Ascend Flow (智流) is a multi-agent, adaptive learning system where specialized LLM tutors collaboratively plan, teach, generate scaffolded practice, and regulate motivation to keep learners in flow—bridging the gap from “understanding” to “solving” for coding interviews and foundational math.

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DESCRIPTION Project objective: As a Full Stack Developer, complete the features of the application by planning the development in terms of sprints and then push the source code to the GitHub repository. As this is a prototyped application, the user interaction will be via a command line. Background of the problem statement: Company Lockers Pvt. Ltd. hired you as a Full Stack Developer. They aim to digitize their products and chose LockedMe.com as their first project to start with. You’re asked to develop a prototype of the application. The prototype of the application will be then presented to the relevant stakeholders for the budget approval. Your manager has set up a meeting where you’re asked to present the following in the next 15 working days (3 weeks): Specification document - Product’s capabilities, appearance, and user interactions Number and duration of sprints required Setting up Git and GitHub account to store and track your enhancements of the prototype Java concepts being used in the project Data Structures where sorting and searching techniques are used. Generic features and three operations: Retrieving the file names in an ascending order Business-level operations: Option to add a user specified file to the application Option to delete a user specified file from the application Option to search a user specified file from the application Navigation option to close the current execution context and return to the main context Option to close the application The goal of the company is to deliver a high-end quality product as early as possible. The flow and features of the application: Plan more than two sprints to complete the application Document the flow of the application and prepare a flow chart List the core concepts and algorithms being used to complete this application Code to display the welcome screen. It should display: Application name and the developer details The details of the user interface such as options displaying the user interaction information Features to accept the user input to select one of the options listed The first option should return the current file names in ascending order. The root directory can be either empty or contain few files or folders in it The second option should return the details of the user interface such as options displaying the following: Add a file to the existing directory list You can ignore the case sensitivity of the file names Delete a user specified file from the existing directory list You can add the case sensitivity on the file name in order to ensure that the right file is deleted from the directory list Return a message if FNF (File not found) Search a user specified file from the main directory You can add the case sensitivity on the file name to retrieve the correct file Display the result upon successful operation Display the result upon unsuccessful operation Option to navigate back to the main context There should be a third option to close the application Implement the appropriate concepts such as exceptions, collections, and sorting techniques for source code optimization and increased performance You must use the following: Eclipse/IntelliJ: An IDE to code for the application Java: A programming language to develop the prototype Git: To connect and push files from the local system to GitHub GitHub: To store the application code and track its versions Scrum: An efficient agile framework to deliver the product incrementally Search and Sort techniques: Data structures used for the project Specification document: Any open-source document or Google Docs Following requirements should be met: The source code should be pushed to your GitHub repository. You need to document the steps and write the algorithms in it. The submission of your GitHub repository link is mandatory. In order to track your task, you need to share the link of the repository. You can add a section in your document. Document the step-by-step process starting from sprint planning to the product release. Application should not close, exit, or throw an exception if the user specifies an invalid input. You need to submit the final specification document which includes: Project and developer details Sprints planned and the tasks achieved in them Algorithms and flowcharts of the application Core concepts used in the project Links to the GitHub repository to verify the project completion Your conclusion on enhancing the application and defining the USPs (Unique Selling Points)

DongFang·YuFeng built based on Ascend AI, is an efficient and high-accuracy AI simulation model for forecasting flow fields over airfoils of the airliner. With the support of MindSpore, the ability to simulate complex flows has been effectively improved

Virtual Key for Your Repositories Project 1 DESCRIPTION Project objective: As a Full Stack Developer, complete the features of the application by planning the development in terms of sprints and then push the source code to the GitHub repository. As this is a prototyped application, the user interaction will be via a command line. Background of the problem statement: Company Lockers Pvt. Ltd. hired you as a Full Stack Developer. They aim to digitize their products and chose LockedMe.com as their first project to start with. You’re asked to develop a prototype of the application. The prototype of the application will be then presented to the relevant stakeholders for the budget approval. Your manager has set up a meeting where you’re asked to present the following in the next 15 working days (3 weeks): Specification document - Product’s capabilities, appearance, and user interactions Number and duration of sprints required Setting up Git and GitHub account to store and track your enhancements of the prototype Java concepts being used in the project Data Structures where sorting and searching techniques are used. Generic features and three operations: Retrieving the file names in an ascending order Business-level operations: Option to add a user specified file to the application Option to delete a user specified file from the application Option to search a user specified file from the application Navigation option to close the current execution context and return to the main context Option to close the application The goal of the company is to deliver a high-end quality product as early as possible. The flow and features of the application: Plan more than two sprints to complete the application Document the flow of the application and prepare a flow chart List the core concepts and algorithms being used to complete this application Code to display the welcome screen. It should display: Application name and the developer details The details of the user interface such as options displaying the user interaction information Features to accept the user input to select one of the options listed The first option should return the current file names in ascending order. The root directory can be either empty or contain few files or folders in it The second option should return the details of the user interface such as options displaying the following: Add a file to the existing directory list You can ignore the case sensitivity of the file names Delete a user specified file from the existing directory list You can add the case sensitivity on the file name in order to ensure that the right file is deleted from the directory list Return a message if FNF (File not found) Search a user specified file from the main directory You can add the case sensitivity on the file name to retrieve the correct file Display the result upon successful operation Display the result upon unsuccessful operation Option to navigate back to the main context There should be a third option to close the application Implement the appropriate concepts such as exceptions, collections, and sorting techniques for source code optimization and increased performance You must use the following: Eclipse/IntelliJ: An IDE to code for the application Java: A programming language to develop the prototype Git: To connect and push files from the local system to GitHub GitHub: To store the application code and track its versions Scrum: An efficient agile framework to deliver the product incrementally Search and Sort techniques: Data structures used for the project Specification document: Any open-source document or Google Docs Following requirements should be met: The source code should be pushed to your GitHub repository. You need to document the steps and write the algorithms in it. The submission of your GitHub repository link is mandatory. In order to track your task, you need to share the link of the repository. You can add a section in your document. Document the step-by-step process starting from sprint planning to the product release. Application should not close, exit, or throw an exception if the user specifies an invalid input. You need to submit the final specification document which includes: Project and developer details Sprints planned and the tasks achieved in them Algorithms and flowcharts of the application Core concepts used in the project Links to the GitHub repository to verify the project completion Your conclusion on enhancing the application and defining the USPs (Unique Selling Points)

A beginner-friendly Java program that demonstrates how recursion can be used to print numbers in ascending order. This project highlights the concept of stack unwinding in recursive calls, making it a great learning resource for understanding recursion flow in Java.

Full working website flow includes :- (1) Signup page with only new user registration if already registered redirect to Login page , (2) Login page for admin and users . if not registered redirect to signup Page otherwise redirect to products page. (3) Admin page . admin can add new products to products page. (4) Products page with sorting functionalities of price and name ascending and descending and add to cart option(5) Cart page. shows total products in cart . total cart price and remove products from cart functionality. using Javascript , html only without CSS.

About 71% of the earth is secured with water, yet 2.5% of it is drinking water. With ascend in population, contamination and environmental climate change, it is normal that by 2025 we will encounter water deficiencies. On the off chance that we supplant all the manual taps with a brilliant one that opens and closes without anyone's help, we can spare water as well as have a more beneficial and advanced way of life. Therefore we are making an Automatic Water Dispenser using Arduino and DC water pump that can give us water when a glass is brought close to it. We are using the remaining water after filtration to quench the thirst of animals and birds. The waste water pipe will be attached to a bowl and the bowl will have a sensor which will detect movements of animals. It will fill the bowl whenever it goes below a certain level and accordingly allows the water to flow.

DESCRIPTION Project objective: As a Full Stack Developer, complete the features of the application by planning the development in terms of sprints and then push the source code to the GitHub repository. As this is a prototyped application, the user interaction will be via a command line. Background of the problem statement: Company Lockers Pvt. Ltd. hired you as a Full Stack Developer. They aim to digitize their products and chose LockedMe.com as their first project to start with. You’re asked to develop a prototype of the application. The prototype of the application will be then presented to the relevant stakeholders for the budget approval. Your manager has set up a meeting where you’re asked to present the following in the next 15 working days (3 weeks): Specification document - Product’s capabilities, appearance, and user interactions Number and duration of sprints required Setting up Git and GitHub account to store and track your enhancements of the prototype Java concepts being used in the project Data Structures where sorting and searching techniques are used. Generic features and three operations: Retrieving the file names in an ascending order Business-level operations: Option to add a user specified file to the application Option to delete a user specified file from the application Option to search a user specified file from the application Navigation option to close the current execution context and return to the main context Option to close the application The goal of the company is to deliver a high-end quality product as early as possible. The flow and features of the application: Plan more than two sprints to complete the application Document the flow of the application and prepare a flow chart List the core concepts and algorithms being used to complete this application Code to display the welcome screen. It should display: Application name and the developer details The details of the user interface such as options displaying the user interaction information Features to accept the user input to select one of the options listed The first option should return the current file names in ascending order. The root directory can be either empty or contain few files or folders in it The second option should return the details of the user interface such as options displaying the following: Add a file to the existing directory list You can ignore the case sensitivity of the file names Delete a user specified file from the existing directory list You can add the case sensitivity on the file name in order to ensure that the right file is deleted from the directory list Return a message if FNF (File not found) Search a user specified file from the main directory You can add the case sensitivity on the file name to retrieve the correct file Display the result upon successful operation Display the result upon unsuccessful operation Option to navigate back to the main context There should be a third option to close the application Implement the appropriate concepts such as exceptions, collections, and sorting techniques for source code optimization and increased performance

As a Full Stack Developer, complete the features of the application by planning the development in terms of sprints and then push the source code to the GitHub repository. As this is a prototyped application, the user interaction will be via a command line. Background of the problem statement: Company Lockers Pvt. Ltd. hired you as a Full Stack Developer. They aim to digitize their products and chose LockedMe.com as their first project to start with. You’re asked to develop a prototype of the application. The prototype of the application will be then presented to the relevant stakeholders for the budget approval. Your manager has set up a meeting where you’re asked to present the following in the next 15 working days (3 weeks): Specification document - Product’s capabilities, appearance, and user interactions Number and duration of sprints required Setting up Git and GitHub account to store and track your enhancements of the prototype Java concepts being used in the project Data Structures where sorting and searching techniques are used. Generic features and three operations: Retrieving the file names in an ascending order Business-level operations: Option to add a user specified file to the application Option to delete a user specified file from the application Option to search a user specified file from the application Navigation option to close the current execution context and return to the main context Option to close the application The goal of the company is to deliver a high-end quality product as early as possible. The flow and features of the application: Plan more than two sprints to complete the application Document the flow of the application and prepare a flow chart List the core concepts and algorithms being used to complete this application Code to display the welcome screen. It should display: Application name and the developer details The details of the user interface such as options displaying the user interaction information Features to accept the user input to select one of the options listed The first option should return the current file names in ascending order. The root directory can be either empty or contain few files or folders in it The second option should return the details of the user interface such as options displaying the following: Add a file to the existing directory list You can ignore the case sensitivity of the file names Delete a user specified file from the existing directory list You can add the case sensitivity on the file name in order to ensure that the right file is deleted from the directory list Return a message if FNF (File not found) Search a user specified file from the main directory You can add the case sensitivity on the file name to retrieve the correct file Display the result upon successful operation Display the result upon unsuccessful operation Option to navigate back to the main context There should be a third option to close the application Implement the appropriate concepts such as exceptions, collections, and sorting techniques for source code optimization and increased performance You must use the following: Eclipse/IntelliJ: An IDE to code for the application Java: A programming language to develop the prototype Git: To connect and push files from the local system to GitHub GitHub: To store the application code and track its versions Scrum: An efficient agile framework to deliver the product incrementally Search and Sort techniques: Data structures used for the project Specification document: Any open-source document or Google Docs Following requirements should be met: The source code should be pushed to your GitHub repository. You need to document the steps and write the algorithms in it. The submission of your GitHub repository link is mandatory. In order to track your task, you need to share the link of the repository. You can add a section in your document. Document the step-by-step process starting from sprint planning to the product release. Application should not close, exit, or throw an exception if the user specifies an invalid input. You need to submit the final specification document which includes: Project and developer details Sprints planned and the tasks achieved in them Algorithms and flowcharts of the application Core concepts used in the project Links to the GitHub repository to verify the project completion Your conclusion on enhancing the application and defining the USPs (Unique Selling Points)

Virtual Key for Your Repositories Project 1 DESCRIPTION Project objective: As a Full Stack Developer, complete the features of the application by planning the development in terms of sprints and then push the source code to the GitHub repository. As this is a prototyped application, the user interaction will be via a command line. Background of the problem statement: Company Lockers Pvt. Ltd. hired you as a Full Stack Developer. They aim to digitize their products and chose LockedMe.com as their first project to start with. You’re asked to develop a prototype of the application. The prototype of the application will be then presented to the relevant stakeholders for the budget approval. Your manager has set up a meeting where you’re asked to present the following in the next 15 working days (3 weeks): Specification document - Product’s capabilities, appearance, and user interactions Number and duration of sprints required Setting up Git and GitHub account to store and track your enhancements of the prototype Java concepts being used in the project Data Structures where sorting and searching techniques are used. Generic features and three operations: Retrieving the file names in an ascending order Business-level operations: Option to add a user specified file to the application Option to delete a user specified file from the application Option to search a user specified file from the application Navigation option to close the current execution context and return to the main context Option to close the application The goal of the company is to deliver a high-end quality product as early as possible. The flow and features of the application: Plan more than two sprints to complete the application Document the flow of the application and prepare a flow chart List the core concepts and algorithms being used to complete this application Code to display the welcome screen. It should display: Application name and the developer details The details of the user interface such as options displaying the user interaction information Features to accept the user input to select one of the options listed The first option should return the current file names in ascending order. The root directory can be either empty or contain few files or folders in it The second option should return the details of the user interface such as options displaying the following: Add a file to the existing directory list You can ignore the case sensitivity of the file names Delete a user specified file from the existing directory list You can add the case sensitivity on the file name in order to ensure that the right file is deleted from the directory list Return a message if FNF (File not found) Search a user specified file from the main directory You can add the case sensitivity on the file name to retrieve the correct file Display the result upon successful operation Display the result upon unsuccessful operation Option to navigate back to the main context There should be a third option to close the application Implement the appropriate concepts such as exceptions, collections, and sorting techniques for source code optimization and increased performance You must use the following: Eclipse/IntelliJ: An IDE to code for the application Java: A programming language to develop the prototype Git: To connect and push files from the local system to GitHub GitHub: To store the application code and track its versions Scrum: An efficient agile framework to deliver the product incrementally Search and Sort techniques: Data structures used for the project Specification document: Any open-source document or Google Docs Following requirements should be met: The source code should be pushed to your GitHub repository. You need to document the steps and write the algorithms in it. The submission of your GitHub repository link is mandatory. In order to track your task, you need to share the link of the repository. You can add a section in your document. Document the step-by-step process starting from sprint planning to the product release. Application should not close, exit, or throw an exception if the user specifies an invalid input. You need to submit the final specification document which includes: Project and developer details Sprints planned and the tasks achieved in them Algorithms and flowcharts of the application Core concepts used in the project Links to the GitHub repository to verify the project completion Your conclusion on enhancing the application and defining the USPs (Unique Selling Points)

As a Full Stack Developer, complete the features of the application by planning the development in terms of sprints and then push the source code to the GitHub repository. As this is a prototyped application, the user interaction will be via a command line. Background of the problem statement: Company Lockers Pvt. Ltd. hired you as a Full Stack Developer. They aim to digitize their products and chose LockedMe.com as their first project to start with. You’re asked to develop a prototype of the application. The prototype of the application will be then presented to the relevant stakeholders for the budget approval. Your manager has set up a meeting where you’re asked to present the following in the next 15 working days (3 weeks): Specification document - Product’s capabilities, appearance, and user interactions Number and duration of sprints required Setting up Git and GitHub account to store and track your enhancements of the prototype Java concepts being used in the project Data Structures where sorting and searching techniques are used. Generic features and three operations: Retrieving the file names in an ascending order Business-level operations: Option to add a user specified file to the application Option to delete a user specified file from the application Option to search a user specified file from the application Navigation option to close the current execution context and return to the main context Option to close the application The goal of the company is to deliver a high-end quality product as early as possible. The flow and features of the application: Plan more than two sprints to complete the application Document the flow of the application and prepare a flow chart List the core concepts and algorithms being used to complete this application Code to display the welcome screen. It should display: Application name and the developer details The details of the user interface such as options displaying the user interaction information Features to accept the user input to select one of the options listed The first option should return the current file names in ascending order. The root directory can be either empty or contain few files or folders in it The second option should return the details of the user interface such as options displaying the following: Add a file to the existing directory list You can ignore the case sensitivity of the file names Delete a user specified file from the existing directory list You can add the case sensitivity on the file name in order to ensure that the right file is deleted from the directory list Return a message if FNF (File not found) Search a user specified file from the main directory You can add the case sensitivity on the file name to retrieve the correct file Display the result upon successful operation Display the result upon unsuccessful operation Option to navigate back to the main context There should be a third option to close the application Implement the appropriate concepts such as exceptions, collections, and sorting techniques for source code optimization and increased performance You must use the following: Eclipse/IntelliJ: An IDE to code for the application Java: A programming language to develop the prototype Git: To connect and push files from the local system to GitHub GitHub: To store the application code and track its versions Scrum: An efficient agile framework to deliver the product incrementally Search and Sort techniques: Data structures used for the project Specification document: Any open-source document or Google Docs Following requirements should be met: The source code should be pushed to your GitHub repository. You need to document the steps and write the algorithms in it. The submission of your GitHub repository link is mandatory. In order to track your task, you need to share the link of the repository. You can add a section in your document. Document the step-by-step process starting from sprint planning to the product release. Application should not close, exit, or throw an exception if the user specifies an invalid input. You need to submit the final specification document which includes: Project and developer details Sprints planned and the tasks achieved in them Algorithms and flowcharts of the application Core concepts used in the project Links to the GitHub repository to verify the project completion Your conclusion on enhancing the application and defining the USPs (Unique Selling Points)

DESCRIPTION Project objective: As a Full Stack Developer, complete the features of the application by planning the development in terms of sprints and then push the source code to the GitHub repository. As this is a prototyped application, the user interaction will be via a command line. Background of the problem statement: Company Lockers Pvt. Ltd. hired you as a Full Stack Developer. They aim to digitize their products and chose LockedMe.com as their first project to start with. You’re asked to develop a prototype of the application. The prototype of the application will be then presented to the relevant stakeholders for the budget approval. Your manager has set up a meeting where you’re asked to present the following in the next 15 working days (3 weeks): Specification document - Product’s capabilities, appearance, and user interactions Number and duration of sprints required Setting up Git and GitHub account to store and track your enhancements of the prototype Java concepts being used in the project Data Structures where sorting and searching techniques are used. Generic features and three operations: Retrieving the file names in an ascending order Business-level operations: Option to add a user specified file to the application Option to delete a user specified file from the application Option to search a user specified file from the application Navigation option to close the current execution context and return to the main context Option to close the application The goal of the company is to deliver a high-end quality product as early as possible. The flow and features of the application: Plan more than two sprints to complete the application Document the flow of the application and prepare a flow chart List the core concepts and algorithms being used to complete this application Code to display the welcome screen. It should display: Application name and the developer details The details of the user interface such as options displaying the user interaction information Features to accept the user input to select one of the options listed The first option should return the current file names in ascending order. The root directory can be either empty or contain few files or folders in it The second option should return the details of the user interface such as options displaying the following: Add a file to the existing directory list You can ignore the case sensitivity of the file names Delete a user specified file from the existing directory list You can add the case sensitivity on the file name in order to ensure that the right file is deleted from the directory list Return a message if FNF (File not found) Search a user specified file from the main directory You can add the case sensitivity on the file name to retrieve the correct file Display the result upon successful operation Display the result upon unsuccessful operation Option to navigate back to the main context There should be a third option to close the application Implement the appropriate concepts such as exceptions, collections, and sorting techniques for source code optimization and increased performance You must use the following: Eclipse/IntelliJ: An IDE to code for the application Java: A programming language to develop the prototype Git: To connect and push files from the local system to GitHub GitHub: To store the application code and track its versions Scrum: An efficient agile framework to deliver the product incrementally Search and Sort techniques: Data structures used for the project Specification document: Any open-source document or Google Docs Following requirements should be met: The source code should be pushed to your GitHub repository. You need to document the steps and write the algorithms in it. The submission of your GitHub repository link is mandatory. In order to track your task, you need to share the link of the repository. You can add a section in your document. Document the step-by-step process starting from sprint planning to the product release. Application should not close, exit, or throw an exception if the user specifies an invalid input. You need to submit the final specification document which includes: Project and developer details Sprints planned and the tasks achieved in them Algorithms and flowcharts of the application Core concepts used in the project Links to the GitHub reoject completion Your conclusion on enhancing the application and defining the USPs (Unique Selling Points)

# Morningstar API If you're interested in grabbing Morningstar data but cash strapped there are ways to do it without actually paying for it. ## Historical Price API The following URL will get you access to all available historical Morningstar price data for the Ford Corporation http://globalquote.morningstar.com/globalcomponent/RealtimeHistoricalStockData.ashx?ticker=F&showVol=true&dtype=his&f=d&curry=USD&range=1900-1-1|2014-10-10&isD=true&isS=true&hasF=true&ProdCode=DIRECT Now you will have every single daily piece of data for Ford between the dates of 01/01/1900 and 10/10/2014 ## Real Time Quote API For more fine grained data for current market activity you can call the real time quote API. http://quotespeed.morningstar.com/quote.jsp?&jsoncallback=jQuery172017541670752689242_1441265385395&preAfter=1&ty=D&mtype=ST&exch=126&ticker=F&stype=1&days=5&_tid=1441265386097&ver=1.6.0&f=1&instid=MSRT&sdkver=2.1.20150320&qs_wsid=2D2114F870F6B844CDF8271C99BB8C7A&_=1441265386099 Which will give you all data for the Ford Corporation within the last 5 days. Included is data for intraday trading. ## Key Ratios Get statistics for things like the following: Revenue, Net Income, Shares, Return on Equity, etc. all in CSV. For example; if I wanted to get all of the key ratios for Facebook I could do something like http://financials.morningstar.com/ajax/exportKR2CSV.html?t=FB You can then get your favorite CSV library to read the data for you. ## Financials Financial data for any ticker symbol you desire. Let's try Twitter (TWTR). First let's get the income statement http://financials.morningstar.com/ajax/ReportProcess4CSV.html?t=TWTR&reportType=is&period=12&dataType=A&order=asc&columnYear=5&number=3 OK that's a lot of url parameters so let's break it down a bit: * reportType: is = Income Statement, cf = Cash Flow, bs = Balance Sheet * period: 12 for annual reporting, 3 for quarterly reporting * dataType: this doesn't seem to change and is always `A` * order: asc or desc (ascending or descending) * columnYear: 5 or 10 are the only two values supported * number: The units of the response data. 1 = None 2 = Thousands 3 = Millions 4 = Billions So if we wanted to get the annual balance sheet information for TWTR we could request http://financials.morningstar.com/ajax/ReportProcess4CSV.html?t=TWTR&reportType=bs&period=12&dataType=A&order=asc&columnYear=5&number=3 Likewise for Cash Flow; http://financials.morningstar.com/ajax/ReportProcess4CSV.html?t=TWTR&reportType=cf&period=12&dataType=A&order=asc&columnYear=5&number=3 ## Disclaimer This is in no way an official API. As such it is not supported by Morningstar the organization. Furthermore, I would advise to rate limit your downloads to be nice to Morningstar's servers. If not to be nice to Morningstar then to be kind to the other users of the unofficial API so as not to ruin a good thing. ## Future More fine grained analysis on each parameter forthcoming besides some wonky URL. Also, analysis on the response data.

n almost all parts of India, the practice of wearing Navratna-encrusted jewellery is popular. The nine gemstones, or navratnas, represent the nine planets that Indian astrology is based on. They are thought to protect the well-being of the person who wears them, as each planet guards one of the nine gems and provides power. Critics, on the other hand, argue that pairing particular gems can be risky. As a result, it must be worn properly in order for the Navratnas to fit you. THE FEATURES OF THE NINE GEMSTONES/NAVRATNAS: The meanings of these nine jewels vary according to Indian culture. Let’s take a closer look at each of the nine gemstones to learn more about them: Ruby for Surya (Sun) Ruby is a gemstone that connects itself with the Sun, the Ultimate Energy Source. The Sun’s red cosmic rays provide active energy, boost self-esteem and have sight-healing powers on those who wear them. It improves focus and gives you the power to command. Ruby enhances a person’s leadership abilities, gives them independence and is a symbol of purity. Pearl for Chandra (Moon) The moon is represented by the pearl, which is a gorgeous white gemstone. When you wear a pearl, it has a calming influence on your attitude and disposition. It also helps with tension, stomach difficulties and marital concerns. It emits a good atmosphere around the wearer. It provides mental and emotional balance. Pearls encourage socializing and provide satisfaction by helping in the control of one’s thoughts. Red Coral for Mangala (Mars) The planet Mars is linked to red coral. When worn as a ring or pendant, the combination of opaque coral and gold protects the user from fevers, jaundice and other harmful ailments. The coral also serves as a strong barrier to evil spirits. It increases courage, strength, knowledge and the ability to win. Emerald for Budha (Mercury) The cold, green radiation of Mercury is absorbed by emeralds. The wearer is shielded from disorders with the intestines, liver, lungs, tissues, tongue and nervous system. It’s said to help with brain-related functions including memory and communication. Yellow sapphire for Brhaspati (Jupiter) The planet Jupiter is represented by the Yellow Sapphire, which instills honesty, faith and sincerity in the wearer. It helps in increasing the flow of wealth into your life. Wearing a yellow sapphire can also help with spiritual drives and yoga meditation. It broadens one’s horizons and increases compassion. Diamond for Shukra (Venus) Diamond is one of the most valuable jewels and it is thought to promote financial prosperity. Venus, the planet of beauty and love, is aligned with the diamond. It improves one’s appearance and invites success in life. It bestows all of life’s comforts, joys and fortune upon the person who wears it. It also attracts abundance and makes one successful. Blue sapphire for Shani (Saturn) Blue Sapphire is considered to bring you good luck and advantageous circumstances. It is extremely advantageous to those involved in commerce and business. This gemstone, which is ruled by the planet Saturn, is ideal for lawyers, judges and other authoritative professionals. It makes one humble, increases tolerance and matures a person. Hessonite for Rahu (the ascending node of the Moon) Hessonite is a powerful gemstone that is used to counteract all of Rahu’s negative impacts on one’s life. It also helps to alleviate acidity-related problems. Wearing the Hessonite can also help the wearer win court fights or negotiate better commercial deals. It improves a person’s ability to understand his or her own thoughts and self. Cat’s Eye for Ketu (the descending node of the Moon) People who don’t have a well-placed Ketu in their natal charts should use cat’s eye. The Cat’s Eye counteracts the evil effects of Ketu, which can lead to jealousy, a loss of rank on the job ladder, or an increase in rivalries. If Ketu is in the correct house in the natal chart of the native, however, it provides clarity of thought, vision and opens the door to spiritual enlightenment. THE SETTING ARRANGEMENT OF THE NAVRATNAS: Navratna jewellery can be put on mounting rings so that the stones come into contact with the skin. The weight of the stones is determined by the astrological chart of the individual. A ruby (representing the Sun) is always in the center, surrounded by a diamond, a natural pearl, red coral, hessonite, a blue sapphire, cat’s eye, yellow sapphire and an emerald (clockwise from the top). In a nine-gem design, no stone other than a ruby is traditionally put in the middle. Because the Sun is at the core of the solar system and its gem is located in the heart, doing so is seen as against nature. CONCLUSION: Although the claimed astrological benefit of wearing stones has not been scientifically proven, it has been used by both men and women for centuries. Here at La Solitaire’s most exclusive collections, we offer a range of handcrafted Navratna Jewellery. Natural and original Pearl, Cat’s Eye, Sapphire, Recreated Coral are used to make the jewellery in this collection, which is a visual treat. Visit our website to learn more about our unique collections.

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Repository for users to build their first flow in Ascend

experimenting with running Ascend data-flows locally with Spark and/or docker.

DongFang·YuFeng built based on Ascend AI, is an efficient and high-accuracy AI simulation model for forecasting flow fields over airfoils of the airliner. With the support of MindSpore, the ability to simulate complex flows has been effectively improved

This project demonstrates a modern, declarative approach to data engineering by building an end-to-end data pipeline within the Ascend.io platform, fully integrated with a Snowflake data cloud. The system leverages AI agents to automate the orchestration, scaling, and monitoring of data flows.

🌌 Chaos World: A high-performance, distributed backend for a massive Fantasy Cultivation MMORPG, forged in Rust. Experience boundless progression with realm-based stat systems, Qi-flow mechanics, and cosmic scale. Currently in a Pre-Alpha design phase, building the foundations of a world where thousands ascend to immortality. 🦀