How to use Get method of rod Package

Best Rod code snippet using rod.Get

moves.go

Source:moves.go Github

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...10 new_rod := RodDeepCopy(rod)11 // calculate initial surface energy12 og_surface_energy := CalcSurfaceEnergy(og_rod, config)13 // move rod to new location14 GetRandLoc(config, new_rod)15 GetGridID(config.box_dims, config.n_bins, config.grid_bins, new_rod)16 new_grid_id := new_rod.grid_id17 // run k rosenbluth trials to generate swap weights (new location - new orientations)18 GetRandOrientation(config, new_rod)19 GetAxes(new_rod)20 GetVertices(config.n_dim, config.n_vertices, new_rod)21 new_weights := make([]float64, config.k)22 var new_weight_sum float64 = 023 new_orientations := make([]float64, config.k)24 new_surface_energies := make([]float64, config.k)25 for i := 0; i < config.k; i++ {26 new_orientations[i] = new_rod.orientation27 surface_energy := CalcSurfaceEnergy(new_rod, config)28 no_overlaps := CheckNeighborOverlaps(new_rod, grid, rods, config)29 if no_overlaps {30 p := math.Exp(-config.beta * surface_energy)31 new_weights[i] = p32 new_weight_sum += p33 new_surface_energies[i] = surface_energy34 } else {35 new_weights[i] = 036 new_surface_energies[i] = surface_energy + 10e837 }38 if i != (config.k - 1) {39 GetRandOrientation(config, new_rod)40 GetAxes(new_rod)41 GetVertices(config.n_dim, config.n_vertices, new_rod)42 }43 }44 // select new configuration45 var new_surface_energy float6446 new_rod.orientation, new_surface_energy = SelectWeightedConfig(new_orientations, new_surface_energies, new_weights, new_weight_sum, config.k)47 // run k-1 rosenbluth trials to generate weights for original configuration48 var og_weight_sum float64 = math.Exp(-config.beta * og_surface_energy)49 for i := 0; i < (config.k - 1); i++ {50 GetRandOrientation(config, og_rod)51 GetAxes(og_rod)52 GetVertices(config.n_dim, config.n_vertices, og_rod)53 no_overlaps := CheckNeighborOverlaps(og_rod, grid, rods, config)54 if no_overlaps {55 surface_energy := CalcSurfaceEnergy(og_rod, config)56 og_weight_sum += math.Exp(-config.beta * surface_energy)57 }58 }59 // calculate acceptance probability for swap60 var acc float6461 if config.k == 1 {62 acc = math.Exp(-config.beta * (new_surface_energy - og_surface_energy))63 } else {64 acc = (og_weight_sum / new_weight_sum) * math.Exp(-config.beta*(new_surface_energy-og_surface_energy))65 }66 if rand.Float64() < acc {67 // move accepted68 GetAxes(new_rod)69 GetVertices(config.n_dim, config.n_vertices, new_rod)70 if og_grid_id == new_rod.grid_id {71 rods[rod.id] = new_rod72 } else {73 new_rod.grid_id = og_grid_id // temporarily store old grid_id in rod to update old neighbor lists74 RemFromNeighborLists(new_rod, grid)75 new_rod.grid_id = new_grid_id // restore new grid_id to add to new neighbor lists76 AddToNeighborLists(new_rod, grid)77 rods[rod.id] = new_rod78 }79 config.potential_energy += (new_surface_energy - og_surface_energy)80 config.swap_successes++81 }82 config.swap_attempts++83}84func Translate(rod *Rod, grid []*GridSpace, config *Config, rods []*Rod) {85 // store original rod location and grid id86 og_loc := rod.loc87 og_grid_id := rod.grid_id88 // get new location within 1 distance away from current rod COM89 new_loc := make([]float64, config.n_dim)90 if !config.restrict_translations {91 var max_r float64 = 192 max_theta := 2 * math.Pi93 r := rand.Float64() * max_r94 theta := rand.Float64() * max_theta95 v := [2]float64{r * math.Sin(theta), r * math.Cos(theta)}96 new_loc[0] = og_loc[0] + v[0]97 new_loc[1] = og_loc[1] + v[1]98 if new_loc[0] >= config.box_dims[0] {99 new_loc[0] -= config.box_dims[0]100 }101 if new_loc[1] >= config.box_dims[1] {102 new_loc[1] -= config.box_dims[1]103 }104 if new_loc[0] < 0 {105 new_loc[0] += config.box_dims[0]106 }107 if new_loc[1] < 0 {108 new_loc[1] += config.box_dims[0]109 }110 } else {111 rand_move_idx := rand.Intn(len(config.lattice_moves))112 rand_move := config.lattice_moves[rand_move_idx]113 new_lattice_x := rod.lattice_x + rand_move[0]114 new_lattice_y := rod.lattice_y + rand_move[1]115 if new_lattice_x >= config.lattice_x {116 new_lattice_x -= config.lattice_x117 }118 if new_lattice_y >= config.lattice_y {119 new_lattice_y -= config.lattice_y120 }121 if new_lattice_x < 0 {122 new_lattice_x += config.lattice_x123 }124 if new_lattice_y < 0 {125 new_lattice_y += config.lattice_y126 }127 rod.lattice_x = new_lattice_x128 rod.lattice_y = new_lattice_y129 new_loc[0] = config.lattice_grid[rod.lattice_x][rod.lattice_y][0]130 new_loc[1] = config.lattice_grid[rod.lattice_x][rod.lattice_y][1]131 if new_loc[0] > config.box_dims[0] {132 new_loc[0] -= config.box_dims[0]133 }134 if new_loc[1] > config.box_dims[1] {135 new_loc[1] -= config.box_dims[1]136 }137 if new_loc[0] < 0 {138 new_loc[0] += config.box_dims[0]139 }140 if new_loc[1] < 0 {141 new_loc[1] += config.box_dims[0]142 }143 }144 rod.loc = new_loc145 GetGridID(config.box_dims, config.n_bins, config.grid_bins, rod)146 GetAxes(rod)147 GetVertices(config.n_dim, config.n_vertices, rod)148 new_grid_id := rod.grid_id149 // check new rod location for overlaps150 no_overlaps := CheckNeighborOverlaps(rod, grid, rods, config)151 // automatically accept move if there are no overlaps152 if no_overlaps {153 // move accepted154 if og_grid_id == rod.grid_id {155 rods[rod.id] = rod156 } else {157 rod.grid_id = og_grid_id // temporarily store old grid_id in rod to update old neighbor lists158 RemFromNeighborLists(rod, grid)159 rod.grid_id = new_grid_id // restore new grid_id to add to new neighbor lists160 AddToNeighborLists(rod, grid)161 }162 config.translation_successes++163 } else {164 // move rejected165 rod.loc = og_loc166 rod.grid_id = og_grid_id167 GetAxes(rod)168 GetVertices(config.n_dim, config.n_vertices, rod)169 }170 config.translation_attempts++171}172func Rotate(rod *Rod, grid []*GridSpace, config *Config, rods []*Rod) {173 // copy rod structs to use for rosenbluth trials174 og_rod := RodDeepCopy(rod)175 new_rod := RodDeepCopy(rod)176 // calculate initial surface energy177 og_surface_energy := CalcSurfaceEnergy(og_rod, config)178 // fmt.Printf("Original Surface Energy: %f\n", og_surface_energy)179 // run k rosenbluth trials to generate rotation weights (same location - new orientations)180 GetRandOrientation(config, new_rod)181 GetAxes(new_rod)182 GetVertices(config.n_dim, config.n_vertices, new_rod)183 new_weights := make([]float64, config.k)184 var new_weight_sum float64 = 0185 new_orientations := make([]float64, config.k)186 new_surface_energies := make([]float64, config.k)187 for i := 0; i < config.k; i++ {188 new_orientations[i] = new_rod.orientation189 surface_energy := CalcSurfaceEnergy(new_rod, config)190 no_overlaps := CheckNeighborOverlaps(new_rod, grid, rods, config)191 if no_overlaps {192 p := math.Exp(-config.beta * surface_energy)193 // fmt.Printf("New Surface Energy: %f\n", surface_energy)194 new_weights[i] = p195 new_weight_sum += p196 new_surface_energies[i] = surface_energy197 } else {198 // fmt.Printf("New Surface Energy: %f\n", surface_energy+10e8)199 new_weights[i] = 0200 new_surface_energies[i] = surface_energy + 10e8201 }202 if i != (config.k - 1) {203 GetRandOrientation(config, new_rod)204 GetAxes(new_rod)205 GetVertices(config.n_dim, config.n_vertices, new_rod)206 }207 }208 // select new configuration209 var new_surface_energy float64210 new_rod.orientation, new_surface_energy = SelectWeightedConfig(new_orientations, new_surface_energies, new_weights, new_weight_sum, config.k)211 // run k-1 rosenbluth trials to generate weights for original configuration212 var og_weight_sum float64 = math.Exp(-config.beta * og_surface_energy)213 for i := 0; i < (config.k - 1); i++ {214 GetRandOrientation(config, og_rod)215 GetAxes(og_rod)216 GetVertices(config.n_dim, config.n_vertices, og_rod)217 no_overlaps := CheckNeighborOverlaps(og_rod, grid, rods, config)218 if no_overlaps {219 surface_energy := CalcSurfaceEnergy(og_rod, config)220 og_weight_sum += math.Exp(-config.beta * surface_energy)221 }222 }223 // calculate acceptance probability for rotation224 var acc float64225 if config.k == 1 {226 acc = math.Exp(-config.beta * (new_surface_energy - og_surface_energy))227 } else {228 acc = (og_weight_sum / new_weight_sum) * math.Exp(-config.beta*(new_surface_energy-og_surface_energy))229 }230 // fmt.Printf("acceptance probability: %f\n", acc)231 if rand.Float64() < acc {232 // move accepted233 GetAxes(new_rod)234 GetVertices(config.n_dim, config.n_vertices, new_rod)235 rods[rod.id] = new_rod236 config.potential_energy += (new_surface_energy - og_surface_energy)237 if og_rod.orientation != new_rod.orientation {238 config.rotation_successes++239 }240 }241 config.rotation_attempts++242}243func Insert(grid []*GridSpace, config *Config, rods *[]*Rod) {244 // find rod id to insert and either create new rod or refresh rod state245 fromScratch := false246 var rod *Rod247 if len(config.avail_rod_ids) > 0 {248 rand_id := rand.Intn(len(config.avail_rod_ids))249 rod_id := config.avail_rod_ids[rand_id]250 rod = (*rods)[rod_id]251 RodRefresh(config, rod)252 } else {253 fromScratch = true254 rod_id := config.next_unused_rod_id255 rod = &Rod{}256 rod.id = rod_id257 RodInit(config, rod)258 }259 // set rosenbluth k to 1 for insertion260 k := 1261 // run k rosenbluth trials to generate insertion weights (same location - new orientation)262 new_weights := make([]float64, k)263 var new_weight_sum float64 = 0264 new_orientations := make([]float64, k)265 new_surface_energies := make([]float64, k)266 for i := 0; i < k; i++ {267 new_orientations[i] = rod.orientation268 surface_energy := CalcSurfaceEnergy(rod, config)269 no_overlaps := CheckNeighborOverlaps(rod, grid, *rods, config)270 if no_overlaps {271 p := math.Exp(-config.beta * surface_energy)272 new_weights[i] = p273 new_weight_sum += p274 new_surface_energies[i] = surface_energy275 } else {276 new_weights[i] = 0277 new_surface_energies[i] = surface_energy + 10e8278 }279 if i != (k - 1) {280 GetRandOrientation(config, rod)281 GetAxes(rod)282 GetVertices(config.n_dim, config.n_vertices, rod)283 }284 }285 // select new configuration286 var new_surface_energy float64287 rod.orientation, new_surface_energy = SelectWeightedConfig(new_orientations, new_surface_energies, new_weights, new_weight_sum, k)288 // calculate acceptance probability for insertion289 N := float64(config.n_rods)290 acc := (config.V * math.Exp(config.beta*(config.mu-new_surface_energy)) / (N + 1))291 if rand.Float64() < acc {292 // move accepted293 rod.exists = true294 GetAxes(rod)295 GetVertices(config.n_dim, config.n_vertices, rod)296 // add rod to neighbor lists297 AddToNeighborLists(rod, grid)298 // update avail ids299 if !fromScratch {300 cur_rod_idx := 0301 for i := 0; i < len(config.avail_rod_ids); i++ {302 if config.avail_rod_ids[i] == rod.id {303 cur_rod_idx = i304 break305 }306 }307 config.avail_rod_ids = append(config.avail_rod_ids[:cur_rod_idx], config.avail_rod_ids[cur_rod_idx+1:]...)308 } else if fromScratch {309 config.next_unused_rod_id++...

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rod.go

Source:rod.go Github

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...33}34/**35 ロッド一覧取得36*/37func GetAllRods(rods []Rod, uid int) []Rod {38 db := database.GetDBConn()39 // ログインユーザは自分のロッドしか見れない40 db.Where("user_id = ?", uid).Preload("RodImage").Preload("RodHardnessCondition").Find(&rods)41 return rods42}43/**44 ロッド取得45*/46func GetRod(rod Rod, rod_id int, uid int) Rod {47 db := database.GetDBConn()48 // ログインユーザは自分のロッドしか見れない49 db.Where("user_id = ?", uid).Preload("RodImage").Preload("RodHardnessCondition").First(&rod, rod_id)50 return rod51}52/**53 ロッド更新54*/55func UpdateRod(r Rod, rod_id int) error {56 var rod Rod57 db := database.GetDBConn()58 // ログインユーザは自分のロッドしか見れない59 db.Where("user_id = ?", r.UserId).First(&rod, rod_id)60 result := db.Model(&rod).Updates(Rod{61 Name: r.Name,62 UserId: r.UserId,63 Hardness: r.Hardness,64 Length: r.Length,65 CompanyName: r.CompanyName,66 }).Error67 return result68}69/**70 ロッド作成71*/72func CreateRod(rod Rod, image Image) error {73 // ロッド画像モデル74 var rod_image RodImage75 db := database.GetDBConn()76 result := db.Transaction(func(tx *gorm.DB) error {77 if err := tx.Create(&rod).Error; err != nil {78 // エラーの場合ロールバックされる79 return err80 }81 if (Image{}) != image { // 画像データがセットされている場合82 // 画像データにロッドIDをセット83 rod_image.RodId = rod.ID84 file_name := CreateImageName()85 image_path := "/rod_image/" + strconv.Itoa(rod.UserId) + "/" + file_name86 rod_image.ImageFile = image_path87 if err := tx.Create(&rod_image).Error; err != nil {88 // エラーの場合ロールバックされる89 return err90 }91 // S3に画像アップロード92 UploadToS3(image, image_path)93 }94 // nilが返却されるとトランザクション内の全処理がコミットされる95 return nil96 })97 return result98}99/**100 ロッド削除101*/102func DeleteRod(rod Rod, rod_id int) error {103 db := database.GetDBConn()104 db.First(&rod, rod_id)105 result := db.Delete(&rod).Error106 return result107}...

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cookie.go

Source:cookie.go Github

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...24 })25 }26 return27}28func GetHttpCookies(page *rod.Page) (cookies []*http.Cookie, err error) {29 var rodCookies []*proto.NetworkCookie30 rodCookies, err = GetCookies(page)31 if err != nil {32 err = fmt.Errorf("GetCookies: %w", err)33 return34 }35 cookies = RodCookies(rodCookies).ToHttpCookies()36 return37}38func GetCookies(page *rod.Page) (cookies []*proto.NetworkCookie, err error) {39 cookies, err = page.Timeout(time.Second * 3).Cookies([]string{40 "https://e.qq.com",41 "https://sso.e.qq.com",42 "https://mp.weixin.qq.com",43 "https://ad.qq.com",44 })45 return46}47func GetCookieMap(page *rod.Page) (cookieMap map[string]*proto.NetworkCookie, err error) {48 cookies, err := GetCookies(page)49 if err != nil {50 err = fmt.Errorf("get cookies: %w", err)51 return52 }53 cookieMap = make(map[string]*proto.NetworkCookie)54 for _, cookie := range cookies {55 cookieMap[cookie.Name] = cookie56 }57 return58}59func GetCookie(page *rod.Page, name string) (cookie *proto.NetworkCookie, err error) {60 var found bool61 var cookieMap map[string]*proto.NetworkCookie62 cookieMap, err = GetCookieMap(page)63 if err != nil {64 err = fmt.Errorf("48 r.GetCookieMap: %w", err)65 return66 }67 cookie, found = cookieMap[name]68 if !found {69 err = fmt.Errorf("not found cookie: %v", name)70 return71 }72 return73}...

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1import (2func main() {3 browser := rod.New().MustConnect()4 defer browser.MustClose()5 title, err := page.Eval(`document.title`).String()6 if err != nil {7 panic(err)8 }9 fmt.Println(title)10 url, err := page.Eval(`document.URL`).String()11 if err != nil {12 panic(err)13 }14 fmt.Println(url)15 html, err := page.Eval(`document.documentElement.outerHTML`).String()16 if err != nil {17 panic(err)18 }19 fmt.Println(html)20 text, err := page.Eval(`document.documentElement.textContent`).String()21 if err != nil {22 panic(err)23 }24 fmt.Println(text)25 input, err := page.Eval(`document.getElementById("search").value`).String()26 if err != nil {27 panic(err)28 }29 fmt.Println(input)30 input2, err := page.Eval(`document.querySelector(".gLFyf").value`).String()31 if err != nil {32 panic(err)33 }34 fmt.Println(input2)35 input3, err := page.Eval(`document.querySelector(".gLFyf").value`).String()36 if err != nil {37 panic(err)38 }39 fmt.Println(input3)40 input4, err := page.Eval(`document.getElementById("search").value`).String()41 if err != nil {42 panic(err)43 }44 fmt.Println(input4)45 input5, err := page.Eval(`document.querySelector(".gLFyf").value`).String()46 if err != nil {47 panic(err)48 }49 fmt.Println(input5)50 input6, err := page.Eval(`document.getElementById("search").value`).String()

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1import (2func main() {3 url := launcher.New().MustLaunch()4 browser := rod.New().ControlURL(url).MustConnect()5 fmt.Println(page.MustGet("title"))6 browser.MustClose()7}8import (9func main() {10 url := launcher.New().MustLaunch()11 browser := rod.New().ControlURL(url).MustConnect()12 fmt.Println(page.MustGet("title"))13 browser.MustClose()14}15import (16func main() {17 url := launcher.New().MustLaunch()18 browser := rod.New().ControlURL(url).MustConnect()19 fmt.Println(page.MustGet("title"))20 browser.MustClose()21}22import (23func main() {24 url := launcher.New().MustLaunch()25 browser := rod.New().ControlURL(url).MustConnect()26 fmt.Println(page.MustGet("title"))27 browser.MustClose()28}29import (30func main() {31 url := launcher.New().MustLaunch()32 browser := rod.New().ControlURL(url).MustConnect()33 fmt.Println(page.MustGet("title"))34 browser.MustClose()35}36import (

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1import (2func main() {3 browser := rod.New().MustConnect()4 element := page.MustElement("#hplogo")5 fmt.Println(element.MustGet("alt"))6}7import (8func main() {9 browser := rod.New().MustConnect()10 element := page.MustElement("#hplogo")11 fmt.Println(element.MustGet("alt"))12}13import (14func main() {15 browser := rod.New().MustConnect()16 element := page.MustElement("#hplogo")17 fmt.Println(element.MustGet("alt"))18}19import (20func main() {21 browser := rod.New().MustConnect()22 element := page.MustElement("#hplogo")23 fmt.Println(element.MustGet("alt"))24}25import (26func main() {27 browser := rod.New().MustConnect()28 element := page.MustElement("#hplogo")29 fmt.Println(element.MustGet("alt"))30}31import (32func main() {33 browser := rod.New().MustConnect()34 element := page.MustElement("#hplogo")35 fmt.Println(element.MustGet("alt"))36}

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1import "fmt"2type Rod struct {3}4func (r Rod) Get() int {5}6func main() {7r := Rod{length: 5}8fmt.Println(r.Get())9}10import "fmt"11type Rod struct {12}13func (r *Rod) Set(l int) {14}15func main() {16r := Rod{length: 5}17r.Set(10)18fmt.Println(r.length)19}20import "fmt"21type Rod struct {22}23func (r *Rod) Get() int {24}25func (r *Rod) Set(l int) {26}27func main() {28r := Rod{length: 5}29r.Set(10)30fmt.Println(r.Get())31}32import "fmt"33type Rod struct {34}35func (r *Rod) Get() int {36}37func (r *Rod) Set(l int) {38}39func main() {40r := Rod{length: 5}41r.Set(10)42fmt.Println(r.Get())43}44import "fmt"45type Rod struct {46}47func (r *Rod) Get() int {48}49func (r *Rod) Set(l int) {50}51func main() {52r := Rod{length: 5}53r.Set(10)54fmt.Println(r.Get())55}56import "fmt"57type Rod struct {58}59func (r *Rod) Get() int {60}61func (r *Rod) Set(l int) {62}63func main() {64r := Rod{length: 5}65r.Set(10)66fmt.Println(r.Get())67}

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1import (2func main() {3 browser := rod.New().Connect()4 title := page.Element("h1").Text()5 fmt.Println(title)6}7import (8func main() {9 browser := rod.New().Connect()10 title := page.Element("h1").Text()11 fmt.Println(title)12}13import (14func main() {15 browser := rod.New().Connect()16 title := page.Element("h1").Text()17 fmt.Println(title)18}19import (20func main() {21 browser := rod.New().Connect()22 title := page.Element("h1").Text()23 fmt.Println(title)24}25import (26func main() {27 browser := rod.New().Connect()28 title := page.Element("h1").Text()29 fmt.Println(title)30}31import (32func main() {

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1import (2func main() {3 x, y := robotgo.GetMousePos()4 fmt.Println("pos:", x, y)5}6import (7func main() {8 x, y := robotgo.GetMousePos()9 fmt.Println("pos:", x, y)10 x, y = robotgo.GetMousePos()11 fmt.Println("pos:", x, y)12 x, y = robotgo.GetMousePos()13 fmt.Println("pos:", x, y)14 x, y = robotgo.GetMousePos()15 fmt.Println("pos:", x, y)16}17import (18func main() {19 x, y := robotgo.GetMousePos()20 fmt.Println("pos:", x, y)21 x, y = robotgo.GetMousePos()22 fmt.Println("pos:", x, y)23 x, y = robotgo.GetMousePos()24 fmt.Println("pos:", x, y)25 x, y = robotgo.GetMousePos()26 fmt.Println("pos:", x, y)27}

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1import (2type rod struct {3}4func main() {5 fmt.Println("enter length and diameter")6 fmt.Scan(&r1.length,&r1.diameter)7 fmt.Println("length of rod is ",r1.length)8 fmt.Println("diameter of rod is ",r1.diameter)9}10import (11type rod struct {12}13func (r *rod) get() {14 fmt.Println("enter length and diameter")15 fmt.Scan(&r.length,&r.diameter)16}17func main() {18 r1.get()19 fmt.Println("length of rod is ",r1.length)20 fmt.Println("diameter of rod is ",r1.diameter)21}22import (23type rod struct {24}25func (r *rod) get() {26 fmt.Println("enter length and diameter")27 fmt.Scan(&r.length,&r.diameter)28}29func (r *rod) display() {30 fmt.Println("length of rod is ",r.length)31 fmt.Println("diameter of rod is ",r.diameter)32}33func main() {34 r1.get()35 r1.display()36}37import (38type rod struct {39}40func (r *rod) get() {41 fmt.Println("enter length and diameter")42 fmt.Scan(&r.length,&r.diameter)43}44func (r *rod) display() {45 fmt.Println("length of rod is ",r.length)46 fmt.Println("diameter of rod is ",r.diameter)47}48func main() {49 r1.get()50 r1.display()51 r2.get()52 r2.display()53}54import (

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1import (2func main() {3 r.Get()4}5import (6func main() {7 r.Set(5.5)8}9import (10func main() {11 r.Get()12}13import (14func main() {15 r.Set(6.5)16}17import (18func main() {19 r.Get()20}21import (22func main() {23 r.Set(7.5)24}25import (26func main() {27 r.Get()28}29import (30func main() {31 r.Set(8.5)32}

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1import (2func main() {3 rod := Rod{length: 10, diameter: 2}4 fmt.Println(rod.Get())5}6type Rod struct {7}8func (r Rod) Get() int {9}10import (11func main() {12 rod := Rod{length: 10, diameter: 2}13 rod.Set(20, 4)14 fmt.Println(rod.Get())15}16type Rod struct {17}18func (r Rod) Get() int {19}20func (r *Rod) Set(length, diameter int) {21}22import (23func main() {24 rod := Rod{length: 10, diameter: 2}25 fmt.Println(rod.Get())26}27type Rod struct {28}29func (r *Rod) Get() int {30}31import (32func main() {33 rod := Rod{length: 10, diameter: 2}34 rod.Set(20, 4)35 fmt.Println(rod.Get())36}37type Rod struct {38}39func (r *Rod) Get() int {40}41func (r *Rod) Set(length, diameter int) {

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1import (2func main() {3 rod := new(Rod)4 fmt.Println("Length of the rod is", rod.GetLength())5 fmt.Println("Radius of the rod is", rod.GetRadius())6 fmt.Println("Mass of the rod is", rod.GetMass())7}

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