kpt-pasture/model/event_mating.go

package model

import (
	"time"

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

type EventMating struct {
	Id                int64                           `json:"id"`
	CowId             int64                           `json:"cowId"`
	DayAge            int32                           `json:"dayAge"`
	Lact              int32                           `json:"lact"`
	CowType           pasturePb.CowType_Kind          `json:"cowType"`
	CowKind           pasturePb.CowKind_Kind          `json:"cowKind"`
	CalvingAge        int32                           `json:"calvingAge"`
	PlanDay           int64                           `json:"planDay"`
	EndDay            int64                           `json:"endDay"`
	CalvingAt         int64                           `json:"calvingAt"`
	RealityDay        int64                           `json:"realityDay"`
	Status            pasturePb.IsShow_Kind           `json:"status"`
	MatingTimes       int32                           `json:"matingTimes"`
	MatingResult      pasturePb.MatingResult_Kind     `json:"matingResult"`
	MatingResultAt    int64                           `json:"matingResultAt"`
	ExposeEstrusType  pasturePb.ExposeEstrusType_Kind `json:"exposeEstrusType"`
	FrozenSemenNumber string                          `json:"frozenSemenNumber"`
	FrozenSemenCount  int32                           `json:"frozenSemenCount"`
	OperationId       int64                           `json:"operationId"`
	OperationName     string                          `json:"operationName"`
	MessageId         int64                           `json:"messageId"`
	MessageName       string                          `json:"messageName"`
	Remarks           string                          `json:"remarks"`
	CreatedAt         int64                           `json:"createdAt"`
	UpdatedAt         int64                           `json:"updatedAt"`
}

func (e *EventMating) TableName() string {
	return "event_mating"
}

func NewEventMating(cow *Cow, planDay int64) *EventMating {
	return &EventMating{
		CowId:            cow.Id,
		Lact:             cow.Lact,
		CowType:          cow.CowType,
		CowKind:          cow.CowKind,
		CalvingAt:        cow.CalvingAt,
		PlanDay:          planDay,
		EndDay:           planDay,
		MatingResult:     pasturePb.MatingResult_Invalid,
		ExposeEstrusType: pasturePb.ExposeEstrusType_Same_Time,
		Status:           pasturePb.IsShow_No,
	}
}

// NewEventMating2 自然发情的牛只
func NewEventMating2(cow *Cow, req *pasturePb.EventMating) *EventMating {
	return &EventMating{
		CowId:             cow.Id,
		Lact:              cow.Lact,
		DayAge:            cow.GetDayAge(),
		CowType:           cow.CowType,
		CowKind:           cow.CowKind,
		CalvingAt:         cow.CalvingAt,
		PlanDay:           int64(req.MatingAt),
		RealityDay:        int64(req.MatingAt),
		EndDay:            int64(req.MatingAt),
		MatingResult:      pasturePb.MatingResult_Invalid,
		ExposeEstrusType:  pasturePb.ExposeEstrusType_Natural_Estrus,
		Status:            pasturePb.IsShow_Ok,
		MatingTimes:       1,
		OperationId:       int64(req.OperationId),
		OperationName:     req.OperationName,
		FrozenSemenNumber: req.FrozenSemenNumber,
		FrozenSemenCount:  req.FrozenSemenCount,
		Remarks:           req.Remarks,
	}
}

func NewEventMatingList(cowList []*Cow, planDay int64) []*EventMating {
	var matingList []*EventMating
	for _, cow := range cowList {
		matingList = append(matingList, NewEventMating(cow, planDay))
	}
	return matingList
}

type EventMatingSlice []*EventMating

func (e EventMatingSlice) ToPB(exposeEstrusTypeMap map[pasturePb.ExposeEstrusType_Kind]string) []*pasturePb.SearchMatingList {
	res := make([]*pasturePb.SearchMatingList, len(e))
	for i, v := range e {
		res[i] = &pasturePb.SearchMatingList{
			Id:                   int32(v.Id),
			CowId:                int32(v.CowId),
			DayAge:               int32(v.DayAge),
			Lact:                 int32(v.Lact),
			CalvingAge:           v.CalvingAge,
			PlanDay:              time.Unix(v.PlanDay, 0).Format(LayoutDate2),
			RealityDay:           time.Unix(v.RealityDay, 0).Format(LayoutDate2),
			ExposeEstrusType:     v.ExposeEstrusType,
			ExposeEstrusTypeName: exposeEstrusTypeMap[v.ExposeEstrusType],
			FrozenSemenNumber:    v.FrozenSemenNumber,
			Remarks:              v.Remarks,
			OperationId:          int32(v.OperationId),
			OperationName:        v.OperationName,
			CreatedAt:            int32(v.CreatedAt),
			UpdatedAt:            int32(v.UpdatedAt),
		}
	}
	return res
}

type CowMatingBody struct {
	Id              int64                      `json:"id"`
	CowId           int64                      `json:"cowId"`
	BreedStatus     pasturePb.BreedStatus_Kind `json:"breedStatus"`
	BreedStatusName string                     `json:"breedStatusName"`
	CowType         pasturePb.CowType_Kind     `json:"cowType"`
	CowTypeName     string                     `json:"cowTypeName"`
	PenId           int32                      `json:"penId"`
	PenName         string                     `json:"penName"`
	Lact            int32                      `json:"lact"`
	CalvingAge      int32                      `json:"calvingAge"`
	AbortionAge     int32                      `json:"abortionAge"`
	DayAge          int32                      `json:"dayAge"`
	Status          pasturePb.IsShow_Kind      `json:"status"`
}

type CowMatingBodySlice []*CowMatingBody

func (s CowMatingBodySlice) ToPB(
	cowTypeMap map[pasturePb.CowType_Kind]string,
	breedStatusMap map[pasturePb.BreedStatus_Kind]string,
	penMap map[int32]*Pen,
) []*CowMatingBody {
	res := make([]*CowMatingBody, len(s))
	for i, v := range s {
		res[i] = &CowMatingBody{
			Id:              v.Id,
			CowId:           v.CowId,
			CowType:         v.CowType,
			CowTypeName:     cowTypeMap[v.CowType],
			BreedStatus:     v.BreedStatus,
			BreedStatusName: breedStatusMap[v.BreedStatus],
			PenName:         penMap[v.PenId].Name,
			PenId:           v.PenId,
			Lact:            v.Lact,
			CalvingAge:      v.CalvingAge,
			AbortionAge:     v.AbortionAge,
			DayAge:          v.DayAge,
			Status:          v.Status,
		}
	}
	return res
}

type MatingTimelyChart struct {
	CalvingAge int32  `json:"calvingAge"`
	RealityDay string `json:"realityDay"`
	LactGroup  string `json:"lactGroup"`
}

func (e EventMatingSlice) ToPB2() []*pasturePb.CowList {
	res := make([]*pasturePb.CowList, len(e))
	for i, v := range e {
		calvingAt, matingAtFormat := "", ""
		if v.CalvingAt > 0 {
			calvingAt = time.Unix(v.CalvingAt, 0).Format(LayoutDate2)
		}
		if v.RealityDay > 0 {
			matingAtFormat = time.Unix(v.RealityDay, 0).Format(LayoutDate2)
		}
		res[i] = &pasturePb.CowList{
			CowId:           int32(v.CowId),
			DayAge:          int32(v.DayAge),
			CalvingAge:      v.CalvingAge,
			MatingAtFormat:  matingAtFormat,
			CalvingAtFormat: calvingAt,
			Lact:            int32(v.Lact),
		}
	}
	return res
}

type MatingTimelyResponse struct {
	Code    int32             `json:"code"`
	Message string            `json:"message"`
	Data    *MatingTimelyData `json:"data"`
}

type MatingTimelyData struct {
	CowList []*pasturePb.CowList `json:"cowList"`
	Chart   *CowMatingChart      `json:"chart"`
}

type CowMatingChart struct {
	Lact0 [][]string `json:"lact0"`
	Lact1 [][]string `json:"lact1"`
	Lact2 [][]string `json:"lact2"`
	Lact3 [][]string `json:"lact3"`
}

// MultiFactorPregnancyRateResponse 多维度受胎率
type MultiFactorPregnancyRateResponse struct {
	Code    int32                         `json:"code"`
	Message string                        `json:"message"`
	Data    *MultiFactorPregnancyRateData `json:"data"`
}

// MultiFactorPregnancyRateList 多维度受胎率分析
type MultiFactorPregnancyRateList struct {
	StatisticMethod1   string  `json:"statisticMethod1"`   // 统计方式名称1 (月度、品种)
	StatisticMethod2   string  `json:"statisticMethod2"`   // 统计方式名称2 (月度、品种)
	PregnantRate       float32 `json:"pregnantRate"`       // 受胎率%（怀孕数 / 怀孕数 + 空怀数）
	PregnantCount      int32   `json:"pregnantCount"`      // 怀孕总数
	EmptyPregnantCount int32   `json:"emptyPregnantCount"` // 空怀数
	OtherCount         int32   `json:"otherCount"`         // 其他数 （配种后结果未知的个数，小于等于三次配种后，尚未孕检已经淘汰的个数）
	AbortionCount      int32   `json:"abortionCount"`      // 流产数 （已经怀孕后流产的个数）
	TotalCount         int32   `json:"totalCount"`         // 合计（ 怀孕总数+空怀数+其他数）
	SpcRate            float32 `json:"spcRate"`            // spc（1 / 受胎率）
	Months             string  `json:"months"`             // 月份
	OperationName      string  `json:"operationName"`      // 配种员名称
	Bull               string  `json:"bull"`               // 公牛
	Lact               string  `json:"lact"`               // 胎次
	MatingTimes        string  `json:"matingTimes"`        // 配次
	ExposeEstrusType   string  `json:"exposeEstrusType"`   // 发情揭发方式
	Week               string  `json:"week"`               // 周
}

type MultiFactorPregnancyRateData struct {
	Total    int32                           `json:"total"`
	PageSize int32                           `json:"pageSize"`
	Page     int32                           `json:"page"`
	List     []*MultiFactorPregnancyRateList `json:"list"`
	Chart    *MultiFactorPregnancyRateChart  `json:"chart"`
}

type MultiFactorPregnancyRateChart struct {
	Header          []string                     `json:"header"` // 标题头
	PregnantRateMap map[string]map[string]string `json:"pregnantRateMap"`
	KepMap          []string                     `json:"kepMap"`
}