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To get the remaining elements of the Tuple, the Rest property is used. The code is as follows −

Example

Live Demo

using System; public class Demo {    public static void Main(String[] args){       var tuple1 = Tuple.Create(75, 200, 500, 700, 100, 1200, 1500, 2000);       var tuple2 = Tuple.Create(75, 200, 500, 700, 100, 1200, 1500, 2000);       Console.WriteLine("Is Tuple1 equal to Tuple2? = "+tuple1.Equals(tuple2));       Console.WriteLine("HashCode of Tuple1 = "+tuple1.GetHashCode());       Console.WriteLine("HashCode of Tuple2 = "+tuple2.GetHashCode());       Console.WriteLine("Tuple1 Item 1st = "+tuple1.Item1);       Console.WriteLine("Tuple2 Item 1st = "+tuple2.Item1);       Console.WriteLine("Tuple1 Item 2nd = "+tuple1.Item2);       Console.WriteLine("Tuple2 Item 2nd = "+tuple2.Item2);       Console.WriteLine("Tuple1 Item 4th = "+tuple1.Item4);       Console.WriteLine("Tuple2 Item 4th = "+tuple2.Item4);       Console.WriteLine("Tuple1 Item 5th = "+tuple1.Item5);       Console.WriteLine("Tuple2 Item 5th = "+tuple2.Item5);       Console.WriteLine("Tuple1 Item 6th = "+tuple1.Item6);       Console.WriteLine("Tuple2 Item 6th = "+tuple2.Item6);       Console.WriteLine("Tuple1 Item 7th = "+tuple1.Item7);       Console.WriteLine("Tuple2 Item 7th = "+tuple2.Item7);       Console.WriteLine("Tuple1 rest value = "+tuple1.Rest);       Console.WriteLine("Tuple2 rest value = "+tuple2.Rest);    } } Output

This will produce the following output −

Is Tuple1 equal to Tuple2? = True HashCode of Tuple1 = 3247155 HashCode of Tuple2 = 3247155 Tuple1 Item 1st = 75 Tuple2 Item 1st = 75 Tuple1 Item 2nd = 200 Tuple2 Item 2nd = 200 Tuple1 Item 4th = 700 Tuple2 Item 4th = 700 Tuple1 Item 5th = 100 Tuple2 Item 5th = 100 Tuple1 Item 6th = 1200 Tuple2 Item 6th = 1200 Tuple1 Item 7th = 1500 Tuple2 Item 7th = 1500 Tuple1 rest value = (2000) Tuple2 rest value = (2000) Example

Let us now see another example −

 Live Demo

using System; public class Demo {    public static void Main(String[] args){       var tuple1 = Tuple.Create(75, 200, 500, 700, 100, 1200, 1500, Tuple.Create("AB", 2000, "CD"));       var tuple2 = Tuple.Create(75, 200, 500, 700, 100, 1200, 1500, Tuple.Create(2500, 3500, 4000, "XY"));       Console.WriteLine("Is Tuple1 equal to Tuple2? = "+tuple1.Equals(tuple2));       Console.WriteLine("HashCode of Tuple1 = "+tuple1.GetHashCode());       Console.WriteLine("HashCode of Tuple2 = "+tuple2.GetHashCode());       Console.WriteLine("Tuple1 Item 1st = "+tuple1.Item1);       Console.WriteLine("Tuple2 Item 1st = "+tuple2.Item1);       Console.WriteLine("Tuple1 Item 2nd = "+tuple1.Item2);       Console.WriteLine("Tuple2 Item 2nd = "+tuple2.Item2);       Console.WriteLine("Tuple1 Item 4th = "+tuple1.Item4);       Console.WriteLine("Tuple2 Item 4th = "+tuple2.Item4);       Console.WriteLine("Tuple1 Item 5th = "+tuple1.Item5);       Console.WriteLine("Tuple2 Item 5th = "+tuple2.Item5);       Console.WriteLine("Tuple1 Item 6th = "+tuple1.Item6);       Console.WriteLine("Tuple2 Item 6th = "+tuple2.Item6);       Console.WriteLine("Tuple1 Item 7th = "+tuple1.Item7);       Console.WriteLine("Tuple2 Item 7th = "+tuple2.Item7);       Console.WriteLine("Tuple1 rest value = "+tuple1.Rest);       Console.WriteLine("Tuple2 rest value = "+tuple2.Rest);    } } Output

This will produce the following output −

Is Tuple1 equal to Tuple2? = False HashCode of Tuple1 = -1121878415 HashCode of Tuple2 = -835095725 Tuple1 Item 1st = 75 Tuple2 Item 1st = 75 Tuple1 Item 2nd = 200 Tuple2 Item 2nd = 200 Tuple1 Item 4th = 700 Tuple2 Item 4th = 700 Tuple1 Item 5th = 100 Tuple2 Item 5th = 100 Tuple1 Item 6th = 1200 Tuple2 Item 6th = 1200 Tuple1 Item 7th = 1500 Tuple2 Item 7th = 1500 Tuple1 rest value = ((AB, 2000, CD)) Tuple2 rest value = ((2500, 3500, 4000, XY))

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Learn The Types Of References In C#

Introduction to C# References

A memory location of a variable can be referenced by using a parameter called reference parameter in C# and they are different from parameters called value parameters in which the values are passed as parameters and a new memory location is created for these values whereas, in reference parameters, no memory location is allocated for these parameters as only the reference of these parameters are passed and the reference parameters can be declared by using the keyword ref.

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The syntax to declare the reference parameter in C# is as follows:

return type Method name(ref arg1, ref arg2) Declare local variables, for example a, b Calling the method, Method name(ref a, ref b)

The above syntax represents declaring reference parameters in C#. The reference parameters can be declared by using the keyword ref and they can be accessed by using the keyword ref.

Working of Reference Parameters in C#

Consider the following program which consists of two methods add and subtract. The add method accepts the parameter passed by value and the subtract method accepts the parameter passed as a reference. Initially, two variables are declared and initialized with two values. Then add method is called by passing the value as the parameter. There is no change in the value even though the method is supposed to perform the operation on the value passed as a parameter because this passes by value. The next subtract method is called to which the reference parameter is passed. The operation defined in the subtract method is performed on the value passed as a reference and it is updated.

Code:

using System; namespace refer { public class check { public void Main(string[] args) { int a = 15, b = 20; Console.WriteLine("value of a before changing is {0}", a); Console.WriteLine("value of b before changing is {0}", b); Console.WriteLine(); add(a); Console.WriteLine("After calling the add function"+ " value of a is {0}", a); subtract(ref b); Console.WriteLine("Value of b after "+ "subtration operation is {0}", b); } public static void add(int a) { a += 5; } public static void subtract(ref int b) { b -= 5; } } }

Output:

Types of References in C#

Here are the following Types of References in C#

1. Class

Class is one of the C# reference types and they can be declared using the keyword class. The syntax to declare a class in C# is shown below:

Class classname { }

The class supports inheritance. That is a class can inherit the implementation of the base class. Classes can be either public, private, protected. The following program demonstrates the creation of the class.

using System; namespace check { class children { private int height; private string names; public children() { names = "nobody"; } public children(string names, int height) { this.names = names; this.height = height; } public void Print() { Console.WriteLine("{0} is {1} inches tall.", names, height); } } class Test { static void Main() { children child1 = new children("Shobha", 5); children child2 = new children("Ravi", 6); children child3 = new children(); Console.Write("The first child: "); child1.Print(); Console.Write("The second child: "); child2.Print(); Console.Write("The third child: "); child3.Print(); } } }

Output:

2. Interface

A contract is defined using an interface. The members of any class have a definite implementation provided by the interface. The following program demonstrates the creation and implementation of the interface.

Code:

using System; interface Point { int A { get; set; } int B { get; set; } double Dist { get; } } class Pointed : Point { public Pointed(int a, int b) { A = a; B = b; } public int A { get; set; } public int B { get; set; } Math.Sqrt(A * A + B * B); } class Maincl { static void PrintPointed(Point r) { Console.WriteLine("a={0}, b={1}", r.A, r.B); } static void Main() { Point r = new Pointed(2, 3); Console.Write("the points are: "); PrintPointed(r); } }

Output:

3. Delegate

The declaration of a delegate type is like the declaration of a method. It returns a value and it can take any number of arguments of any type as parameters. It is basically used in the encapsulation of methods acting as a pointer to a function. A delegate can be declared using the delegate keyword. The syntax to declare the delegate is as follows:

Consider the below program demonstrating the creation of delegates

Code:

using System; class Program { public delegate void Printdel(int values); static void Main(string[] args) { Printdel print = PrintNum; print(100); print(20); print = PrintMon; print(10); print(20); } public static void PrintNum(int number) { Console.WriteLine("The Number is: {0,-12:N0}",number); } public static void PrintMon(int mon) { Console.WriteLine("The Money is: {0:C}", mon); } }

Output:

Conclusion

In this tutorial, we understand the concept of References in C# through definition and then understand the syntax and types of references in C# through example programs.

Recommended Articles

This is a guide to C# References. Here we discuss the Types of References in C# along with the syntax and the working of the reference parameter. You may also have a look at the following articles to learn more –

How To Get The Number Of Seconds Between Two Dates In Javascript?

In this tutorial, we will learn how to get the number of seconds between two dates with JavaScript.

There are different methods for checking the number of days, hours, and seconds that are commonly used to provide information related to data. Since you can’t manually change the count of the years and months, we follow some simple tricks to get the number in JavaScript.

Using the Date getTime() Method

In JavaScript, we use different methods to calculate the days, hours, and seconds. Most popular way to calculate the time is .getTime(). However, you will get the result in milliseconds and have to convert it into seconds through division.

Syntax var x = new Date("Aug 12, 2023 19:45:25"); var y = new Date("Aug 14, 2023 19:45:25"); let seconds = Math.abs(x.getTime() - y.getTime())/1000;

Here x and y are two dates. We will use the getTime() to get the times in milliseconds of both dates. We take the absolute difference between the two times in milliseconds. Then, after subtracting the time in milliseconds, we will divide it by 1000.

Algorithm

STEP 1 − Create two dates using the new Date(). You can refer to the example for the format of a date.

STEP 2 − Use the .getTime() method to get the time in milliseconds of both dates.

STEP 3 − Subtract the old date from the recent date. Then, divide the output by 1000 to get the difference in seconds.

STEP 4 − Use the innerHTML method to check the number of seconds difference between the two dates

Example 1

We have created both the dates manually using the new Date(). You can also use different methods to generate the date in JavaScript.

var

t1

=

new

Date

(

“Aug 12, 2023 19:45:25”

)

;

var

t2

=

new

Date

(

“Aug 14, 2023 19:45:25”

)

;

var

dif

=

Math

.

abs

(

t1

.

getTime

(

)

t2

.

getTime

(

)

)

/

1000

;

document

.

getElementById

(

‘date1’

)

.

innerHTML

=

“First date: “

+

t1

;

document

.

getElementById

(

‘date2’

)

.

innerHTML

=

“Second date: “

+

t2

;

document

.

getElementById

(

‘seconds’

)

.

innerHTML

+=

dif

+

” seconds”

;

Using the Math.abs() Method

Math.abs() is a method used to round the numbers to the nearest answer to avoid getting floating numbers. Hence, you can also use Math.round() method instead of Math.abs(). You can get the time difference using this method in milliseconds. The time can be converted in seconds by dividing the output by 1000.

Syntax

We will use the following syntax to get the time in milliseconds and convert it into seconds through the division method

let x = new Date(); let y = new Date(); let dif = Math.abs(x - y) / 1000;

Here, we find the number of seconds between two dates – x and y. We take the absolute difference between these two dates using the Math.abs() method. This difference is in milliseconds, so we divide by 1000 to convert it into seconds.

Example 2

In this example, there are more than 31 days of difference in both the dates. We kept the dates similar so that the output could also be checked in seconds manually.

let

date1

=

new

Date

(

“Nov 25 2023 07:24:35”

)

;

let

date2

=

new

Date

(

)

;

var

dif

=

Math

.

abs

(

date1

date2

)

/

1000

;

document

.

getElementById

(

‘date1’

)

.

innerHTML

=

“First date: “

+

date1

;

document

.

getElementById

(

‘date2’

)

.

innerHTML

=

“Second date: “

+

date2

;

document

.

getElementById

(

‘seconds’

)

.

innerHTML

+=

dif

;

The methods like .getTime() and Math.abs() are commonly used in JavaScript. You can alternatively use the Math.round() method to get similar output.

Have a look at the below example.

Example 3

let

date1

=

new

Date

(

“Nov 25 2023 07:24:35”

)

;

let

date2

=

new

Date

(

)

;

var

dif

=

Math

.

round

(

date1

date2

)

/

1000

;

document

.

getElementById

(

‘date1’

)

.

innerHTML

=

“First date: “

+

date1

;

document

.

getElementById

(

‘date2’

)

.

innerHTML

=

“Second date: “

+

date2

;

document

.

getElementById

(

‘seconds’

)

.

innerHTML

+=

dif

;

While getting the answers, you should ensure the time is converted in seconds because the output can also be in minutes or milliseconds. Hence, you can check the examples above to understand the best way to get the output in seconds.

Golang Program To Get The Magnitude Of The Given Number

In this article we will discuss about how to get the magnitude of a number in Go language.

Magnitude of a quantity is defined as its numeric value. Magnitude of a number is always positive. In this article we will discuss about different methods by which we can obtain the magnitude of any number.

Syntax func Abs(number float64) float64

Abs() is a method defined in math library. This method accepts a 64 bit float number as an argument and return the absolute value of it excluding the sign.

The source code to the above stated problem is compiled and executed below.

Example 1

The simplest way to obtain the magnitude of any integer in go language is by using a library function Abs(). This function returns the absolute value of an integer.

Algorithm

Step 1 − Import the package fmt.

Step 2 − start the main function().

Step 3 − Initialize a variable of data type int and store value in it.

Step 4 − call the abs() function defined in math package and store the result.

Step 5 − print the results on the screen.

Example

package

main

import

(

“fmt”

“math”

)

func

main

(

)

{

var

number float64

=

3.8

result

:

=

math

.

Abs

(

number

)

fmt

.

Println

(

“Magnitude of:”

,

number

,

“is “

,

result

)

}

Output

Magnitude of: -3.8 is 3.8

Description of the Code

First, we import the package fmt that allows us to print anything and math package to use Abs() method.

Then we call the main() function.

Now we need to get the number whose magnitude we wish to calculate.

Pass this number in Abs() method defined in math package and store the result in a separate variable.

Abs() is a method defined in math package that takes a float number as an argument and returns the numeric value of the number (excluding the sign).

Print the results on the screen using fmt.Println() function.

Example 2

Now there is one more way by which we can obtain the magnitude of a number. This method includes creating our own logic to implement the result.

Algorithm

Step 1 − Import the package fmt.

Step 2 − start the main function().

Step 3 − Initialize a variable and store values in it.

Step 4 − Implement the logic and store the result.

Step 5 − print the results on the screen.

Example

The source code for that is compiled and executed below.

import

(

“fmt”

“math”

)

func magnitude

(

number float64

)

float64

{

var

temp float64

temp

=

math

.

Pow

(

number

,

2

)

result

:

=

math

.

Pow

(

temp

,

0.5

)

return

result

}

func

main

(

)

{

var

number float64

number

=

8.9

result

:

=

magnitude

(

number

)

fmt

.

Println

(

“Magnitude of:”

,

number

,

“is “

,

result

)

}

Output Magnitude of: -3.8 is 3.8 Description of the Code

First, we import the package fmt that allows us to print anything and math package to use Pow() method defined in the math package.

Then we create and define the magnitude() function which will contain our logic to find the magnitude of the number.

Then we call the main() function.

Now we need to get the number whose magnitude we wish to calculate.

Call the magnitude function by passing the number in it as an argument.

To find the magnitude we are using the standard mathematical definition of magnitude which says magnitude of a number is the root of its square.

To find the square of a number in golang we are using math.Pow() method. This method takes two arguments one is the number whose power we need to raise and second is the number of times we want to raise the power for example: to find the square of a number using this function the code will be math.Pow(number, 2).

Once the square is calculated we need to store the result to a variable which in our case is temp and use the similar approach to find the root of the function. To find the root of a number using math.Pow() method in golang the code will be math.Pow(number, 0.5).

Once we have achieved the magnitude we need to return this value back.

We have then stored the final result in the result variable.

Then we print the results on the screen using fmt.Println() function.

Conclusion

We have successfully compiled and executed the Go language program that will get us the magnitude of any number along with examples using both library and user defined functions.

How To Remove Some Last Elements Of A Vector In R?

A vector in R can have infinite number of elements but we might want to remove some of them. To remove the last elements of a vector, we can use head function with negative sign of the number of values we do not want. For example, if we have a vector of length 200 but we don’t want last fifty elements then we can use head(vector_name,-50).

Examples x1<-rnorm(100) x1 Output [1] 0.19166338 1.55254427 0.91424229 0.35862537 0.17509564 -0.84726777 [7] 0.97823166 1.80586826 0.12291480 -0.12977203 -0.21642866 1.44647817 [13] 0.40970980 0.91091657 1.43035817 -0.38129196 0.20230718 -0.80619919 [19] 0.29463418 1.40488308 1.02376685 0.47612606 -0.67033033 0.15923432 [25] -0.38271538 0.93576259 -0.63153227 -0.09830608 1.03198498 0.38780843 [31] -1.25612931 -0.78695273 0.42981155 -0.37641622 -1.21622907 1.02927851 [37] 0.43039700 -1.24557402 -0.60272849 0.66006939 2.05074953 0.49080818 [43] -1.73147942 0.71088366 0.01382291 -1.40104160 1.25912367 -0.12747752 [49] -0.72938651 -1.21136136 0.59961974 -1.16032953 0.43909343 0.20485374 [55] -0.69918134 -0.92662568 -1.01348238 0.60498706 1.73440013 -0.34985053 [61] 1.19918551 1.02390100 -0.04627515 1.38650843 -2.19527272 -0.12755691 [67] -1.31699684 -1.42693514 0.87944163 0.39399158 0.68892548 2.35371650 [73] -1.01509767 0.29097752 1.56532608 -0.84711837 1.32766016 0.47704633 [79] 0.18525094 0.25329489 2.59222735 1.07434699 -1.59690189 -0.08758860 [85] 0.36076759 -0.87995998 -3.32333496 -0.46751545 0.43154027 -0.60398945 [91] 0.67444669 0.63592054 -0.61297039 0.41489135 0.87734337 0.02115758 [97] 1.81038329 -0.45209570 -0.12512399 0.76680042 Example head(x1,-50) Output [1] 0.19166338 1.55254427 0.91424229 0.35862537 0.17509564 -0.84726777 [7] 0.97823166 1.80586826 0.12291480 -0.12977203 -0.21642866 1.44647817 [13] 0.40970980 0.91091657 1.43035817 -0.38129196 0.20230718 -0.80619919 [19] 0.29463418 1.40488308 1.02376685 0.47612606 -0.67033033 0.15923432 [25] -0.38271538 0.93576259 -0.63153227 -0.09830608 1.03198498 0.38780843 [31] -1.25612931 -0.78695273 0.42981155 -0.37641622 -1.21622907 1.02927851 [37] 0.43039700 -1.24557402 -0.60272849 0.66006939 2.05074953 0.49080818 [43] -1.73147942 0.71088366 0.01382291 -1.40104160 1.25912367 -0.12747752 [49] -0.72938651 -1.21136136 Example head(x1,-10) Output [1] 0.19166338 1.55254427 0.91424229 0.35862537 0.17509564 -0.84726777 [7] 0.97823166 1.80586826 0.12291480 -0.12977203 -0.21642866 1.44647817 [13] 0.40970980 0.91091657 1.43035817 -0.38129196 0.20230718 -0.80619919 [19] 0.29463418 1.40488308 1.02376685 0.47612606 -0.67033033 0.15923432 [25] -0.38271538 0.93576259 -0.63153227 -0.09830608 1.03198498 0.38780843 [31] -1.25612931 -0.78695273 0.42981155 -0.37641622 -1.21622907 1.02927851 [37] 0.43039700 -1.24557402 -0.60272849 0.66006939 2.05074953 0.49080818 [43] -1.73147942 0.71088366 0.01382291 -1.40104160 1.25912367 -0.12747752 [49] -0.72938651 -1.21136136 0.59961974 -1.16032953 0.43909343 0.20485374 [55] -0.69918134 -0.92662568 -1.01348238 0.60498706 1.73440013 -0.34985053 [61] 1.19918551 1.02390100 -0.04627515 1.38650843 -2.19527272 -0.12755691 [67] -1.31699684 -1.42693514 0.87944163 0.39399158 0.68892548 2.35371650 [73] -1.01509767 0.29097752 1.56532608 -0.84711837 1.32766016 0.47704633 [79] 0.18525094 0.25329489 2.59222735 1.07434699 -1.59690189 -0.08758860 [85] 0.36076759 -0.87995998 -3.32333496 -0.46751545 0.43154027 -0.60398945 Example head(x1,-90) Output [1] 0.1916634 1.5525443 0.9142423 0.3586254 0.1750956 -0.8472678 [7] 0.9782317 1.8058683 0.1229148 -0.1297720 Example head(x1,-30) Output [1] 0.19166338 1.55254427 0.91424229 0.35862537 0.17509564 -0.84726777 [7] 0.97823166 1.80586826 0.12291480 -0.12977203 -0.21642866 1.44647817 [13] 0.40970980 0.91091657 1.43035817 -0.38129196 0.20230718 -0.80619919 [19] 0.29463418 1.40488308 1.02376685 0.47612606 -0.67033033 0.15923432 [25] -0.38271538 0.93576259 -0.63153227 -0.09830608 1.03198498 0.38780843 [31] -1.25612931 -0.78695273 0.42981155 -0.37641622 -1.21622907 1.02927851 [37] 0.43039700 -1.24557402 -0.60272849 0.66006939 2.05074953 0.49080818 [43] -1.73147942 0.71088366 0.01382291 -1.40104160 1.25912367 -0.12747752 [49] -0.72938651 -1.21136136 0.59961974 -1.16032953 0.43909343 0.20485374 [55] -0.69918134 -0.92662568 -1.01348238 0.60498706 1.73440013 -0.34985053 [61] 1.19918551 1.02390100 -0.04627515 1.38650843 -2.19527272 -0.12755691 [67] -1.31699684 -1.42693514 0.87944163 0.39399158 Example head(x1,-20) Output [1] 0.19166338 1.55254427 0.91424229 0.35862537 0.17509564 -0.84726777 [7] 0.97823166 1.80586826 0.12291480 -0.12977203 -0.21642866 1.44647817 [13] 0.40970980 0.91091657 1.43035817 -0.38129196 0.20230718 -0.80619919 [19] 0.29463418 1.40488308 1.02376685 0.47612606 -0.67033033 0.15923432 [25] -0.38271538 0.93576259 -0.63153227 -0.09830608 1.03198498 0.38780843 [31] -1.25612931 -0.78695273 0.42981155 -0.37641622 -1.21622907 1.02927851 [37] 0.43039700 -1.24557402 -0.60272849 0.66006939 2.05074953 0.49080818 [43] -1.73147942 0.71088366 0.01382291 -1.40104160 1.25912367 -0.12747752 [49] -0.72938651 -1.21136136 0.59961974 -1.16032953 0.43909343 0.20485374 [55] -0.69918134 -0.92662568 -1.01348238 0.60498706 1.73440013 -0.34985053 [61] 1.19918551 1.02390100 -0.04627515 1.38650843 -2.19527272 -0.12755691 [67] -1.31699684 -1.42693514 0.87944163 0.39399158 0.68892548 2.35371650 [73] -1.01509767 0.29097752 1.56532608 -0.84711837 1.32766016 0.47704633 [79] 0.18525094 0.25329489 Example head(x1,-80) Output [1] 0.1916634 1.5525443 0.9142423 0.3586254 0.1750956 -0.8472678 [7] 0.9782317 1.8058683 0.1229148 -0.1297720 -0.2164287 1.4464782 [13] 0.4097098 0.9109166 1.4303582 -0.3812920 0.2023072 -0.8061992 [19] 0.2946342 1.4048831 Example head(x1,-95) Output [1] 0.1916634 1.5525443 0.9142423 0.3586254 0.1750956 Example head(x1,-99) Output [1] 0.1916634 Example head(x1,-45) Output [1] 0.19166338 1.55254427 0.91424229 0.35862537 0.17509564 -0.84726777 [7] 0.97823166 1.80586826 0.12291480 -0.12977203 -0.21642866 1.44647817 [13] 0.40970980 0.91091657 1.43035817 -0.38129196 0.20230718 -0.80619919 [19] 0.29463418 1.40488308 1.02376685 0.47612606 -0.67033033 0.15923432 [25] -0.38271538 0.93576259 -0.63153227 -0.09830608 1.03198498 0.38780843 [31] -1.25612931 -0.78695273 0.42981155 -0.37641622 -1.21622907 1.02927851 [37] 0.43039700 -1.24557402 -0.60272849 0.66006939 2.05074953 0.49080818 [43] -1.73147942 0.71088366 0.01382291 -1.40104160 1.25912367 -0.12747752 [49] -0.72938651 -1.21136136 0.59961974 -1.16032953 0.43909343 0.20485374 [55] -0.69918134 Example x2 <-LETTERS[1:26] x2 Output [1] "A" "B" "C" "D" "E" "F" "G" "H" "I" "J" "K" "L" "M" "N" "O" "P" "Q" "R" "S" [20] "T" "U" "V" "W" "X" "Y" "Z" Example head(x2,-6) Output [1] "A" "B" "C" "D" "E" "F" "G" "H" "I" "J" "K" "L" "M" "N" "O" "P" "Q" "R" "S" [20] "T" Example head(x2,-20) Output [1] "A" "B" "C" "D" "E" "F"

How Often Can You Get Dragon Parts In Tears Of The Kingdom?

In the Tears of the Kingdom, you can get dragon parts to unlock new levels of power and progression.

Dragon parts in TotK can be obtained by defeating dragons, but players can only acquire each part once. After obtaining a dragon part, players must wait for the dragon’s resources to refresh.

Continue reading to learn about dragon parts and how often you can get them.

How Often Can You Get Dragon Parts In Tears Of The Kingdom?

Dragon parts are a rare commodity in Tears of the Kingdom.

Harvesting them is only possible from the giant dragons that inhabit the area around the kingdom.

A player can only get a dragon part once and must wait ten minutes in real time for the dragon’s resources to refresh.

Moreover, the game has four dragons – Farosh, Dinraal, Naydra, and an unnamed dragon.

Each dragon has a unique flight path and can give you up to five parts depending on the specific body part struck.

Players can fuse these parts with equipment or cooked dishes to enhance their abilities and secure victory.

Although the dragons are not hostile, they will defend themselves by creating elemental orbs around them.

These orbs can harm you if you get too close.

What Are The Different Types Of Dragons Parts?

There are three main types of dragon parts: Scales, Fangs, and Claws.

Each of these parts has its unique properties and uses within the game.

1. Dragons Part: Scales 

It is one of the most commonly obtained dragon parts.

Due to their defensive properties, it holds significant value in crafting armor and shields.

You can utilize them to create powerful gear that will grant you an edge in combat.

To obtain a dragon scale, you must successfully target and attack the dragon during the encounter. 

As you engage in combat, focus on hitting specific weak points or vulnerable areas of the dragon, which may vary depending on the specific dragon encountered.

Once the dragon is defeated, it may drop a scale as loot.

2. Dragons Part: Fangs 

It plays a crucial role in crafting formidable weapons with enhanced attack power.

The sharp and deadly nature of dragon fangs makes them an ideal component for crafting offensive-oriented weapons.

During the encounter with a dragon, you must focus on targeting the dragon’s head or mouth area to obtain a fang.

Upon successfully defeating the dragon, there is a chance that it will drop one or more fangs as loot.

3. Dragons Part: Claws 

They are used for various purposes, from crafting jewelry to creating potions.

They are one of the most versatile types of dragon parts and are always in high demand.

You can obtain a claw by targeting the limbs of a dragon, especially the Claws.

You can obtain even the rarest dragon parts with little effort and know-how.

Moreover, you can use them to become a true master of the game.

How To Find Dragon Parts In Tears Of The Kingdom?

You can find dragon parts scattered throughout various parts of the game world.

Here are some places where you can find dragon parts.

Defeating Dragons: One of the most reliable ways to obtain dragon parts is by defeating dragons in combat. You can obtain one or more dragon parts when you defeat a dragon

. It entirely depends on the type of dragon you defeat.

Completing Quests/Challenges: Besides defeating dragons in combat, players can also obtain dragon parts as rewards for completing in-game quests and challenges. These rewards are typically rare and highly sought after.

The Bottom Line

The dragon parts in Tears of the Kingdom game are one of the game’s most valuable and essential items.

Although it is scarce to obtain dragon parts, it has high benefits once you get them. 

You can use the dragon parts in cooking recipes or fuse them with various weapons.

Doing either one will lead to an increase in effectiveness and attack power.

Read and explore ways to get Vai clothes and revert updates in TotK.

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