- x,y = attributes["center"].split(" ")\r
- self.center.x = int(x)\r
- self.center.y = int(y)\r
+ input_center_x,input_center_y = attributes["center"].split(" ")\r
+ self.center.x = int(input_center_x)\r
+ if self.center.x < np.iinfo(np.int16).min or self.center.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:static image center x out of range")\r
+ sys.exit(1)\r
+\r
+ self.center.y = int(input_center_y)\r
+ if self.center.y < np.iinfo(np.int16).min or self.center.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:static image center y out of range")\r
+ sys.exit(1)\r
elif attr == "rotate":\r
- self.rotate = float(attributes["rotate"])\r
+ rotate = float(attributes["rotate"])\r
+ if rotate < 0.0 or rotate > 360.0 :\r
+ print("[ERR]:static image rotate out of range, [0, 360]")\r
+ sys.exit(1)\r
+ self.rotate = rotate\r
+\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode = 1\r
+ elif display_mode == "always":\r
+ self.displayMode = 2\r
\r
def get_bytes(self):\r
return bytes(self)\r
# coding: utf-8\r
import sys\r
import struct\r
+import numpy as np\r
from xml.dom.minidom import parse\r
from ctypes import *\r
from common_types import Rect\r
('offset', c_uint),\r
('colorKey', c_uint),\r
('imgId', c_uint),\r
+ ('displayMode', c_ubyte)\r
]\r
\r
def __init__(self):\r
self.period = 0\r
+ self.displayMode = 0\r
\r
def parse_attributes(self, attributes):\r
x,y,w,h = attributes["rect"].split(" ")\r
self.rect.x = int(x)\r
+ if self.rect.x < np.iinfo(np.int16).min or self.rect.x > np.iinfo(np.int16).max:\r
+ print("[ERR]:video rect x out of range")\r
+ sys.exit(1)\r
self.rect.y = int(y)\r
+ if self.rect.y < np.iinfo(np.int16).min or self.rect.y > np.iinfo(np.int16).max:\r
+ print("[ERR]:video rect y out of range")\r
+ sys.exit(1)\r
self.rect.w = int(w)\r
+ if self.rect.w < np.iinfo(np.int16).min or self.rect.w > np.iinfo(np.int16).max:\r
+ print("[ERR]:video rect w out of range")\r
+ sys.exit(1)\r
self.rect.h = int(h)\r
+ if self.rect.h < np.iinfo(np.int16).min or self.rect.h > np.iinfo(np.int16).max:\r
+ print("[ERR]:video rect h out of range")\r
+ sys.exit(1)\r
\r
self.colorKey = int(attributes["color_key"], 16)\r
-\r
self.offset = video_convert.instance.convert_video(attributes["source"])\r
-\r
self.imgId = img_convert.instance.convert_img(attributes["preview_frame"])\r
\r
+ if "display_mode" in attributes.getNames():\r
+ display_mode = attributes["display_mode"]\r
+ if display_mode == "normal":\r
+ self.displayMode = 0\r
+ elif display_mode == "ambient":\r
+ self.displayMode= 1\r
+ elif display_mode == "always":\r
+ self.displayMode= 2\r
+\r
def get_bytes(self):\r
return bytes(self)\r
\r
imageData = []\r
imageNum = 0\r
isConvertedFile = []\r
+ tile_width_support = {4, 6, 8, 16}\r
\r
def __init__(self):\r
self.markCurOffset = 0\r
\r
def set_tile_width(self, tile_width):\r
if tile_width not in self.tile_width_support:\r
- print("[ERROR]:The tile_width value is not supported.")\r
+ print("[ERR]:The tile_width:{tile_width} value is not supported.")\r
sys.exit(1)\r
\r
self.tile_width = tile_width\r
print("[ERROR]:", path, "is not exist")\r
return False\r
else:\r
- if (not path[-3:].lower() == "png") and (not path[-3:].lower() == "jpg"):\r
- print("[ERROR]:", path, "is not jpg or png format image")\r
+ if (not path[-3:].lower() == "png") and (not path[-3:].lower() == "jpg") and (not path[-3:].lower() == "bmp"):\r
+ print("[ERROR]:", path, "is not jpg or png or bmp format image")\r
return False\r
return True\r
\r
-<dial title="obsidianrhythm" description="黑曜律动" size="466 466" version="1.0" preview_img="./instance/114/obsidianrhythm.png">\r
- <!-- 视频背景 -->\r
- <video id="video" rect="0 0 466 466" source="./instance/114/obsidianrhythm.mp4" color_key="0xff212324" preview_frame="./instance/114/preview_obsidianrhythm.png"></video>\r
- \r
- <!-- 动态背景 \r
+<dial title="obsidianrhythm" description="黑曜律动" size="466 466" version="2.0" preview_img="./instance/114/obsidianrhythm.png" ambient_period="60">\r
+<!-- 视频背景 -->\r
+<video id="video" rect="0 0 466 466" source="./instance/114/obsidianrhythm.mp4" color_key="0xff212324" preview_frame="./instance/114/preview_obsidianrhythm.png"/>\r
+<!-- 动态背景 \r
<sequence_img img_names="./instance/114/background/1.png,./instance/114/background/2.png,./instance/114/background/3.png,./instance/114/background/4.png,./instance/114/background/5.png,./instance/114/background/6.png,./instance/114/background/7.png,./instance/114/background/8.png,./instance/114/background/9.png,./instance/114/background/10.png,./instance/114/background/11.png,./instance/114/background/12.png,./instance/114/background/13.png,./instance/114/background/14.png,./instance/114/background/15.png,./instance/114/background/16.png,./instance/114/background/17.png,./instance/114/background/18.png,./instance/114/background/19.png,./instance/114/background/20.png,./instance/114/background/21.png" position="0 0" repeat="true" interval="100"></sequence_img>\r
- -->\r
-\r
- <!-- 背景 -->\r
- <static_img id="back_ground" position="0 0" img_name="./instance/114/MAIN_FACE_IMAGE.png"></static_img>\r
-\r
- <!-- 天气显示 -->\r
- <option_img position="201 69" img_names="./instance/114/weather/SUNNY.png,./instance/114/weather/CLEAR_SUNNY.png,./instance/114/weather/SUNNY_CLOUDY.png,./instance/114/weather/CLEAR_CLOUDY.png,./instance/114/weather/OVERCAST.png,./instance/114/weather/RAIN.png,./instance/114/weather/THUNDERSHOWER.png,./instance/114/weather/SNOW.png,./instance/114/weather/FOGGY.png,./instance/114/weather/HAZE.png,./instance/114/weather/DUSTSTORM.png,./instance/114/weather/UNKNOWN.png" bind_data="24" ></option_img>\r
-\r
- \r
- <!-- 星期显示 -->\r
- <option_img position="75 173" img_names="./instance/114/week/WEEK_SUN.png,./instance/114/week/WEEK_MON.png,./instance/114/week/WEEK_TUE.png,./instance/114/week/WEEK_WED.png,./instance/114/week/WEEK_THU.png,./instance/114/week/WEEK_FRI.png,./instance/114/week/WEEK_SAT.png" bind_data="17" period="10"></option_img>\r
-\r
- <!-- 天气信息显示 -->\r
- <label id="weather_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="83 130 300 30" text="%s" font_size="20" align="center" bind_data="20482" ></label>\r
- \r
- <!-- 日期显示 -->\r
- <label id="day_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="90 222 100 40" text="%0.f" font_size="24" align="center" bind_data="16" period="10"></label>\r
- \r
- <!-- 心率显示 -->\r
- <label id="heart_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="132 348 49 25" text="%0.f" font_size="20" align="center" bind_data="2"></label>\r
- \r
- <!-- 步数显示 -->\r
- <label id="step_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="83 374 300 25" text="%0.f" font_size="20" align="center" bind_data="1" period="10"></label>\r
- \r
- <!-- 卡路里显示 -->\r
- <label id="calories_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="287 348 45 25" text="%0.f" font_size="20" align="center" bind_data="3" period="10"></label>\r
- \r
- <!-- 心率icon显示 -->\r
- <static_img position="144 315" img_name="./instance/114/module/heartrate.png"></static_img>\r
- <!-- 步数icon显示 -->\r
- <static_img position="220 341" img_name="./instance/114/module/step.png"></static_img>\r
- <!-- 卡路里icon显示 -->\r
- <static_img position="296 315" img_name="./instance/114/module/calories.png"></static_img>\r
- <!-- 时间背景框icon显示 -->\r
- <static_img position="300 213" img_name="./instance/114/module/ellipse.png"></static_img>\r
-\r
-\r
- <!-- 小时显示 -->\r
- <!-- <label id="hour_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="293 222 77 104" text="%02.f" font_size="20" align="center" bind_data="15" period="10"></label> -->\r
- <!-- 分号显示 -->\r
- <!-- <label id="point_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="333 222 28 139" text=":" font_size="20" align="center"></label> -->\r
- <!-- 分钟显示 -->\r
- <!-- <label id="minute_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="331 222 77 104" text="%02.f" font_size="20" align="center" bind_data="14" period="10"></label> -->\r
-\r
- \r
- <label id="hour_ten_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="300 222 100 33" text="%s" font_size="20" align="center" bind_data="20483" period="10"></label>\r
-\r
- <!-- 小时十位显示-->\r
- <!-- <label id="hour_ten_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="adapt" rect="313 222 64 33" text="%1.0f" font_size="20" align="center" bind_data="26" period="10"></label> -->\r
- <!-- 小时个位显示 -->\r
- <!-- <label id="hour_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="adapt" rect="323 222 64 33" text="%1.0f" font_size="20" align="center" bind_data="27" period="10"></label> -->\r
- <!-- 分号显示 -->\r
- <!-- <label id="point_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="adapt" rect="340 220 28 139" text=":" font_size="22" align="center"></label> -->\r
- <!-- 分钟十位显示 -->\r
- <!-- <label id="minute_ten_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="adapt" rect="355 222 64 33" text="%1.0f" font_size="20" align="center" bind_data="28" period="10"></label> -->\r
- <!-- 分钟个位显示 -->\r
- <!-- <label id="hour_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="adapt" rect="370 222 64 33" text="%1.0f" font_size="20" align="center" bind_data="29" period="10"></label> -->\r
-\r
-\r
- <!-- 小时 -->\r
- <rotate_img id="hour" position="212 75" rotate_center="21.0 158.0" rotate_start="0" rotate_end="360" img_name="./instance/114/HOURHAND.png" bind_data="9" period="10"></rotate_img>\r
- <!-- 分钟 -->\r
- <rotate_img id="minute" position="218 23" rotate_center="15.0 210.0" rotate_start="0" rotate_end="360" img_name="./instance/114/MINUTEHAND.png" bind_data="10" period="10"></rotate_img>\r
- <!-- 秒钟 -->\r
- <rotate_img id="second" position="220 17" rotate_center="13.0 216.0" rotate_start="0" rotate_end="360" img_name="./instance/114/SECONDHAND.png" bind_data="12" period="60"></rotate_img>\r
-\r
-\r
- <!--通话\r
+ -->\r
+<!-- 背景 -->\r
+<static_img id="back_ground" position="0 0" img_name="./instance/114/MAIN_FACE_IMAGE.png"/>\r
+<!-- 天气显示 -->\r
+<option_img position="201 69" img_names="./instance/114/weather/SUNNY.png,./instance/114/weather/CLEAR_SUNNY.png,./instance/114/weather/SUNNY_CLOUDY.png,./instance/114/weather/CLEAR_CLOUDY.png,./instance/114/weather/OVERCAST.png,./instance/114/weather/RAIN.png,./instance/114/weather/THUNDERSHOWER.png,./instance/114/weather/SNOW.png,./instance/114/weather/FOGGY.png,./instance/114/weather/HAZE.png,./instance/114/weather/DUSTSTORM.png,./instance/114/weather/UNKNOWN.png" bind_data="24"/>\r
+<!-- 星期显示 -->\r
+<option_img position="75 173" img_names="./instance/114/week/WEEK_SUN.png,./instance/114/week/WEEK_MON.png,./instance/114/week/WEEK_TUE.png,./instance/114/week/WEEK_WED.png,./instance/114/week/WEEK_THU.png,./instance/114/week/WEEK_FRI.png,./instance/114/week/WEEK_SAT.png" bind_data="17" period="10"/>\r
+<!-- 天气信息显示 -->\r
+<label id="weather_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="83 130 300 30" text="%s" font_size="20" align="center" bind_data="20482"/>\r
+<!-- 日期显示 -->\r
+<label id="day_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="90 222 100 40" text="%0.f" font_size="24" align="center" bind_data="16" period="10"/>\r
+<!-- 心率显示 -->\r
+<label id="heart_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="132 348 49 25" text="%0.f" font_size="20" align="center" bind_data="2"/>\r
+<!-- 步数显示 -->\r
+<label id="step_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="83 374 300 25" text="%0.f" font_size="20" align="center" bind_data="1" period="10"/>\r
+<!-- 卡路里显示 -->\r
+<label id="calories_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="287 348 45 25" text="%0.f" font_size="20" align="center" bind_data="3" period="10"/>\r
+<!-- 心率icon显示 -->\r
+<static_img position="144 315" img_name="./instance/114/module/heartrate.png"/>\r
+<!-- 步数icon显示 -->\r
+<static_img position="220 341" img_name="./instance/114/module/step.png"/>\r
+<!-- 卡路里icon显示 -->\r
+<static_img position="296 315" img_name="./instance/114/module/calories.png"/>\r
+<!-- 时间背景框icon显示 -->\r
+<static_img position="300 213" img_name="./instance/114/module/ellipse.png"/>\r
+<label id="hour_ten_label" color="0xFFFFFFFF" font="Audiowide_Regular.ttf" break_mode="ellipsis" rect="300 222 100 33" text="%s" font_size="20" align="center" bind_data="20483" period="10" display_mode="always" ambient_periodic="true"/><!-- 小时 -->\r
+<rotate_img id="hour" position="212 75" rotate_center="21.0 158.0" rotate_start="0" rotate_end="360" img_name="./instance/114/HOURHAND.png" bind_data="9" period="10" display_mode="always" ambient_periodic="true"/>\r
+<!-- 分钟 -->\r
+<rotate_img id="minute" position="218 23" rotate_center="15.0 210.0" rotate_start="0" rotate_end="360" img_name="./instance/114/MINUTEHAND.png" bind_data="10" period="10" display_mode="always" ambient_periodic="true"/>\r
+<!-- 秒钟 -->\r
+<rotate_img id="second" position="220 17" rotate_center="13.0 216.0" rotate_start="0" rotate_end="360" img_name="./instance/114/SECONDHAND.png" bind_data="12" period="60" display_mode="always" ambient_periodic="true"/>\r
+<!-- 通话\r
<click rect="0 193 80 80" action_slice="84"></click>\r
- -->\r
- <!--天气-->\r
- <click rect="193 0 80 80" action_slice="202"></click>\r
- <!--支付宝\r
+ -->\r
+<!-- 天气 -->\r
+<click rect="193 0 80 80" action_slice="202"/>\r
+<!-- 支付宝\r
<click rect="386 193 80 80" action_slice="98"></click>\r
- -->\r
- <!--每日活动-->\r
- <click rect="193 396 80 80" action_slice="201"></click>\r
-</dial>\r
+ -->\r
+<!-- 每日活动 -->\r
+<click rect="193 396 80 80" action_slice="201"/>\r
+</dial>
\ No newline at end of file
+++ /dev/null
-新增video的预览帧功能。video标签新增属性 preview_frame。\r
-1、历史表盘有视频表盘需要重新用新工具生成。\r
-2、使用video标签实例如下\r
-<video id="video" rect="0 0 454 454" source="./instance/video_dial/demo.mp4" color_key="0xff212324" preview_frame="./instance/video_dial/video_frame.png"></video>
\ No newline at end of file
projects / mirrors / FD230.git / commitdiff