# How to use min method of diff Package

Best Got code snippet using diff.min

areapointdiff.go

Source:areapointdiff.go

`...43}44func areaPointDiff(shapeA []areaPoint, shapeB []areaPoint) diffResult {45 countA := len(shapeA)46 countB := len(shapeB)47 minArrayB := make([]float64, countB)48 for i := range minArrayB {49 minArrayB[i] = math.MaxFloat6450 }51 var totalDiffA float6452 jobs := make(chan areaPointWorkerInput, countA)53 minDistanceA := make(chan float64, countA)54 totalLoops := countA * countB55 distanceB := make(chan minDistanceResult, totalLoops)56 go areaPointWorker(jobs, minDistanceA, distanceB)57 go areaPointWorker(jobs, minDistanceA, distanceB)58 go areaPointWorker(jobs, minDistanceA, distanceB)59 go areaPointWorker(jobs, minDistanceA, distanceB)60 go areaPointWorker(jobs, minDistanceA, distanceB)61 go areaPointWorker(jobs, minDistanceA, distanceB)62 go areaPointWorker(jobs, minDistanceA, distanceB)63 go areaPointWorker(jobs, minDistanceA, distanceB)64 go areaPointWorker(jobs, minDistanceA, distanceB)65 for i := 0; i < countA; i++ {66 pointA := shapeA[i]67 jobs <- areaPointWorkerInput{pointA, shapeB}68 }69 for i := 0; i < countA+totalLoops; i++ {70 select {71 case m := <-minDistanceA:72 totalDiffA += m73 case d := <-distanceB:74 minForShape(minArrayB, d.d, d.index)75 }76 }77 avgDiffA := totalDiffA / float64(countA)78 totalDiffB := sum(minArrayB)79 avgDiffB := totalDiffB / float64(countB)80 return diffResult{avgDiffA, avgDiffB, make([]float64, 0), make([]float64, 0)}81}82func areaPointWorker(jobs <-chan areaPointWorkerInput, results chan<- float64, distanceB chan<- minDistanceResult) {83 for n := range jobs {84 results <- minAreaPointDistance(n.pointA, n.shapeB, distanceB)85 }86}87func minAreaPointDistance(pointA areaPoint, shapeB []areaPoint, distanceB chan<- minDistanceResult) float64 {88 count := len(shapeB)89 min := math.MaxFloat6490 for i := 0; i < count; i++ {91 pointB := shapeB[i]92 d := areaPointDistance3D(pointA, pointB)93 if d < min {94 min = d95 }96 distanceB <- minDistanceResult{d, i}97 }98 return min99}100func clockwiseAreaScore(a areaPoint) float64 {101 // return a.clockwiseArea()102 clockwiseArea := a.clockwiseArea()103 sign := 1.0104 if clockwiseArea < 0 {105 sign = -1.0106 clockwiseArea = clockwiseArea * sign107 }108 adjusted := (math.Sqrt(clockwiseArea/2) * sign) * 10109 // adjusted := clockwiseArea / 2 * sign110 return adjusted111}112func aggrLeftRightAreaScore(a areaPoint) float64 {...`

p783-minimum-distance-between-bst-nodes.go

Source:p783-minimum-distance-between-bst-nodes.go

`...30const (31 MaxInt = int(^uint(0) >> 1)32 MinInt = -MaxInt - 133)34func minValueInBST(root *TreeNode) int {35 if root.Left != nil {36 return minValueInBST(root.Left)37 } else {38 return root.Val39 }40}41func maxValueInBST(root *TreeNode) int {42 if root.Right != nil {43 return maxValueInBST(root.Right)44 } else {45 return root.Val46 }47}48func minDiffInBST(root *TreeNode) int {49 minDiff := MaxInt50 if root == nil {51 return minDiff52 }53 if root.Left != nil {54 leftMaxValue := maxValueInBST(root.Left)55 diff := root.Val - leftMaxValue56 if diff < minDiff {57 minDiff = diff58 }59 leftDiff := minDiffInBST(root.Left)60 if leftDiff < minDiff {61 minDiff = leftDiff62 }63 }64 if root.Right != nil {65 rightMinValue := minValueInBST(root.Right)66 diff := rightMinValue - root.Val67 if diff < minDiff {68 minDiff = diff69 }70 rightDiff := minDiffInBST(root.Right)71 if rightDiff < minDiff {72 minDiff = rightDiff73 }74 }75 return minDiff76}77func main() {78 root := &TreeNode{Val: 4}79 root.Left = &TreeNode{Val: 2}80 root.Left.Left = &TreeNode{Val: 1}81 root.Left.Right = &TreeNode{Val: 3}82 root.Right = &TreeNode{Val: 6}83 fmt.Println("1 -> ", minDiffInBST(root))84 root2 := &TreeNode{Val: 27}85 root2.Right = &TreeNode{Val: 34}86 root2.Right.Right = &TreeNode{Val: 58}87 root2.Right.Right.Left = &TreeNode{Val: 50}88 root2.Right.Right.Left.Left = &TreeNode{Val: 44}89 fmt.Println("6 -> ", minDiffInBST(root2))90 root3 := &TreeNode{Val: 90}91 root3.Left = &TreeNode{Val: 69}92 root3.Left.Left = &TreeNode{Val: 49}93 root3.Left.Right = &TreeNode{Val: 89}94 root3.Left.Left.Right = &TreeNode{Val: 52}95 fmt.Println("1 -> ", minDiffInBST(root3))96}...`

p_test.go

Source:p_test.go

`1package p1818minabssumdiff2import (3 "fmt"4 "sort"5 "testing"6 "github.com/stretchr/testify/require"7)8func Test_minAbsoluteSumDiff(t *testing.T) {9 for _, tc := range []struct {10 nums1 []int11 nums2 []int12 want int13 }{14 {[]int{1, 7, 5}, []int{2, 3, 5}, 3},15 {[]int{2, 4, 6, 8, 10}, []int{2, 4, 6, 8, 10}, 0},16 {[]int{1, 10, 4, 4, 2, 7}, []int{9, 3, 5, 1, 7, 4}, 20},17 } {18 t.Run(fmt.Sprintf("%+v", tc.nums1), func(t *testing.T) {19 require.Equal(t, tc.want, minAbsoluteSumDiff(tc.nums1, tc.nums2))20 })21 }22}23func minAbsoluteSumDiff(nums1 []int, nums2 []int) int {24 n := len(nums1)25 type diff struct {26 n1, n2, d int27 }28 diffs := make([]diff, n)29 var totalDiff int30 for i, n1 := range nums1 {31 n2 := nums2[i]32 d := abs(n2 - n1)33 totalDiff += d34 diffs[i] = diff{n1, n2, d}35 }36 sort.Slice(diffs, func(i, j int) bool {37 return diffs[i].d > diffs[j].d38 })39 sort.Ints(nums1)40 // Find improvements to the diffs until the diff is smaller41 // than the maximum improvement so far42 minDiff := totalDiff43 for _, d := range diffs {44 if minDiff < totalDiff-d.d {45 break46 }47 // Find max reduction possible for this location48 i := sort.Search(n, func(i int) bool {49 return d.n2 < nums1[i]50 })51 switch {52 case i == n:53 minDiff = min(minDiff, totalDiff-d.d+abs(d.n2-nums1[n-1]))54 case i == 0:55 minDiff = min(minDiff, totalDiff-d.d+abs(d.n2-nums1[0]))56 default:57 for l := i; l >= i-1; l-- {58 minDiff = min(minDiff, totalDiff-d.d+abs(d.n2-nums1[l]))59 }60 for r := i + 1; r < n && r <= i+1; r++ {61 minDiff = min(minDiff, totalDiff-d.d+abs(d.n2-nums1[r]))62 }63 }64 }65 return minDiff % 100000000766}67func min(a, b int) int {68 if a < b {69 return a70 }71 return b72}73func max(a, b int) int {74 if a > b {75 return a76 }77 return b78}79func abs(a int) int {80 if a < 0 {81 return -a...`

min

Using AI Code Generation

`1import (2type diff struct {3}4func (d diff) min() int {5 if d.a < d.b {6 }7}8func main() {9 d := diff{a: 10, b: 20}10 fmt.Println("Min is ", d.min())11 fmt.Println("Min is ", math.Min(float64(d.a), float64(d.b)))12}`

min

Using AI Code Generation

`1import (2func main() {3 fmt.Println(math.Min(1, 2))4}5import (6func main() {7 fmt.Println(math.Min(1, 2))8}9import (10func main() {11 fmt.Println(math.Min(1, 2))12}13import (14func main() {15 fmt.Println(math.Min(1, 2))16}17import (18func main() {19 fmt.Println(math.Min(1, 2))20}21import (22func main() {23 fmt.Println(math.Min(1, 2))24}25import (26func main() {27 fmt.Println(math.Min(1, 2))28}29import (30func main() {31 fmt.Println(math.Min(1, 2))32}33import (34func main() {35 fmt.Println(math.Min(1, 2))36}37import (38func main() {39 fmt.Println(math.Min(1, 2))40}41import (42func main() {43 fmt.Println(math.Min(1, 2))44}45import (`

min

Using AI Code Generation

`1import "fmt"2import "math"3func main() {4 fmt.Println(math.Min(1, 2))5}6import "fmt"7import "math"8func main() {9 fmt.Println(math.Min(1, 2))10}11import "fmt"12import "math"13func main() {14 fmt.Println(math.Min(1, 2))15}16import "fmt"17import "math"18func main() {19 fmt.Println(math.Min(1, 2))20}21import "fmt"22import "math"23func main() {24 fmt.Println(math.Min(1, 2))25}26import "fmt"27import "math"28func main() {29 fmt.Println(math.Min(1, 2))30}31import "fmt"32import "math"33func main() {34 fmt.Println(math.Min(1, 2))35}36import "fmt"37import "math"38func main() {39 fmt.Println(math.Min(1, 2))40}`

min

Using AI Code Generation

`1import (2func main() {3 var result float64 = math.Min(x, y)4 fmt.Println(result)5}6import (7func main() {8 var result float64 = math.Max(x, y)9 fmt.Println(result)10}11import (12func main() {13 var result float64 = math.Ceil(x)14 fmt.Println(result)15}16import (17func main() {18 var result float64 = math.Floor(x)19 fmt.Println(result)20}21import (22func main() {23 var result float64 = math.Round(x)24 fmt.Println(result)25}26import (27func main() {28 var result float64 = math.Abs(x)29 fmt.Println(result)30}31import (32func main() {33 var result float64 = math.Sqrt(x)34 fmt.Println(result)35}36import (37func main() {`

min

Using AI Code Generation

`1import "fmt"2import "math"3func main() {4 fmt.Println(math.Min(2, 3))5}6import "fmt"7import "math"8func main() {9 fmt.Println(math.Min(2, 3))10 fmt.Println(math.Max(2, 3))11}12import "fmt"13import "math"14func main() {15 fmt.Println(math.Min(2, 3))16 fmt.Println(math.Max(2, 3))17 fmt.Println(math.Min(2.5, 3.5))18 fmt.Println(math.Max(2.5, 3.5))19}20import "fmt"21import "math"22func main() {23 fmt.Println(math.Min(2, 3))24 fmt.Println(math.Max(2, 3))25 fmt.Println(math.Min(2.5, 3.5))26 fmt.Println(math.Max(2.5, 3.5))27 fmt.Println(math.Min(2.5, 3))28 fmt.Println(math.Max(2.5, 3))29}30import "fmt"31import "math"32func main() {33 fmt.Println(math.Min(2, 3))34 fmt.Println(math.Max(2, 3))35 fmt.Println(math.Min(2.5, 3.5))36 fmt.Println(math.Max(2.5, 3.5))37 fmt.Println(math.Min(2.5, 3))38 fmt.Println(math.Max(2.5, 3))39 fmt.Println(math.Min(2, 3.5))40 fmt.Println(math.Max(2, 3.5))41}`

min

Using AI Code Generation

`1import (2func main() {3 fmt.Println("Enter two numbers")4 fmt.Scanln(&a, &b)5 fmt.Println("Minimum of two numbers is : ", math.Min(float64(a), float64(b)))6}7import (8func main() {9 fmt.Println("Enter two numbers")10 fmt.Scanln(&a, &b)11 fmt.Println("Maximum of two numbers is : ", math.Max(float64(a), float64(b)))12}13import (14func main() {15 fmt.Println("Enter two numbers")16 fmt.Scanln(&a, &b)17 fmt.Println("Value of ", a, " raised to the power ", b, " is : ", math.Pow(float64(a), float64(b)))18}19import (20func main() {`

min

Using AI Code Generation

`1import(2func main(){3 fmt.Println("Minimum of 2 and 3 is", diff.Min(2,3))4}5func Min(a int, b int) int{6 if a<b {7 }8}`

min

Using AI Code Generation

`1import "fmt"2func main() {3 fmt.Println("Hello World")4 var c = diff.min(a, b)5 fmt.Println("Minimum is ", c)6}7func min(a int, b int) int {8 if a < b {9 }10}11If you want to use the min method of diff class in 1.go file, you need to import the diff package in 1.go file. The import statement specifies the path of the diff package. The path is the path of the folder containing the diff package. The path is relative to`

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