Pārlūkot izejas kodu

链动制度

tags/v4.3.0
huangjiajun pirms 1 gada
vecāks
revīzija
854eec6761
2 mainītis faili ar 189 papildinājumiem un 1 dzēšanām
  1. +1
    -1
      lib/comm_plan/init.go
  2. +188
    -0
      lib/comm_plan/winery.go

+ 1
- 1
lib/comm_plan/init.go Parādīt failu

@@ -7,7 +7,7 @@ var Fn = map[string]func(opt *PlanOpt, totalAmt, integralTotalAmt float64, userL
"lv_self": CalcSelf,
"lv_subsidy": CalcAll,
"lv_price": CalcAll,
"lv_winery": CalcAll,
"lv_winery": CalcWinery,
"lv_price_other": CalcOther,
}



+ 188
- 0
lib/comm_plan/winery.go Parādīt failu

@@ -0,0 +1,188 @@
package comm_plan

import (
zhios_order_relate_utils "code.fnuoos.com/go_rely_warehouse/zyos_go_order_relate_rule.git/utils"
zhios_order_relate_logx "code.fnuoos.com/go_rely_warehouse/zyos_go_order_relate_rule.git/utils/logx"
"fmt"
)

// 按总佣金的比例进行划分计算
func CalcWinery(opt *PlanOpt, totalAmt, integralTotalAmt float64, userList *LvUser, pvd string, sysFee float64, integralSysFee float64, level, levelWeight int) error {
grade := opt.UserRate
if len(grade) == 0 {
return zhios_order_relate_logx.Warn("level grade is not set")
}

//查出用户自购佣金
commission, commissionRatio, amountList, ratioList := CalReturnAmountAndRatio(userList.Lv, userList.OwnbuyReturnType, 0, "own", totalAmt, integralTotalAmt, opt)
userList.Profit = commission // 另外出来的佣金 兼容旧的
userList.ProfitList = amountList // 各币种分佣
userList.SubsidyFee = 0
ratioListMap := convertList2Map(ratioList)

for k, v := range userList.ProfitList {
userList.ProfitList[k].Val = ratioListMap[v.Cid] * v.Val
}
// 各种币换算出总的额度
totalAmtList := make([]*VirtualCoinCommission, 0)
for coinId, rate := range opt.VirtualCoinMoneyRatioList {
var amount float64
if coinId == 0 {
amount = totalAmt
} else {
amount = integralTotalAmt * zhios_order_relate_utils.AnyToFloat64(rate)
}
totalAmtList = append(totalAmtList, &VirtualCoinCommission{
Cid: zhios_order_relate_utils.AnyToString(coinId),
Val: amount,
})
}

var (
node = userList
maxLv = node.Lv // 当前等级
maxLevelWeight = node.LevelWeight // 当前权重
peerNum = 0 // 存在同级数
peerRate float64 = 0 // 同级累计比例
peerRateList = make([]*VirtualCoinCommission, 0) // 各虚拟币同级累计
restAmtList = make([]*VirtualCoinCommission, 0) // 各虚拟币剩余额度
accumulateRatioList = make([]*VirtualCoinCommission, 0) // 各虚拟币累计比例
restAmt = totalAmt - userList.Profit // 剩余比例
totalCommissionRatio = commissionRatio // 累计佣金比例
first = 1
sameProfit float64 = 0
sameProfitList = make([]*VirtualCoinCommission, 0)
)
// 计算剩余额度
restAmtList, _ = CalVirtualCommissionMinus(totalAmtList, amountList)
// 累计比例
accumulateRatioList = ratioList
restAmt = zhios_order_relate_utils.FloatFormat(restAmt, 2)

Loop:
for node.ParentUser != nil { //查找上级用户
node.ParentUser.Profit = 0

//佣金补贴奖励
subsidyFee, subsidyRatio, isOnlySubsidyFee, subsidyFeeList, subsidyRatioList := subsidyFeeDo(opt, totalAmt, integralTotalAmt, node.ParentUser, userList.NewLv, pvd, sysFee, integralSysFee)
node.ParentUser.SubsidyFee = subsidyFee
node.ParentUser.SubsidyFeeList = subsidyFeeList // 各币种补贴

// 如果父级比当前级别低, 跳过
// 同级奖, 如果父级别与当前级别一致,并且设置了对应比例
count := len(grade[maxLv].PeerRate)
if grade[maxLv].PeerRateList != nil {
count = len(grade[maxLv].PeerRateList)
}
var isBreak bool
zeroList := make(map[string]struct{})
// 同级奖
if node.ParentUser.LevelWeight == maxLevelWeight && count > peerNum {
var commission float64
var commissionRatio float64
var amountList = make([]*VirtualCoinCommission, 0)
var ratioList = make([]*VirtualCoinCommission, 0)
//同级奖励比例
if first == 0 {
commission, commissionRatio, amountList, ratioList = CalReturnAmountAndRatioWinery(maxLv, userList.OwnbuyReturnType, peerNum, "same_lv", sameProfit, sameProfitList, opt)
} else {
commission, commissionRatio, amountList, ratioList = CalReturnAmountAndRatio(maxLv, userList.OwnbuyReturnType, peerNum, "same_lv", totalAmt, integralTotalAmt, opt)
}
//佣金 (lv, isOnlySubsidy int, restAmt, profit, peerRate, totalRatio, restRatio, subsidyFee, subsidyBili float64, opt *PlanOpt)
node.ParentUser.Profit, restAmt, totalCommissionRatio, peerRate, node.ParentUser.SubsidyFee, isBreak = sameMoney(node.Lv, isOnlySubsidyFee, restAmt, commission, peerRate, totalCommissionRatio, commissionRatio, node.ParentUser.SubsidyFee, subsidyRatio, opt)
node.ParentUser.ProfitList, restAmtList, accumulateRatioList, peerRateList, node.ParentUser.SubsidyFeeList, zeroList = sameMoneyV2(node.Lv, isOnlySubsidyFee, totalAmtList, restAmtList, amountList, peerRateList, accumulateRatioList, ratioList, node.ParentUser.SubsidyFeeList, subsidyRatioList, opt)

// 全部都没得分了
if isBreak && len(zeroList) == len(opt.UserRate[maxLv].ReturnType) {
break Loop
}
peerNum++
} else if node.ParentUser.LevelWeight > maxLevelWeight {
if _, ok := grade[node.Lv]; !ok {
return zhios_order_relate_logx.Warn("level grade node.Lv is not set")
}
if _, ok := grade[node.ParentUser.Lv]; !ok {
return zhios_order_relate_logx.Warn("level grade node.ParentUser.Lv is not set")
}
commission, _, amountList, teamRatioList := CalReturnAmountAndRatio(node.ParentUser.Lv, userList.OwnbuyReturnType, peerNum, "team", totalAmt, integralTotalAmt, opt)
//佣金
node.ParentUser.Profit = commission
node.ParentUser.Profit, restAmt, totalCommissionRatio, node.ParentUser.SubsidyFee, isBreak = teamDiffMoney(node.ParentUser.Profit, grade[node.Lv].PayMode, isOnlySubsidyFee, totalAmt, restAmt, grade[node.ParentUser.Lv].TeamRate, totalCommissionRatio, peerRate, node.ParentUser.SubsidyFee, subsidyRatio)
//积分
node.ParentUser.ProfitList = amountList
// profitList []*VirtualCoinCommission, payMode, isOnlySubsidy int, totalAmtList, restAmtList, teamRatioList, totalRatioList, peerRateList, subsidyFeeList, subsidyRatioList []*VirtualCoinCommission
node.ParentUser.ProfitList, restAmtList, accumulateRatioList, node.ParentUser.SubsidyFeeList, zeroList = teamDiffMoneyV2(node.ParentUser.ProfitList, grade[node.Lv].PayMode, isOnlySubsidyFee, totalAmtList, restAmtList, teamRatioList, accumulateRatioList, peerRateList, subsidyFeeList, subsidyRatioList)

// 没得分了 就结束
if isBreak && len(zeroList) == len(opt.UserRate[maxLv].ReturnType) {
break Loop
}
// 等级往上升则置0
maxLevelWeight, maxLv, peerRate, peerRateList, peerNum, first, sameProfit, sameProfitList = node.ParentUser.LevelWeight, node.ParentUser.Lv, 0, nil, 0, 0, node.ParentUser.Profit, node.ParentUser.ProfitList
}
//如果是酒庄制度,要看这里处理 额外的补贴
subsidyFee, subsidyRatio, isOnlySubsidyFee, subsidyFeeList, subsidyRatioList = subsidyFeeDo(opt, totalAmt, integralTotalAmt, node.ParentUser, userList.NewLv, pvd, sysFee, integralSysFee)
node.ParentUser.SubsidyFee = subsidyFee
node.ParentUser.SubsidyFeeList = subsidyFeeList // 各币种补贴
node.Profit = zhios_order_relate_utils.StrToFloat64(fmt.Sprintf("%.4f", node.Profit))
node = node.ParentUser
}

return nil
}
func CalReturnAmountAndRatioWinery(level, ownbuyReturnType, peerNum int, userType string, profit float64, profitList []*VirtualCoinCommission, opt *PlanOpt) (commission, commissionRatio float64, amountList, ratioList []*VirtualCoinCommission) {
// 佣金的比例兼容旧系统 比例独立出来的 所以这样算
commissionRatio = getCommissionRatio(userType, level, peerNum, opt.UserRate)
commission = profit * commissionRatio
var maxReturnTypeCount = 0
var returnType = make([]string, 0)
for _, v := range opt.UserRate {
if v.ReturnType != nil {
if len(v.ReturnType) > maxReturnTypeCount {
maxReturnTypeCount = len(v.ReturnType)
returnType = v.ReturnType
}
}
}
profitListMap := make(map[string]float64)
for _, v := range profitList {
profitListMap[v.Cid] = v.Val
}
// 新版支持多种虚拟币 支持的种类id保存在ReturnType id=0代表现金佣金 其他为虚拟币
if returnType != nil { //返佣类型

for _, coinId := range returnType {
newFee := profitListMap[coinId]
if coinId == "0" {
newFee = profit
}
ratio := getVirtualCoinRatio(userType, level, peerNum, opt.UserRate, coinId)
amount := getCoinAmount(ratio, zhios_order_relate_utils.StrToInt(coinId), newFee, opt.VirtualCoinMoneyRatioList)
if coinId != "0" && opt.Mode == "lv_winery" && userType == "own" { //酒庄模式不在这里计算
amount = 0
}
amountList = append(amountList, &VirtualCoinCommission{
Cid: coinId,
Val: amount,
})
ratioList = append(ratioList, &VirtualCoinCommission{
Cid: coinId,
Val: zhios_order_relate_utils.AnyToFloat64(ratio),
})
}
}

if ownbuyReturnType == 1 { //自购不返利
commission = 0
for i := range amountList {
amountList[i].Val = 0
}
}
commission = zhios_order_relate_utils.FloatFormat(commission, 2)

for i, coin := range amountList {
amountList[i].Val = zhios_order_relate_utils.FloatFormat(coin.Val, 6)
}

return commission, commissionRatio, amountList, ratioList
}

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