营养接口调试、支付接口联调

app/src/main/java/com/sw/dualscreen/presentation/UserNutritionUtils.kt

@@ -4,6 +4,7 @@ package com.sw.dualscreen.presentation
 import android.text.TextUtils
 import com.sw.dualscreen.ext.toSafeDouble
 import com.sw.dualscreen.model.response.FoodInfo
+import com.sw.dualscreen.model.response.UserEnergy
 import com.sw.dualscreen.model.response.UserNutrition
 import com.sw.dualscreen.model.response.UserNutritionData
 import timber.log.Timber
@@ -22,7 +23,7 @@ object UserNutritionUtils {
         nutrition: UserNutrition,
         weight: Double,
         dinnerType: String
-    ): CalcResultInfo {
+    ): UserEnergy {
         // 初始化变量
         var totalKcal = 0.0
         var (calorie, grain, fruitsVegetables, meatEggs) = List(4) { 0.0 }
@@ -34,6 +35,7 @@ object UserNutritionUtils {
         meatEggs = calculateValue(foodInfo.meatEggs, weight)
 
         // 合并用户数据
+        //val maxKcal = (nutrition.calorie?:0.0) * calculateDinnerTypeRatio(dinnerType) / 10.0
         calorie += nutrition.calorie ?: 0.0
         grain += nutrition.stapleFood ?: 0.0
         fruitsVegetables += nutrition.fruitsVegetables ?: 0.0
@@ -43,24 +45,22 @@ object UserNutritionUtils {
         // 判断当餐最大热量
         //val maxKcal = userModel.totalEnergyCalculateScoreValue() * calculateDinnerTypeRatio(dinnerType) / 10
         //Timber.d("calculateNutrition maxKcal = ${maxKcal}, CalculateScoreValue = ${userModel.totalEnergyCalculateScoreValue()}")
-        // TODO: 测试数据-------------------------------
-        val rate = calculateDinnerTypeRatio(dinnerType) / 10.0
-        val maxKcal = totalKcal/ 0.26 / rate
-        val grainRecommend = "0-100"
-        val meatRecommend = "0-100"
-        val fruitsRecommend = "0-100"
-        // TODO: 测试数据-------------------------------
-        val calcResult = CalcResultInfo(
-            totalKcal = CalcInfo(
-                max = maxKcal,
-                min = 0.0,
-                current = totalKcal
-            ),
-            grain = parseRecommend(grainRecommend, grain),
-            fruits = parseRecommend(fruitsRecommend, fruitsVegetables),
-            meat = parseRecommend(meatRecommend, meatEggs)
+//        val calcResult = CalcResultInfo(
+//            totalKcal = CalcInfo(
+//                max = maxKcal,
+//                min = 0.0,
+//                current = totalKcal
+//            ),
+//            grain = parseRecommend(foodInfo.stapleFoodRecommend, grain),
+//            fruits = parseRecommend(foodInfo.fruitsVegetablesRecommend, fruitsVegetables),
+//            meat = parseRecommend(foodInfo.meatEggsRecommend, meatEggs)
+//        )
+        return UserEnergy(
+            calorie = totalKcal,
+            grain = grain,
+            fruitsVegetables = fruitsVegetables,
+            meatEggs = meatEggs
         )
-        return calcResult
     }
 
 //    fun calculateNutrition(
@@ -121,7 +121,7 @@ object UserNutritionUtils {
 //    }
 
     fun parseRecommend(recommend: String?, current: Double): CalcInfo {
-        var newCurrent = if (current < 0) 0.0 else current
+        val newCurrent = if (current < 0) 0.0 else current
         if (TextUtils.isEmpty(recommend) || !recommend!!.contains("-")) {
             Timber.e("parseRecommend recommend 格式错误")
             return CalcInfo(
@@ -154,6 +154,36 @@ object UserNutritionUtils {
         return max(max1, calcResultInfo.meat.max).toInt()
     }
 
+    fun getCalorieArray(left:String?, mid:String?, right: String?):DoubleArray {
+        val leftArray = (left?.ifBlank { "0-0" } ?: "0-0").split("-").map { it.toSafeDouble() }
+        val midArray = (mid?.ifBlank { "0-0" } ?: "0-0").split("-").map { it.toSafeDouble() }
+        val rightArray = (right?.ifBlank { "0-0" } ?: "0-0").split("-").map { it.toSafeDouble() }
+        return doubleArrayOf(
+            0.0, leftArray[0], midArray[0], rightArray[0], rightArray[1]
+        )
+    }
+
+    fun findCalorieIndex(num: Double, array: DoubleArray): Int {
+        if (array.isEmpty()) return 0
+        if (num < array[0]) return 0
+        if (num >= array[array.lastIndex]) return array.lastIndex
+
+        var left = 0
+        var right = array.lastIndex
+        while (left < right) {
+            val mid = left + (right - left) / 2
+            if (array[mid] <= num && num < array[mid + 1]) {
+                return mid
+            } else if (num < array[mid]) {
+                right = mid
+            } else {
+                left = mid + 1
+            }
+        }
+        return 0
+    }
+
+
     data class CalcInfo(
         var max: Double,
         var min: Double,