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4G/tools/resource/soc_script/v2025.12.31.22/lib/extp.lua
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431
4G/tools/resource/soc_script/v2025.12.31.22/lib/extp.lua
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-- extp.lua - 触摸系统模块
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--[[
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@module extp
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@summary 触摸系统拓展库
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@version 1.1.1
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@date 2025.11.20
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@author 江访
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@usage
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本文件为触摸系统拓展库，核心业务逻辑为：
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1、初始化触摸设备，支持多种触摸芯片
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2、处理原始触摸数据并解析为各种手势事件
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3、通过统一消息接口发布触摸事件
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4、提供消息发布控制功能
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5、提供滑动和长按阈值配置功能
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支持的触摸事件类型包括：
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RAW_DATA、TOUCH_DOWN、MOVE_X、MOVE_Y、SWIPE_LEFT、SWIPE_RIGHT、
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SWIPE_UP、SWIPE_DOWN、SINGLE_TAP、LONG_PRESS
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本文件的对外接口有5个：
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1、extp.init(param)：触摸设备初始化函数
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2、extp.set_publish_enabled(msg_type, enabled)：设置消息发布状态
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3、extp.get_publish_enable(msg_type)：获取消息发布状态
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4、extp.set_swipe_threshold(threshold)：设置滑动判定阈值
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5、extp.set_long_press_threshold(threshold)：设置长按判定阈值
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所有触摸事件均通过sys.publish("BASE_TOUCH_EVENT", event_type, ...)发布
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]]
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local extp = {}
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-- 触摸状态变量
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local state = "IDLE" -- 当前状态：IDLE(空闲), DOWN(按下), MOVE(移动)
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local touch_down_x = 0 -- 按下时的X坐标
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local touch_down_y = 0 -- 按下时的Y坐标
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local touch_down_time = 0 -- 按下时的时间戳
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local swipe_threshold = 45 -- 滑动判定阈值（像素）
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local long_press_threshold = 500 -- 长按判定阈值（毫秒）
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local swipe_direction = nil -- 滑动方向（用于MOVE状态）
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-- 消息发布控制表，默认全部打开
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local publish_control = {
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RAW_DATA = false, -- 原始触摸数据
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TOUCH_DOWN = false, -- 按下事件
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MOVE_X = false, -- 水平移动
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MOVE_Y = false, -- 垂直移动
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SWIPE_LEFT = false, -- 向左滑动
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SWIPE_RIGHT = false, -- 向右滑动
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SWIPE_UP = false, -- 向上滑动
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SWIPE_DOWN = false, -- 向下滑动
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SINGLE_TAP = true, -- 单击
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LONG_PRESS = true -- 长按
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}
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-- 定义支持的触摸芯片配置
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local tp_configs = {
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cst820 = { i2c_speed = i2c.FAST, tp_model = "cst820" },
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gt9157 = { i2c_speed = i2c.FAST, tp_model = "gt9157" },
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cst9220 = { i2c_speed = i2c.SLOW, tp_model = "cst9220" },
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jd9261t = { i2c_speed = i2c.FAST, tp_model = "jd9261t" },
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gt911 = { i2c_speed = i2c.SLOW, tp_model = "gt911" },
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AirLCD_1010 = { i2c_speed = i2c.SLOW, tp_model = "gt911" },
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Air780EHM_LCD_4 = { i2c_speed = i2c.SLOW, tp_model = "gt911" },
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AirLCD_1020 = { i2c_speed = i2c.SLOW, tp_model = "gt911" }
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}
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-- 特殊型号的默认配置
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local special_tp_configs = {
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Air780EHM_LCD_4 = {
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i2c_id = 1,
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pin_rst = 1,
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pin_int = 22
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},
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AirLCD_1010 = {
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i2c_id = 0,
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pin_rst = 20,
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pin_int = gpio.WAKEUP0
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},
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AirLCD_1020 = {
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i2c_id = i2c.createSoft(0, 1),
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pin_rst = 28,
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pin_int = 7
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}
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}
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--[[
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设置消息发布状态
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@api extp.set_publish_enabled(msg_type, enabled)
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@string msg_type 消息类型，支持"ALL"或具体事件类型
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@bool enabled 是否启用发布
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@return bool 操作成功返回true，失败返回false
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@usage
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-- 启用单击事件
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extp.set_publish_enabled("SINGLE_TAP", true)
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-- 禁用所有消息发布
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extp.set_publish_enabled("ALL", false)
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]]
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function extp.set_publish_enabled(msg_type, enabled)
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if msg_type == "ALL" then
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for k, _ in pairs(publish_control) do
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publish_control[k] = enabled
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end
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log.info("extp", "所有消息发布", enabled and "启用" or "禁用")
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return true
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elseif publish_control[msg_type] ~= nil then
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publish_control[msg_type] = enabled
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log.info("extp", msg_type, "消息发布", enabled and "启用" or "禁用")
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return true
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else
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log.error("extp", "未知的消息类型:", msg_type)
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return false
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end
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end
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--[[
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获取消息发布状态
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@api extp.get_publish_enable(msg_type)
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@string msg_type 消息类型，"ALL"或具体事件类型
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@return bool|table 发布状态或所有状态表
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@usage
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-- 获取单击事件状态
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local enabled = extp.get_publish_enable("SINGLE_TAP")
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-- 获取所有状态
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local all_status = extp.get_publish_enable("ALL")
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]]
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function extp.get_publish_enable(msg_type)
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if msg_type == "ALL" then
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-- 返回完整的发布控制表
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return publish_control
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elseif publish_control[msg_type] ~= nil then
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return publish_control[msg_type]
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else
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log.error("extp", "未知的消息类型:", msg_type)
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return nil
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end
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end
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--[[
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设置滑动判定阈值
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@api extp.set_swipe_threshold(threshold)
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@number threshold 滑动判定阈值（像素）
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@return bool 设置成功返回true，失败返回false
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@usage
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-- 设置滑动阈值为50像素
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extp.set_swipe_threshold(50)
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]]
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function extp.set_swipe_threshold(threshold)
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if type(threshold) == "number" and threshold > 0 then
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swipe_threshold = threshold
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log.info("extp", "滑动判定阈值设置为:", threshold)
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return true
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else
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log.error("extp", "无效的滑动阈值:", threshold)
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return false
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end
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end
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--[[
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设置长按判定阈值
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@api extp.set_long_press_threshold(threshold)
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@number threshold 长按判定阈值（毫秒）
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@return bool 设置成功返回true，失败返回false
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@usage
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-- 设置长按阈值为800毫秒
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extp.set_long_press_threshold(800)
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]]
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function extp.set_long_press_threshold(threshold)
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if type(threshold) == "number" and threshold > 0 then
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long_press_threshold = threshold
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log.info("extp", "长按判定阈值设置为:", threshold)
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return true
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else
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log.error("extp", "无效的长按阈值:", threshold)
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return false
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end
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end
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-- 触摸回调函数
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-- 参数: tp_device-触摸设备对象, tp_data-触摸数据
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local function tp_callback(tp_device, tp_data)
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-- 发布原始数据
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if publish_control.RAW_DATA then
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sys.publish("BASE_TOUCH_EVENT", "RAW_DATA", tp_device, tp_data)
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end
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if type(tp_data[1]) ~= "table" then return end
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local event_type = tp_data[1].event
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local x = tp_data[1].x
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local y = tp_data[1].y
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-- 获取高精度时间戳
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local _, ms_l = mcu.ticks2(1)
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-- 使用系统时间戳或触摸数据中的时间戳
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local timestamp = ms_l or tp_data[1].timestamp
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if not event_type then return end
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if event_type == 2 then -- 抬手事件
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if state == "DOWN" or state == "MOVE" then
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local moveX = x - touch_down_x
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local moveY = y - touch_down_y
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if moveX < -swipe_threshold then
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if publish_control.SWIPE_LEFT then
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sys.publish("BASE_TOUCH_EVENT", "SWIPE_LEFT", moveX, 0)
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end
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elseif moveX > swipe_threshold then
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if publish_control.SWIPE_RIGHT then
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sys.publish("BASE_TOUCH_EVENT", "SWIPE_RIGHT", moveX, 0)
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end
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elseif moveY < -swipe_threshold then
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if publish_control.SWIPE_UP then
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sys.publish("BASE_TOUCH_EVENT", "SWIPE_UP", 0, moveY)
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end
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elseif moveY > swipe_threshold then
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if publish_control.SWIPE_DOWN then
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sys.publish("BASE_TOUCH_EVENT", "SWIPE_DOWN", 0, moveY)
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end
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else
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-- 计算按下时间
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local press_time = timestamp - touch_down_time
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-- 判断是单击还是长按
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if press_time < long_press_threshold then
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if publish_control.SINGLE_TAP then
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sys.publish("BASE_TOUCH_EVENT", "SINGLE_TAP", touch_down_x, touch_down_y)
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end
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else
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if publish_control.LONG_PRESS then
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sys.publish("BASE_TOUCH_EVENT", "LONG_PRESS", touch_down_x, touch_down_y)
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end
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end
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end
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state = "IDLE"
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end
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elseif event_type == 1 or event_type == 3 then -- 按下或移动事件
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if state == "IDLE" and event_type == 1 then
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-- 从空闲状态接收到按下事件
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state = "DOWN"
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touch_down_x = x
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touch_down_y = y
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touch_down_time = timestamp
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swipe_direction = nil
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-- 发布按下事件
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if publish_control.TOUCH_DOWN then
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sys.publish("BASE_TOUCH_EVENT", "TOUCH_DOWN", x, y)
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end
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elseif state == "DOWN" and event_type == 3 then
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-- 在按下状态下接收到移动事件
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if math.abs(x - touch_down_x) >= swipe_threshold or math.abs(y - touch_down_y) >= swipe_threshold then
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state = "MOVE"
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-- 确定滑动方向
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if math.abs(x - touch_down_x) > math.abs(y - touch_down_y) then
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-- 水平滑动
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if x - touch_down_x < 0 then
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swipe_direction = "LEFT"
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else
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swipe_direction = "RIGHT"
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end
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else
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-- 垂直滑动
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if y - touch_down_y < 0 then
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swipe_direction = "UP"
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else
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swipe_direction = "DOWN"
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end
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end
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end
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elseif state == "MOVE" and event_type == 3 then
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-- 在移动状态下接收到移动事件
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-- 根据滑动方向发布相应的移动事件
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if swipe_direction == "LEFT" or swipe_direction == "RIGHT" then
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-- 水平滑动，发布MOVE_X事件
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if publish_control.MOVE_X then
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sys.publish("BASE_TOUCH_EVENT", "MOVE_X", x - touch_down_x, 0)
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end
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else
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-- 垂直滑动，发布MOVE_Y事件
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if publish_control.MOVE_Y then
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sys.publish("BASE_TOUCH_EVENT", "MOVE_Y", 0, y - touch_down_y)
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end
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end
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end
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end
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end
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--[[
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初始化触摸设备
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@api extp.init(param)
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@table param 触摸芯片配置参数，参考库的说明及demo用法
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@return bool 初始化成功返回true，失败返回false
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@usage
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-- 基础触摸初始化
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extp.init({
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tp_model = "gt911",
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i2c_id = 0,
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pin_rst = 20,
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pin_int = 21
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})
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-- 使用预定义配置
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extp.init({tp_model = "AirLCD_1010"})
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-- 带屏幕尺寸的初始化
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extp.init({
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tp_model = "gt911",
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i2c_id = 0,
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pin_rst = 20,
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pin_int = 21,
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w = 480,
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h = 320
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})
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]]
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function extp.init(param)
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if type(param) ~= "table" then
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log.error("extp", "参数必须为表")
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return false
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end
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-- 检查必要参数
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if not param.tp_model then
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log.error("extp", "缺少必要参数: tp_model")
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return false
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end
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local tp_model = param.tp_model
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-- 检查是否支持该型号
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local config = tp_configs[tp_model]
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if not config then
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log.error("extp", "不支持的触摸型号:", tp_model)
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return false
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end
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-- 特殊型号参数处理
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local final_param = {}
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final_param.tp_model = tp_model
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-- 处理特殊型号的默认配置
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if special_tp_configs[tp_model] then
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local default_config = special_tp_configs[tp_model]
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if tp_model == "Air780EHM_LCD_4" then
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-- Air780EHM_LCD_4: 强制使用默认配置，忽略传入的其他参数
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final_param.i2c_id = default_config.i2c_id
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final_param.pin_rst = default_config.pin_rst
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final_param.pin_int = default_config.pin_int
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log.info("extp", "Air780EHM_LCD_4使用固定配置")
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else
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-- AirLCD_1010 和 AirLCD_1020: 使用传入参数，如果未传入则使用默认配置
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final_param.i2c_id = param.i2c_id or default_config.i2c_id
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final_param.pin_rst = param.pin_rst or default_config.pin_rst
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final_param.pin_int = param.pin_int or default_config.pin_int
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-- 记录使用的配置来源
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if param.i2c_id then
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log.info("extp", tp_model, "使用传入的i2c_id")
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else
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log.info("extp", tp_model, "使用默认i2c_id")
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end
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if param.pin_rst then
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log.info("extp", tp_model, "使用传入的pin_rst")
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else
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log.info("extp", tp_model, "使用默认pin_rst")
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end
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if param.pin_int then
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log.info("extp", tp_model, "使用传入的pin_int")
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else
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log.info("extp", tp_model, "使用默认pin_int")
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end
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end
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else
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-- 其他型号：直接使用传入参数
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final_param.i2c_id = param.i2c_id
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final_param.pin_rst = param.pin_rst
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final_param.pin_int = param.pin_int
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end
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local tp_i2c_id, tp_pin_rst, tp_pin_int = final_param.i2c_id, final_param.pin_rst or 255, final_param.pin_int
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-- 构建tp.init的参数表，增加w和h可选参数
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local tp_init_params = {
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port = tp_i2c_id,
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pin_rst = tp_pin_rst,
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pin_int = tp_pin_int
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}
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-- 如果传入了w和h参数，则添加到参数表中
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if param.w then
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tp_init_params.w = param.w
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log.info("extp", "设置屏幕宽度:", param.w)
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end
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if param.h then
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tp_init_params.h = param.h
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log.info("extp", "设置屏幕高度:", param.h)
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end
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-- 统一初始化流程
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if type(tp_i2c_id) ~= "userdata" and config.i2c_speed ~= nil then
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i2c.setup(tp_i2c_id, config.i2c_speed)
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end
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-- 使用包含w和h参数的table调用tp.init
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local tp_device = tp.init(config.tp_model, tp_init_params, tp_callback)
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||||
if tp_device ~= nil then return true end
|
||||
|
||||
if tp_device == nil then
|
||||
-- 如果第一次初始化失败，尝试不带pin_rst的初始化
|
||||
tp_init_params.pin_rst = 255
|
||||
local tp_device = tp.init(config.tp_model, tp_init_params, tp_callback)
|
||||
|
||||
if tp_device ~= nil then return true end
|
||||
end
|
||||
|
||||
-- 若硬件触摸初始化失败，尝试PC触摸回退
|
||||
log.warn("extp", "触摸初始化失败，尝试PC触摸回退")
|
||||
local ok_pc, dev_pc = pcall(tp.init, "pc", { port = 0 }, tp_callback)
|
||||
if ok_pc and dev_pc then
|
||||
log.info("extp", "PC触摸回退成功")
|
||||
return true
|
||||
end
|
||||
log.error("extp", "PC触摸回退失败")
|
||||
return false
|
||||
end
|
||||
|
||||
return extp
|
||||
Reference in New Issue
Block a user