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The aim of this article is to implement a program Minimize count of alternating subsequences to divide a given binary string with subsequence number. Here, you are provided with a binary string as part of the issue. In order to prevent any subsequence from including adjacent zeros and ones, we must reduce the number of subsequences and output the subsequence number that corresponds to each string element. A subsequence represents a sequence which can be created by taking the supplied sequence and eliminating zero or more members while maintaining the initial position of the elements that remain. Input Let ... Read More
The aim of this article is to implement a program to find the count of alphabetic and alphanumeric strings from a given array of strings. As we know, a string is a group of characters that ends with the null character "\0" in C programming. Characters from the C string are kept in a character array. A C string differs from a character array in that it ends with the distinctive character "\0." Input arr[] = {“snmd”, “nej7dnr”, “snmd”, “dltmdj”, “lbwm2p6”} Output 3 2 “snmd”: 2 “nej7dnr”: 1 “dltmdj”: 1 “lbwn2p6”: 1 Explanation The strings ... Read More
The aim of this article is to implement a program to convert a string Str1 to Str2 by moving B to right and A to left without crossover. As we know, a string is a group of characters that ends with the null character "\0" in C programming. Characters from the C String are kept in a character array. A C string differs from a character array in that it ends with the distinctive character "\0". Example Let us take the input strings, str1 = “#B#A#”, and str2 = “##BA#” Output obtained here is: Yes Explanation − 'B' ... Read More
The aim of this article is to implement a program to obtain the count of sum of “10” subsequences for each 1 in string with A 1s, B 10s and C 0s. Example Let us take the Input: A = 1, B = 2, C = 3 Output obtained here is : 14 Explanation A = 1 denotes. There is a single "1" string, B = 2 denotes, there is a pair of "10" strings, and C = 3 denotes, there is a trio of "0" strings. The string that results from concatenation is "11010000". Five ... Read More
The aim of this article is to implement a program to Position the leftmost set bit in a given binary string where all 1s appear at the end. A string of bits is known as a binary string. A binary string is utilized for storing non-traditional data, such as images, as opposed to a character string, which typically holds text data. The quantity of bytes in a binary string determines its length. Binary data, or data that is portrayed in a binary (base-2) version instead of a text (base-10) format, is stored in binary string variables in computer programming. ... Read More
Sometimes there are instances where we find ourselves needing to rate products, services, or other things. On occasion, we often rely on a feature called "rating " commonly presented in the form of star ratings ranging from 1 to 5. However, what if we want to provide ratings using half or full increments? This is where the "precision" property in Material UI comes into play. By utilizing the precision prop, we can establish the minimum increment value for permitted changes. The rating component can then display numbers with the help of the value property. In this article, we will explore ... Read More
Icons play a crucial role in enhancing the visual appeal and usability of user interfaces. When using the Material UI framework, incorporating icons is a seamless process that adds a touch of elegance and functionality to your application. In this article, we will explore how to use icons in Material UI and leverage the extensive collection of icons provided by the library. To get started, Material UI offers its own set of icon components that are easy to use and highly customizable. These components are designed to align with the Material Design guidelines, ensuring consistency and a cohesive visual experience. ... Read More
In this article, we are going to learn how to use chip actions in Material UI. Chips are small components that stand in for input, an attribute, or an action. With the aid of chips, users can input data, select options, filter content, or start processes. Although it is presented here as a standalone component, the most common application will be some form of input, so some of the behavior is not shown in its proper context. Chip API The Chip API is utilized to add a chip to the React MUI. It comes with props − avatar − ... Read More
In this article, we are going to learn how to customize chips in Material UI. Chips are small components that stand in for input, an attribute, or an action. With the aid of chips, users can input data, select options, filter content, or start processes. The chip can also be customized in the MUI in React. Customization of the chip may include, changing chip colors, custom deleting icons, adding avatars, or creating a chip using its root property. We will see everything in this article. To work with chip in MUI, we need to understand their API and its related ... Read More
Developers can easily implement sliders thanks to the Slider component provided by Material UI. In the Material UI, sliders can either be continuous or discrete. While discrete sliders limit the selection to particular, predefined values, continuous sliders let users choose any value within a given range. In this article, we are going to learn how to create discrete sliders in Material UI. What are Discrete Sliders? The discrete slider allows the user only to select the value in a particular range as compared to the other sliders. To use the discrete sliders in React, we can adjust the slider to ... Read More