高拍仪（PaperMaterialCamera）

高拍仪拍照 takePicture

使用高拍仪拍照，返回 base64 图片信息或者 pdf 文件

// 返回数据类型
type ResBody = {
    resultCode: number, resultMessage: string, data: []
}

// 请求参数类型
type ReqBody = {
    dataType?: 'img'|'pdf',
    maxNum?:number
    oneTake?:boolean,
    useSwitch?:boolean,
    useRotate?:boolean
}

zwexplorer.PaperMaterialCamera.takePicture(
    data: ReqBody, 
    callback?: (res: ResBody)=>void
): Promise<ResBody>

参数	类型	必填	说明
data	Object	是	请求对象
data.oneTake	Boolean	否	是否拍一张照片直接返回并关闭，默认否
data.dataType	String	否	值为'img' 或'pdf'，返回的数据格式，默认为 img
data.maxNum	Number	否	每次调用接口最多能拍的图片保存张数，默认为无限张数
data.useSwitch	Boolean	否	是否打开切换摄像头按钮，默认否
data.useRotate	Boolean	否	是否打开旋转按钮，默认否

参数	类型	必然存在	说明
res.resultCode	Number	是	状态码，0 为正常，其它为异常 [状态码参考]
res.data	Array | string	是	返回 img 的拍照模式时返回 string[],pdf 的拍照模式时返回 string
res.resultMessage	String	否	接口消息

zwexplorer.PaperMaterialCamera.takePicture({}, (res) => {
  // 返回数据
});

图像分析 pictureAnalysis

3.0.6 +

接口传入图片的base64数据，返回纠偏坐标及裁剪后的base64数据（不禁止裁剪时返回）

// 返回数据类型
type ResBody = {
    resultCode: number, resultMessage: string, data: {
        coordinate: { 
            x1: number, 
            y1: number, 
            x2: number, 
            y2: number, 
            x3: number, 
            y3: number, 
            x4: number, 
            y4: number, 
            angle: number
        }, 
        targetBase64: string | ''
    }
}

// 请求参数类型
type ReqBody = {
    imgBase64: string,
    notUseCut?: boolean,
}

zwexplorer.PaperMaterialCamera.takePicture(
    data: ReqBody, 
    callback?: (res: ResBody)=>void
): Promise<ResBody>

参数	类型	必填	说明
data	Object	是	请求对象
data.imgBase64	String	是	需要解析的图像的base64数据
data.notUseCut	Boolean	否	是否不使用裁剪，默认裁剪(true)

参数	类型	必然存在	说明
res.resultCode	Number	是	状态码，0 为正常，其它为异常 [状态码参考]
res.data	Object	否	返回参数
res.data.coordinate	Object	是	图像解析后的坐标参数
res.data.x1	Number	是	x1坐标参数
res.data.x2	Number	是	x2坐标参数
res.data.x3	Number	是	x3坐标参数
res.data.x4	Number	是	x4坐标参数
res.data.y1	Number	是	y1坐标参数
res.data.y2	Number	是	y2坐标参数
res.data.y3	Number	是	y3坐标参数
res.data.y4	Number	是	y4坐标参数
res.data.angle	Number	是	偏转角（弧度角而并非角度值）
res.data.targetBase64	String	是	裁剪后的图像的base64数据
res.resultMessage	String	否	接口消息

zwexplorer.PaperMaterialCamera.pictureAnalysis({
    imgBase64: 'data:image/png;base64,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',
    notUseCut: false
}, (res) => {
  // 返回数据
});

获取默认摄像头信息 getUsedDeviceInfo

3.0.6 +

获取配置中默认高拍仪的设备label和推荐分辨率

// 返回数据类型
type ResBody = {
    resultCode: number, resultMessage: string, data: {
        cameraLabel: strring, 
        resolution: {
            width: number,
            height: number
        }
    }
}

// 请求参数类型
type ReqBody = {}

zwexplorer.PaperMaterialCamera.takePicture(
    data: ReqBody, 
    callback?: (res: ResBody)=>void
): Promise<ResBody>

参数	类型	必然存在	说明
res.resultCode	Number	是	状态码，0 为正常，其它为异常 [状态码参考]
res.data	Object	否	返回参数
res.data.cameraLabel	String	是	高拍仪摄像头的设备label
res.data.resolution	Object	是	高拍仪摄像头的推荐分辨率
res.data.resolution.width	Number	是	分辨率(宽)
res.data.resolution.height	Number	是	分辨率(高)
res.resultMessage	String	否	接口消息

zwexplorer.PaperMaterialCamera.getUsedDeviceInfo({}, (res) => {
  // 返回数据
});