kpt-pasture/model/neck_ring_original.go

package model

import (
	"fmt"
	"strings"

	pasturePb "gitee.com/xuyiping_admin/go_proto/proto/go/backend/cow"
)

type NeckRingOriginal struct {
	Id              int64                         `json:"id"`
	PastureId       int64                         `json:"pastureId"`
	Uuid            string                        `json:"uuid"`
	NeckRingNumber  string                        `json:"neckRingNumber"`  // 脖环号 （对应老表字段EID1）
	ActiveDate      string                        `json:"activeDate"`      // 采集时间-天(YYYY-MM-DD对应老表字段heatdate)
	Hours           int32                         `json:"hours"`           // 采集时间-小时(hours)
	Frameid         int32                         `json:"frameid"`         // 采集时长(对应老表frameid)
	Rumina          int32                         `json:"rumina"`          // 反刍时长(rumaina)
	Intake          int32                         `json:"intake"`          // 采食时长(intake)
	Inactive        int32                         `json:"inactive"`        // 静止时间(inactive)
	Gasp            int32                         `json:"gasp"`            // 喘息时长(Other)
	High            int32                         `json:"high"`            // 活动量(activitys)
	Active          int32                         `json:"active"`          // 运动时长(High)
	Other           int32                         `json:"other"`           // 其他时长
	FirmwareVersion int32                         `json:"firmwareVersion"` // 固件版本(对应老表Version)
	HardwareVersion int32                         `json:"hardwareVersion"` // 硬件版本
	Remain          int32                         `json:"remain"`          // 脖环剩余数据量，57之后为上一次上报结果
	Voltage         int32                         `json:"voltage"`         // 电池电压
	RestartReason   int32                         `json:"restartReason"`   // 脖环重启原因 (对应老表HIB)
	Upper           int32                         `json:"upper"`           // 脖环正向比例发射功率
	ActiveDateType  pasturePb.ActiveTimeType_Kind `json:"ActiveDateTimeType"`
	IsShow          pasturePb.IsShow_Kind         `json:"isShow"`
	Imei            string                        `json:"imei"`          // 4G模组IMEI(imei)
	ReceiveNumber   string                        `json:"receiveNumber"` // 接收器编号
	CreatedAt       int64                         `json:"createdAt"`
	UpdatedAt       int64                         `json:"updatedAt"`
}

func (n *NeckRingOriginal) TableName() string {
	return "neck_ring_original"
}

func NewNeckRingOriginal(neckLog *Behavior, pastureId int64) *NeckRingOriginal {
	activeDateTimeType := pasturePb.ActiveTimeType_Twenty_Minutes
	if neckLog.Frameid%10 == 8 {
		activeDateTimeType = pasturePb.ActiveTimeType_Two_Hours
	}

	return &NeckRingOriginal{
		Uuid:            neckLog.UUID,
		PastureId:       pastureId,
		NeckRingNumber:  fmt.Sprintf("%d", neckLog.Ecowid),
		Frameid:         neckLog.Frameid,
		Rumina:          neckLog.Rumina,
		Intake:          neckLog.Intake,
		Inactive:        neckLog.Inactive,
		Gasp:            neckLog.Other,
		High:            neckLog.Activitys,
		Active:          neckLog.High,
		FirmwareVersion: neckLog.Sver,
		HardwareVersion: neckLog.Hver,
		Remain:          neckLog.Remain,
		Voltage:         neckLog.BAT,
		RestartReason:   neckLog.STATUS,
		Upper:           neckLog.UpPer,
		Imei:            neckLog.Imei,
		ReceiveNumber:   neckLog.Imei,
		ActiveDateType:  activeDateTimeType,
		IsShow:          pasturePb.IsShow_No,
	}
}

const (
	AvgHours = int32(6)
	JoinKey  = "/"
)

type NeckRingOriginalMerge struct {
	Rumina          int32
	Inactive        int32
	Active          int32
	Intake          int32
	Other           int32
	High            int32
	Gasp            int32
	ActiveDate      string
	NeckRingNumber  string
	XframeId        int32
	ActiveDateType  pasturePb.ActiveTimeType_Kind
	RecordCount     int32
	PastureId       int64
	FirmwareVersion int32
	Voltage         int32
	IsShow          pasturePb.IsShow_Kind
}

func (n *NeckRingOriginalMerge) IsMageData(data *NeckRingOriginal, xframeId int32) {
	if n.RecordCount == 6 {
		return
	}
	avgParam := int32(1)
	if n.ActiveDateType == pasturePb.ActiveTimeType_Two_Hours {
		n.RecordCount = AvgHours
		avgParam = DefaultRecordCount
	} else {
		n.RecordCount += 1
	}
	high := data.High * avgParam
	if high > 8800 {
		high = 8800
	}
	n.Rumina += data.Rumina * avgParam
	n.Inactive += data.Inactive * avgParam
	n.Active += data.Active * avgParam
	n.Intake += data.Intake * avgParam
	n.Other += data.Other * avgParam
	n.Gasp += data.Gasp * avgParam
	n.High += high
	n.Voltage += data.Voltage
	n.ActiveDate = data.ActiveDate
	n.NeckRingNumber = data.NeckRingNumber
	n.XframeId = xframeId
	n.PastureId = data.PastureId
	n.FirmwareVersion = data.FirmwareVersion
	n.IsShow = pasturePb.IsShow_No
}

func (n *NeckRingOriginalMerge) SumAvg() {
	n.Rumina = int32(float32(n.Rumina) / float32(n.RecordCount) * float32(n.RecordCount))
	n.Inactive = int32(float32(n.Inactive) / float32(n.RecordCount) * float32(n.RecordCount))
	n.Active = int32(float32(n.Active) / float32(n.RecordCount) * float32(n.RecordCount))
	n.Intake = int32(float32(n.Intake) / float32(n.RecordCount) * float32(n.RecordCount))
	n.Other = int32(float32(n.Other) / float32(n.RecordCount) * float32(n.RecordCount))
	n.Gasp = int32(float32(n.Gasp) / float32(n.RecordCount) * float32(n.RecordCount))
	n.High = int32(float32(n.High) / float32(n.RecordCount) * float32(n.RecordCount))
	n.Voltage = int32(float32(n.Voltage) / float32(n.RecordCount))
}

type NeckRingOriginalMap map[string]*NeckRingOriginalMerge

func (n NeckRingOriginalMap) ForMatData() []*NeckActiveHabit {
	res := make([]*NeckActiveHabit, 0)
	for key, v := range n {
		keyStrList := strings.Split(key, JoinKey)
		if len(keyStrList) != 3 {
			continue
		}
		res = append(res, NewNeckActiveHabit(v))
	}
	return res
}