@ -4,12 +4,15 @@ import (
"encoding/json"
"fmt"
"strconv"
"time"
"github.com/flipped-aurora/gin-vue-admin/server/commonus"
"github.com/flipped-aurora/gin-vue-admin/server/global"
"github.com/flipped-aurora/gin-vue-admin/server/model/assessmentmodel"
"github.com/flipped-aurora/gin-vue-admin/server/model/common/response"
"github.com/flipped-aurora/gin-vue-admin/server/model/hrsystem"
"github.com/gin-gonic/gin"
"gorm.io/gorm"
)
//计算定量考核
@ -136,6 +139,15 @@ func GetAllZreoCapp(flKey, group, depart, dimen, targetId, year, timecopy, deaTa
}
//获取达成率配置
/ * GetPassRate ( group , depart , dimen , target , year , timecopy , deaTarget int64 )
@ group 集团
@ depart 部门
@ dimen 维度
@ target 指标
@ year 年
@ timecopy 辅助技术
@ deaTarget 指标细则
* /
func GetPassRate ( group , depart , dimen , target , year , timecopy , deaTarget int64 ) ( zeroPrize , allPrize , cappingPrize float64 ) {
var qualConfig assessmentmodel . QuantitativeConfig
gormDb := global . GVA_DB_Performanceappraisal . Where ( "`group` = ? AND `departmentid` = ? AND `dimension` = ? AND `target` = ? AND `year` = ?" , group , depart , dimen , target , year )
@ -153,23 +165,695 @@ func GetPassRate(group, depart, dimen, target, year, timecopy, deaTarget int64)
return
}
//定性
/ * SubjectiveAuxiliaryCalculationSumMethod ( wherStr string , i , status , class int , referenceScore int64 )
统计分数
@ wherStr 统计条件
@ i 步进器
@ status 是否为观察数据
@ class 指标类型 1 、 定性 ； 2 ： 定量
@ referenceScore 指标权重
* /
//成绩表查询
/ *
* /
func ( a * ApiGroup ) DepartmentTranscript ( c * gin . Context ) {
isTrue , userCont := commonus . ClientIdentity ( )
if isTrue != true {
response . Result ( 100 1 , isTrue , "您的身份令牌已经失效！请重新登录获取身份令牌！" , c )
response . Result ( 101 , isTrue , "您的身份令牌已经失效！请重新登录获取身份令牌！" , c )
return
}
var requestData TranscriptTable
c . ShouldBindJSON ( & requestData )
var orgList assessmentmodel
var orgList [ ] hrsystem . AdministrativeOrganization
gromDb := global . GVA_DB_HrDataBase . Model ( & hrsystem . AdministrativeOrganization { } ) . Where ( "state = 1" )
if requestData . Group != "" {
gromDb = gromDb . Where ( "superior = ?" , requestData . Group )
} else {
gromDb = gromDb . Where ( "superior = ?" , userCont . Company )
}
if requestData . Department != "" {
gromDb = gromDb . Where ( "`id` = ?" , requestData . Department )
}
err := gromDb . Find ( & orgList ) . Error
if err != nil {
response . Result ( 102 , err , "没有查询到数据" , c )
return
}
countDeparNum := len ( orgList )
if countDeparNum <= 0 {
response . Result ( 103 , err , "没有查询到数据" , c )
return
}
currentYear := commonus . ComputingTime ( time . Now ( ) . Unix ( ) , 1 )
if requestData . Year != "" {
yearInt64 , _ := strconv . ParseInt ( requestData . Year , 10 , 64 )
currentYear = yearInt64
}
var deaprtmenTranscript TranscriptTableData
for _ , v := range orgList {
syncProcess . Add ( 1 )
go deaprtmenTranscript . StatisticalResults ( userCont . Company , v , currentYear )
// break
}
syncProcess . Wait ( )
readStatisticsData := deaprtmenTranscript . readTranscriptData ( )
var AScore float64 = 0
var BScore float64 = 0
var CScore float64 = 0
var DScore float64 = 0
var EScore float64 = 0
var FScore float64 = 0
var GScore float64 = 0
var HScore float64 = 0
var IScore float64 = 0
var JScore float64 = 0
var KScore float64 = 0
var LScore float64 = 0
jiBuQi := 0
var echarsList TranscriptTableDateListChars
var echarsListOrg TranscriptTableDateListChars
if len ( requestData . Month ) > 0 {
var monthAry [ ] int
for i := 1 ; i <= 12 ; i ++ {
if commonus . IsInTrue [ int ] ( i , requestData . Month ) == true && commonus . IsInTrue [ string ] ( fmt . Sprintf ( "%v月" , i ) , echarsList . XLine ) == false {
echarsList . XLine = append ( echarsList . XLine , fmt . Sprintf ( "%v月" , i ) )
monthAry = append ( monthAry , i )
echarsListOrg . Cylindrical = append ( echarsListOrg . Cylindrical , fmt . Sprintf ( "%v月" , i ) )
}
}
} else {
echarsList . XLine = append ( echarsList . XLine , "1月" , "2月" , "3月" , "4月" , "5月" , "6月" , "7月" , "8月" , "9月" , "10月" , "11月" , "12月" )
}
var orgFen orgShierTongji
// var dfgfd []YlineData
for _ , readv := range readStatisticsData {
AScore = AScore + readv . A
BScore = BScore + readv . B
CScore = CScore + readv . C
DScore = DScore + readv . D
EScore = EScore + readv . E
FScore = FScore + readv . F
GScore = GScore + readv . G
HScore = HScore + readv . H
IScore = IScore + readv . I
JScore = JScore + readv . J
KScore = KScore + readv . K
LScore = LScore + readv . L
jiBuQi ++
echarsList . Cylindrical = append ( echarsList . Cylindrical , readv . Department )
echarsListOrg . XLine = append ( echarsListOrg . XLine , readv . Department )
var cyLineAry_1 YlineData
cyLineAry_1 . Name = readv . Department
// var yZhoue YlineData
if readv . A == - 10000 {
readv . A = 0
}
if readv . B == - 10000 {
readv . B = 0
}
if readv . C == - 10000 {
readv . C = 0
}
if readv . D == - 10000 {
readv . D = 0
}
if readv . E == - 10000 {
readv . E = 0
}
if readv . F == - 10000 {
readv . F = 0
}
if readv . G == - 10000 {
readv . G = 0
}
if readv . H == - 10000 {
readv . H = 0
}
if readv . I == - 10000 {
readv . I = 0
}
if readv . J == - 10000 {
readv . J = 0
}
if readv . K == - 10000 {
readv . K = 0
}
if readv . L == - 10000 {
readv . L = 0
}
if len ( requestData . Month ) > 0 {
if commonus . IsInTrue [ int ] ( 1 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 1))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . A )
}
if commonus . IsInTrue [ int ] ( 2 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 2))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . B )
}
if commonus . IsInTrue [ int ] ( 3 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 3))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . C )
}
if commonus . IsInTrue [ int ] ( 4 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 4))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . D )
}
if commonus . IsInTrue [ int ] ( 5 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 5))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . E )
}
if commonus . IsInTrue [ int ] ( 6 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 6))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . F )
}
if commonus . IsInTrue [ int ] ( 7 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 7))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . G )
}
if commonus . IsInTrue [ int ] ( 8 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 8))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . H )
}
if commonus . IsInTrue [ int ] ( 9 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 9))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . I )
}
if commonus . IsInTrue [ int ] ( 10 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 10))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . J )
}
if commonus . IsInTrue [ int ] ( 11 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 11))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . K )
}
if commonus . IsInTrue [ int ] ( 12 , requestData . Month ) == true {
// echarsList.XLine = append(echarsList.XLine, fmt.Sprintf("%v月", 12))
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . L )
}
} else {
cyLineAry_1 . Data = append ( cyLineAry_1 . Data , readv . A , readv . B , readv . C , readv . D , readv . E , readv . F , readv . G , readv . H , readv . I , readv . J , readv . K , readv . L )
// cyLineAry_2.Data = append(cyLineAry_1.Data, readv.A, readv.B, readv.C, readv.D, readv.E, readv.F, readv.G, readv.H, readv.I, readv.J, readv.K, readv.L)
}
orgFen . A = append ( orgFen . A , readv . A )
orgFen . B = append ( orgFen . B , readv . B )
orgFen . C = append ( orgFen . C , readv . C )
orgFen . D = append ( orgFen . D , readv . D )
orgFen . E = append ( orgFen . E , readv . E )
orgFen . F = append ( orgFen . F , readv . F )
orgFen . G = append ( orgFen . G , readv . G )
orgFen . H = append ( orgFen . H , readv . H )
orgFen . I = append ( orgFen . I , readv . I )
orgFen . J = append ( orgFen . J , readv . J )
orgFen . K = append ( orgFen . K , readv . K )
orgFen . L = append ( orgFen . L , readv . L )
echarsList . YLine = append ( echarsList . YLine , cyLineAry_1 )
// echarsListOrg.YLine = append(echarsListOrg.YLine, cyLineAry_2)
}
if jiBuQi > 0 {
var pingJunFen TranscriptTableDateList
pingJunFen . DepartmentId = "0"
pingJunFen . Department = "平均分"
pingJunFen . A = commonus . Decimal ( AScore / float64 ( jiBuQi ) )
pingJunFen . B = commonus . Decimal ( BScore / float64 ( jiBuQi ) )
pingJunFen . C = commonus . Decimal ( CScore / float64 ( jiBuQi ) )
pingJunFen . D = commonus . Decimal ( DScore / float64 ( jiBuQi ) )
pingJunFen . E = commonus . Decimal ( EScore / float64 ( jiBuQi ) )
pingJunFen . F = commonus . Decimal ( FScore / float64 ( jiBuQi ) )
pingJunFen . G = commonus . Decimal ( GScore / float64 ( jiBuQi ) )
pingJunFen . H = commonus . Decimal ( HScore / float64 ( jiBuQi ) )
pingJunFen . I = commonus . Decimal ( IScore / float64 ( jiBuQi ) )
pingJunFen . J = commonus . Decimal ( JScore / float64 ( jiBuQi ) )
pingJunFen . K = commonus . Decimal ( KScore / float64 ( jiBuQi ) )
pingJunFen . L = commonus . Decimal ( LScore / float64 ( jiBuQi ) )
readStatisticsData = append ( readStatisticsData , pingJunFen )
}
var monthInt [ ] int
if len ( requestData . Month ) <= 0 {
for dkj := 1 ; dkj <= 12 ; dkj ++ {
monthInt = append ( monthInt , dkj )
}
} else {
monthInt = requestData . Month
}
for _ , mvv := range monthInt {
switch mvv {
case 1 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "1月"
cyLineAry_2 . Data = orgFen . A
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 2 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "2月"
cyLineAry_2 . Data = orgFen . B
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 3 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "3月"
cyLineAry_2 . Data = orgFen . C
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 4 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "4月"
cyLineAry_2 . Data = orgFen . D
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 5 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "5月"
cyLineAry_2 . Data = orgFen . E
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 6 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "6月"
cyLineAry_2 . Data = orgFen . F
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 7 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "7月"
cyLineAry_2 . Data = orgFen . G
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 8 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "8月"
cyLineAry_2 . Data = orgFen . H
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 9 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "9月"
cyLineAry_2 . Data = orgFen . I
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 10 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "10月"
cyLineAry_2 . Data = orgFen . G
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 11 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "11月"
cyLineAry_2 . Data = orgFen . K
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
case 12 :
var cyLineAry_2 YlineData
cyLineAry_2 . Name = "12月"
cyLineAry_2 . Data = orgFen . L
echarsListOrg . YLine = append ( echarsListOrg . YLine , cyLineAry_2 )
}
}
outData := commonus . MapOut ( )
outData [ "readStatisticsData" ] = readStatisticsData
outData [ "echarsList" ] = echarsList
outData [ "echarsListOrg" ] = echarsListOrg
response . Result ( 0 , outData , "查询完成" , c )
}
func kjsd ( name string , yZhoue [ ] YlineData ) bool {
for _ , v := range yZhoue {
if v . Name == name {
return true
}
}
return false
}
//统计月度成绩
func ( t * TranscriptTableData ) StatisticalResults ( group string , orgCont hrsystem . AdministrativeOrganization , year int64 ) {
t . mutext . Lock ( )
defer t . mutext . Unlock ( )
//获取本本部门发行版考核方案
currentYear := commonus . ComputingTime ( time . Now ( ) . Unix ( ) , 1 )
var monthTody int64 = 12
if currentYear == year {
monthTody = commonus . ComputingTime ( time . Now ( ) . Unix ( ) , 3 )
}
var planVersion assessmentmodel . PlanVersio
err := global . GVA_DB_Performanceappraisal . Where ( "state = 1 AND department = ?" , orgCont . Id ) . First ( & planVersion ) . Error
if err == nil {
var planVersioInfo [ ] AddDutyNewCont
jsonErr := json . Unmarshal ( [ ] byte ( planVersion . Content ) , & planVersioInfo )
if jsonErr == nil {
var pingJunFen TranscriptTableDateList
pingJunFen . DepartmentId = strconv . FormatInt ( orgCont . Id , 10 )
pingJunFen . Department = orgCont . Name
if currentYear >= year {
if monthTody >= 1 {
pingJunFen . A = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 1 )
} else {
pingJunFen . A = - 10000
}
if monthTody >= 2 {
pingJunFen . B = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 2 )
} else {
pingJunFen . B = - 10000
}
if monthTody >= 3 {
pingJunFen . C = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 3 )
} else {
pingJunFen . C = - 10000
}
if monthTody >= 4 {
pingJunFen . D = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 4 )
} else {
pingJunFen . D = - 10000
}
if monthTody >= 5 {
pingJunFen . E = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 5 )
} else {
pingJunFen . E = - 10000
}
if monthTody >= 6 {
pingJunFen . F = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 6 )
} else {
pingJunFen . F = - 10000
}
if monthTody >= 7 {
pingJunFen . G = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 7 )
} else {
pingJunFen . G = - 10000
}
if monthTody >= 8 {
pingJunFen . H = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 8 )
} else {
pingJunFen . H = - 10000
}
if monthTody >= 9 {
pingJunFen . I = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 9 )
} else {
pingJunFen . I = - 10000
}
if monthTody >= 10 {
pingJunFen . J = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 10 )
} else {
pingJunFen . J = - 10000
}
if monthTody >= 11 {
pingJunFen . K = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 11 )
} else {
pingJunFen . K = - 10000
}
if monthTody >= 12 {
pingJunFen . L = StatisVersionTable ( group , planVersioInfo , orgCont . Id , year , 12 )
} else {
pingJunFen . L = - 10000
}
}
t . ScoreStatistics = append ( t . ScoreStatistics , pingJunFen )
}
}
syncProcess . Done ( )
}
//根据版本统计得分
/ *
@ planVersionCont 部门方案版本内容
@ orgId 部门ID
@ year 年
@ month 月
* /
func StatisVersionTable ( group string , planVersionCont [ ] AddDutyNewCont , orgId , year int64 , month int ) float64 {
var sumScore float64 = 0
var sumScoreKS float64 = 0
var deScore float64 = 0
var listgg [ ] defenfenxi
for _ , v := range planVersionCont {
sumScore = sumScore + float64 ( v . ZhiFraction )
for _ , vc := range v . Child {
var listggCont defenfenxi
sumScoreKS = sumScoreKS + float64 ( vc . ReferenceScore )
if vc . Status == 3 {
deScore = deScore + float64 ( vc . ReferenceScore )
listggCont . Stroce = float64 ( vc . ReferenceScore )
// fmt.Printf("Score---观察---ID--%v--->%v---->deScore---->%v\n", vc.Name, float64(vc.ReferenceScore), deScore)
}
if vc . Status == 1 && vc . Status != 3 {
var targetInfo assessmentmodel . EvaluationTarget
targetInfo . GetCont ( map [ string ] interface { } { "et_id" : vc . Id } , "et_type,et_cycle,et_title" )
listggCont . Title = targetInfo . Title
// if targetInfo.Type == 1 {
// //定性考核
// gormDb := global.GVA_DB_Performanceappraisal.Model(&assessmentmodel.ScoreFlow{}).Where("`sf_target_id` = ? AND `sf_duty_department` = ? AND `sf_year` = ? AND `sf_month` = ?", vc.Id, orgId, year, month)
// deScore = deScore + calculationDingXingScore(gormDb, float64(vc.ReferenceScore))
// } else {
// //定量考核
// gormDb := global.GVA_DB_Performanceappraisal.Model(&assessmentmodel.FlowDataLogType{}).Where("`month` = ?", month)
// deScore = deScore + calculationDingLiangScore(group, strconv.FormatInt(orgId, 10), v.Id, vc.Id, gormDb, vc.ReferenceScore, year, int64(month))
// }
switch targetInfo . Cycles {
case 5 :
//季度
jidu := 1
isWerint := false
// var monthAry []int
switch month {
case 3 :
//monthAry = []int{1, 2, 3}
isWerint = true
jidu = 1
case 6 :
//monthAry = []int{4, 5, 6}
isWerint = true
jidu = 2
case 9 :
//monthAry = []int{7, 8, 9}
isWerint = true
jidu = 3
case 12 :
//monthAry = []int{10, 11, 12}
isWerint = true
jidu = 4
default :
// deScore = deScore + float64(vc.ReferenceScore)
isWerint = false
jidu = 1
}
if isWerint == true {
if targetInfo . Type == 1 {
//定性考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . ScoreFlow { } ) . Where ( "`sf_target_id` = ? AND `sf_duty_department` = ? AND `sf_year` = ? AND `sf_quarter` = ?" , vc . Id , orgId , year , jidu )
fffff := calculationDingXingScore ( gormDb , float64 ( vc . ReferenceScore ) )
deScore = deScore + fffff
listggCont . Stroce = fffff
listggCont . TimeClass = "1"
// fmt.Printf("Score---季度---x----->%v\n", fffff)
} else {
//定量考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . FlowDataLogType { } ) . Where ( "`quarte` = ?" , jidu )
fffG := calculationDingLiangScore ( group , strconv . FormatInt ( orgId , 10 ) , v . Id , vc . Id , gormDb , vc . ReferenceScore , year , int64 ( jidu ) )
deScore = deScore + fffG
listggCont . Stroce = fffG
listggCont . TimeClass = "2"
// fmt.Printf("Score---季度---l----->%v\n", fffG)
}
} else {
deScore = deScore + float64 ( vc . ReferenceScore )
// fmt.Printf("Score---季度---z----->%v\n", float64(vc.ReferenceScore))
}
case 6 :
//年
if month == 12 {
if targetInfo . Type == 1 {
//定性考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . ScoreFlow { } ) . Where ( "`sf_target_id` = ? AND `sf_duty_department` = ? AND `sf_year` = ?" , vc . Id , orgId , year )
fffff := calculationDingXingScore ( gormDb , float64 ( vc . ReferenceScore ) )
deScore = deScore + fffff
listggCont . Stroce = fffff
listggCont . TimeClass = "1"
// fmt.Printf("Score---年---x----->%v\n", fffff)
} else {
//定量考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . FlowDataLogType { } )
fffG := calculationDingLiangScore ( group , strconv . FormatInt ( orgId , 10 ) , v . Id , vc . Id , gormDb , vc . ReferenceScore , year , 1 )
deScore = deScore + fffG
listggCont . Stroce = fffG
listggCont . TimeClass = "2"
// fmt.Printf("Score---年---l----->%v\n", fffG)
}
} else {
deScore = deScore + float64 ( vc . ReferenceScore )
// fmt.Printf("Score---年---z----->%v\n", float64(vc.ReferenceScore))
}
case 7 :
//半年
bannian := 1
isWerint := false
var monthAry [ ] int
switch month {
case 6 :
for i := 1 ; i <= 6 ; i ++ {
monthAry = append ( monthAry , i )
}
isWerint = true
bannian = 1
case 7 :
for i := 7 ; i <= 12 ; i ++ {
monthAry = append ( monthAry , i )
}
isWerint = true
bannian = 2
default :
// deScore = deScore + float64(vc.ReferenceScore)
isWerint = false
bannian = 1
}
if isWerint == true {
if targetInfo . Type == 1 {
//定性考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . ScoreFlow { } ) . Where ( "`sf_target_id` = ? AND `sf_duty_department` = ? AND `sf_year` = ? AND `sf_month` IN ?" , vc . Id , orgId , year , monthAry )
fffff := calculationDingXingScore ( gormDb , float64 ( vc . ReferenceScore ) )
deScore = deScore + fffff
listggCont . Stroce = fffff
listggCont . TimeClass = "1"
// fmt.Printf("Score---半年---x----->%v\n", fffff)
} else {
//定量考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . FlowDataLogType { } ) . Where ( "`month` IN ?" , monthAry )
fffG := calculationDingLiangScore ( group , strconv . FormatInt ( orgId , 10 ) , v . Id , vc . Id , gormDb , vc . ReferenceScore , year , int64 ( bannian ) )
deScore = deScore + fffG
listggCont . Stroce = fffG
listggCont . TimeClass = "2"
// fmt.Printf("Score---半年---l----->%v\n", fffG)
}
} else {
deScore = deScore + float64 ( vc . ReferenceScore )
// fmt.Printf("Score---半年---z----->%v\n", float64(vc.ReferenceScore))
}
default :
//月
if targetInfo . Type == 1 {
//定性考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . ScoreFlow { } ) . Where ( "`sf_target_id` = ? AND `sf_duty_department` = ? AND `sf_year` = ? AND `sf_month` = ?" , vc . Id , orgId , year , month )
fffff := calculationDingXingScore ( gormDb , float64 ( vc . ReferenceScore ) )
deScore = deScore + fffff
listggCont . Stroce = fffff
listggCont . TimeClass = "1"
// fmt.Printf("Score---月---x----->%v\n", fffff)
} else {
//定量考核
gormDb := global . GVA_DB_Performanceappraisal . Model ( & assessmentmodel . FlowDataLogType { } ) . Where ( "`month` = ?" , month )
fffG := calculationDingLiangScore ( group , strconv . FormatInt ( orgId , 10 ) , v . Id , vc . Id , gormDb , vc . ReferenceScore , year , int64 ( month ) )
deScore = deScore + fffG
listggCont . Stroce = fffG
listggCont . TimeClass = "2"
// fmt.Printf("Score---月---l----->%v\n", fffG)
}
}
}
// fmt.Printf("deScore--name:%v--->%v\n", vc.Name, deScore)
listgg = append ( listgg , listggCont )
}
}
// jskd, _ := json.Marshal(listgg)
// fmt.Printf("listgg----->%v\n", string(jskd))
// fmt.Printf("sumScore----->%v-----sumScoreKS---->%v---->deScore---->%v\n", sumScore, sumScoreKS, deScore)
return commonus . Decimal ( deScore )
}
//计算定性得分
/ * MMI021201
mm8888
@ gormDb 要查询得语句
@ referenceScore 指标权重
* /
func calculationDingXingScore ( gormDb * gorm . DB , referenceScore float64 ) float64 {
// return 0
var jiaFenAry [ ] TongjiFenShu
gormDb . Select ( "sf_score,sf_count" ) . Where ( "sf_plus_reduce_score = 1" ) . Where ( "sf_reply IN (2,3)" ) . Find ( & jiaFenAry )
//加分
var addSumScore float64 = 0
for _ , jiav := range jiaFenAry {
addSumScore = addSumScore + ( jiav . Score * jiav . Count )
}
//减分
var scoreReduction float64 = 0
var jianFenAry [ ] TongjiFenShu
gormDb . Select ( "sf_score,sf_count" ) . Where ( "sf_plus_reduce_score = 2" ) . Where ( "sf_reply IN (2,3)" ) . Find ( & jianFenAry )
for _ , jianv := range jianFenAry {
scoreReduction = scoreReduction + ( jianv . Score * jianv . Count )
}
sumScore := scoreReduction - addSumScore
return referenceScore - commonus . Decimal ( sumScore / 100 )
}
//计算定量得分
/ * func calculationDingLiangScore ( group , department , dimensionId , targetId string , gormDb * gorm . DB , referenceScore , year int64 , monthType int64 )
@ group 集团
@ department 部门
@ dimensionId 维度
@ targetId 指标
@ gormDb 要查询得语句
@ referenceScore 指标权重
@ year 年
@ monthType 辅助
* /
func calculationDingLiangScore ( group , department , dimensionId , targetId string , gormDb * gorm . DB , referenceScore , year int64 , monthType int64 ) float64 {
var fldList [ ] assessmentmodel . FlowDataLogType
gormDb = gormDb . Where ( "`targetid` = ? AND `group` = ? AND `department` = ? AND `year` = ?" , targetId , group , department , year )
err := gormDb . Find ( & fldList ) . Error
if err != nil {
return float64 ( referenceScore )
}
var actualScore float64 = 0
targetIdInt , _ := strconv . ParseInt ( targetId , 10 , 64 )
groupId , _ := strconv . ParseInt ( group , 10 , 64 )
departmentId , _ := strconv . ParseInt ( department , 10 , 64 )
dimensionIdInt , _ := strconv . ParseInt ( dimensionId , 10 , 64 )
if len ( fldList ) > 0 {
for _ , v := range fldList {
var zeroprize float64 = 0
var allprize float64 = 0
var capping float64 = 0
var baseLineAry [ ] FlowLogAllZreo
jsonErr := json . Unmarshal ( [ ] byte ( v . Baseline ) , & baseLineAry )
if jsonErr == nil {
for _ , tbsv := range baseLineAry {
if tbsv . TargetId == targetId {
zeroprize = tbsv . Zeroprize
allprize = tbsv . Allprize
capping = tbsv . Capping
}
}
} else {
zeroprize , allprize , capping = GetPassRate ( groupId , departmentId , dimensionIdInt , targetIdInt , year , monthType , 0 )
}
actualScoreVal , _ , _ , _ , _ := commonus . CalculateScore ( referenceScore , float64 ( v . Score ) , allprize , zeroprize , capping , 2 )
actualScore = actualScore + actualScoreVal
}
}
// zeroPrize, allPrize, cappingPrize := GetAllZreoCapp(lastEvalId, groupId, departmentId, dimensionIdInt, targetIdInt, year, monthType, 0)
// actualScore, _, _, _, _ := commonus.CalculateScore(referenceScore, scoreSum, allPrize, zeroPrize, cappingPrize, 2)
return actualScore
// return 0
}
