The asin() function returns the arc sine of a number. It specifies a number in the range -1 to 1. Returns NaN, if num is not in the range -1 to 1.Syntaxasin(num)Parametersnum − The number for which you want to return the arc sine. Specifies a number in range -1 to 1.ReturnThe asin() function returns the arc sine of a number. It specifies a number in the range -1 to 1. Returns NaN, if num is not in the range -1 to 1.Example Live DemoOutput0.5235987755983-1.1197695149986Let us see another example −Example Live DemoOutput01.5707963267949-1.5707963267949NAN
The asinh() function returns the inverse hyperbolic sine of a number.Syntaxasinh(num)Parametersnum − The number to be specified.ReturnThe asinh() function returns the inverse hyperbolic sine of a number.Example Live DemoOutput0.881373587019541.3258977669011
Reference variableReference variable is an alternate name of already existed variable. It cannot be changed to refer another variable and should be initialized at the time of declaration. It cannot be NULL. The operator ‘&’ is used to declare a reference variable.The following is the syntax of reference variable.datatype variable_name; // variable declaration datatype& refer_var = variable_name; // reference variableHere, datatype − The datatype of variable like int, char, float etc.variable_name − This is the name of variable given by user.refer_var − The name of reference variable.The following is an example of reference variable.Example Live Demo#include using namespace std; int ... Read More
One of the methods in the Timer class is the void schedule(TimerTask task, Date firstTime, long period) method. This method schedules tasks for repeated fixed-delay execution, beginning at the specified time.In fixed-delay execution, each execution is scheduled with respect to the original execution time of the preceding execution. If an execution is delayed for a particular reason (case in point, garbage collection), the subsequent executions will be delayed as well.Declaration −The java.util.Timer.schedule(TimerTask task, Date firstTime, long period) is declared as follows −public void schedule(TimerTask task, Date firstTime, long period)Here, task is the task to be scheduled, firstTime is the first ... Read More
Neural networks are very important core of deep learning; it has many practical applications in many different areas. Now a days these networks are used for image classification, speech recognition, object detection etc.Let’s do understand what is this and how does it work?This network has different components. They are as follows −An input layer, xAn arbitrary amount of hidden layersAn output layer, ŷA set of weights and biases between each layer which is defined by W and bNext is a choice of activation function for each hidden layer, σ.In this diagram 2-layer Neural Network is presented (the input layer is ... Read More
In fixed-delay execution, each execution is scheduled with respect to the original execution time of the preceding execution. If an execution is delayed for a particular reason (case in point, garbage collection), the subsequent executions will be delayed as well.There are two ways in which a task can be scheduled for repeated fixed-delay execution. They are as follows −Scheduling a task for repeated fixed-delay execution at a specified timeScheduling a task for repeated fixed-delay execution after a specified delayScheduling a task for repeated fixed-delay execution at a specified timeThe void schedule(TimerTask task, Date firstTime, long period) method schedules tasks for ... Read More
Given a string, our task is to generate some strings using the random combination of characters, special characters, numbers etc.ExampleInput PP Output AK AK . . . . .AlgorithmStep 1: Input a string. Step2: Here we store all possible combination of lowercase, uppercase and special characters in a variable. Step3: Use two loops and use random function. From this, we can get all the possible combinations of characters, symbols. Step4: At the end display same string which is same as an input string and it matches each random string with given input string. Step5: If both index values are same ... Read More
To replace a character in a String, without using the replace() method, try the below logic.Let’s say the following is our string.String str = "The Haunting of Hill House!";To replace character at a position with another character, use the substring() method login. Here, we are replacing 7th position with character ‘p’int pos = 7; char rep = 'p'; String res = str.substring(0, pos) + rep + str.substring(pos + 1);The following is the complete example wherein a character at position 7 is replaced.Example Live Demopublic class Demo { public static void main(String[] args) { String str = "The Haunting of Hill House!"; System.out.println("String: "+str); ... Read More
In order to cancel the Timer Task in Java, we use the java.util.TimerTask.cancel() method. The cancel() method returns a boolean value, either true or false. The cancel() method is used to cancel the timer task.Declaration −The java.util.TimerTask.cancel() method is declared as follows −public boolean cancel()The cancel() methods returns true when the task is scheduled for one-time execution and has not executed until now and returns false when the task was scheduled for one-time execution and has been executed already.Let us see a program to illustrate the use of the java.util.TimerTask.cancel() method −Example Live Demoimport java.util.*; class MyTask extends TimerTask { ... Read More
The java.util.TimerTask.run() method looks onto the action to be performed by the task. It is used to carry out the action performed by the task.Declaration −The java.util.TimerTask.run() method is declared as follows −public abstract void run()Let us see an example program to call the run() method of the Timer Task −Example Live Demoimport java.util.*; class MyTask extends TimerTask { public void run() { System.out.println("Running"); } } public class Example { public static void main(String[] args) { // creating timer task, timer TimerTask task = new MyTask(); ... Read More
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