XABCD Investment Pattern is a drawing tool available on TradingView Platform - By Kapil Sharma

https://testing-mines.blogspot.com/2023/07/xabcd-investment-pattern-is-drawing.html

The XABCD Pattern is a drawing tool available on TradingView that allows analysts to highlight various five-point chart patterns. Users can manually draw and maneuver the five separate points (XABCD). The XABCD points create four separate legs, which combine to form chart patterns. The four legs are referred to as XA, AB, BC, and CD.

There are four major XABCD chart patterns that are most common. These patterns can be either bullish or bearish. The four major patterns include: Gartley, Butterfly, Crab, and Bat.

Bullish Gartley Pattern: The pattern begins with an uptrend designated as XA. Price reverses back down at A and stops at B. The Fibonacci Retracement ratio of AB should be 61.8% of the price range of A minus X. Price reverses at B. The BC retracement should be between 61.8% and 78.6% of the AB price range (not the length of the lines). This is shown along the line AC. At C, price reverses with retracement CD between 127% and 161.8% of the range BC. This is shown along the line BD. Price D is the point to enter the market (buy) .

Bullish Butterfly Pattern: The swing from A to D should be a 127.2% or 161.8% extension of the XA line. Within the A to D swing, a valid ABCD pattern must be observed. In an ideal setup, the two triangles (XAB and BCD) should be almost equal in terms of time. If not, look for the second triangle (BCD) to be between 61.8% and 161.8% of the first triangle (XAB). A move beyond 161.8% would suggest that the bullish pattern is broken and bearish movement may be inevitable.

Bearish Gartley Pattern: The pattern begins with a downtrend designated as XA. Price reverses back up at A and stops at B. The Fibonacci Retracement ratio of AB should be 61.8% of the price range of A minus X. Price reverses at B. The BC retracement should be between 61.8% and 78.6% of the AB price range (not the length of the lines). This is shown along the line AC. At C, price reverses with retracement CD between 127% and 161.8% of the range BC. This is shown along the line BD. Price D is the point to enter the market (sell).

Bearish Butterfly Pattern: The swing from A to D should be a 127.2% or 161.8% extension of the XA line. Within the A to D swing, a valid ABCD pattern must be observed. In an ideal setup, the two triangles (XAB and BCD) should be almost equal in terms of time. If not, look for the second triangle (BCD) to be between 61.8% and 161.8% of the first triangle (XAB). A move beyond 161.8% would suggest that the bearish pattern is broken and bullish movement may be inevitable.

Public Source: XABCD Pattern — TradingView

Secret Invasion Series - By Kapil Sharma

https://testing-mines.blogspot.com/2023/06/secret-invasion-series-by-kapil-sharma.html

Secret Invasion is a new series on Disney+. It stars Samuel L. Jackson as Nick Fury. 

The series is set in the present-day MCU and follows Fury as he learns of a clandestine invasion of Earth by a faction of shapeshifting Skrulls. 

Fury joins his allies, including Everett Ross, Maria Hill, and the Skrull Talos, who has made a life for himself on Earth. Together they race against time to thwart an imminent Skrull invasion and save humanity.

Thorium Reactors - By Kapil Sharma

https://testing-mines.blogspot.com/2023/06/thorium-reactors-by-kapil-sharma.html

Thorium reactors, also known as thorium-based nuclear reactors or thorium-fueled reactors, are a type of nuclear reactor that uses thorium as the primary fuel instead of uranium or plutonium. Thorium is a naturally occurring radioactive element that can be found in abundance in the Earth's crust.

Unlike traditional nuclear reactors, which use uranium-235 or plutonium-239 as fuel, thorium reactors utilize thorium-232 as the fertile material. In a thorium reactor, thorium-232 absorbs a neutron and undergoes a series of nuclear reactions, eventually transforming into uranium-233, which is a fissile material. The uranium-233 can then be used to sustain a nuclear chain reaction and generate heat for electricity production.

One of the main advantages of thorium reactors is their potential for increased safety compared to traditional reactors. Thorium-based systems have inherent safety features, such as a higher melting point, lower operating pressures, and a reduced risk of catastrophic accidents. Additionally, thorium reactors produce less long-lived radioactive waste compared to uranium reactors.

Another significant advantage of thorium reactors is the abundance of thorium compared to uranium. Thorium is estimated to be three to four times more abundant in the Earth's crust than uranium, making it a potentially more sustainable and long-term energy source. Thorium reserves are widely distributed globally, including countries that do not have significant uranium resources.

Despite these advantages, thorium reactors face certain challenges. First, thorium itself is not a fissile material and requires a source of neutrons, such as uranium-235 or plutonium-239, to initiate the nuclear reaction. This means that most thorium reactor designs incorporate a "seed" of fissile material to start the reaction, which may involve the use of enriched uranium or plutonium.

Furthermore, the development and deployment of thorium reactors have been limited compared to traditional uranium reactors. Thorium-based nuclear technology requires further research and development to address technical and engineering challenges. The existing nuclear infrastructure primarily focuses on uranium-based reactors, which makes the transition to thorium reactors more challenging.

In conclusion, thorium reactors hold promise as a potential alternative to traditional nuclear reactors. They offer potential benefits in terms of safety, waste reduction, and fuel abundance. However, further research, development, and investment are needed to fully realize the potential of thorium-based nuclear power.

Google Discover - By Kapil Sharma

 https://testing-mines.blogspot.com/2023/06/google-discover-by-kapil-sharma.html

Google Discover is a feature provided by Google that offers personalized content recommendations to users on their mobile devices. It is designed to provide a customized feed of articles, news, videos, and other web content based on a user's interests and browsing habits.

Data Lake House Video - By Kapil Sharma

 Source: https://hadoop.apache.org/

How to set up a Lake House environment on local windows system - By Kapil Sharma

To set up a Lake House environment on a Windows 10 laptop using open-source tools, you can follow these general steps:

https://testing-mines.blogspot.com/2023/06/how-to-set-up-data-lake-house.html

Install Apache Spark:

Download the latest version of Apache Spark from the official website (https://spark.apache.org/downloads.html).

Extract the downloaded archive to a desired location on your Windows machine.

Set up environment variables: Add the Spark bin directory to the PATH environment variable.

Install Apache Hadoop:

Download the latest version of Apache Hadoop from the official website (https://hadoop.apache.org/releases.html).

Extract the downloaded archive to a desired location on your Windows machine.

Set up environment variables: Add the Hadoop bin directory to the PATH environment variable.

Install Apache Hive:

Download the latest version of Apache Hive from the official website (https://hive.apache.org/downloads.html).

Extract the downloaded archive to a desired location on your Windows machine.

Set up environment variables: Add the Hive bin directory to the PATH environment variable.

Install Apache Parquet:

Parquet is a columnar storage file format commonly used in a Lake House architecture.

You can install Parquet by including it as a dependency in your Spark or Hive setup.

Configure Spark and Hive:

Configure Spark: Update the spark-defaults.conf file located in the Spark configuration directory (SPARK_HOME/conf). Configure parameters like memory allocation, executor cores, and other Spark settings based on your system specifications.

Configure Hive: Update the hive-site.xml file located in the Hive configuration directory (HIVE_HOME/conf). Configure database connection details, metastore settings, and other Hive configurations as needed.

Start Spark and Hive:

Open a command prompt or terminal and navigate to the Spark installation directory.

Start Spark: Execute the command spark-shell to start the Spark interactive shell. Verify that Spark is running correctly.

Start Hive: Execute the command hive to start the Hive command-line interface. Verify that Hive is running correctly.

Test Lake House Setup:

Use Spark and Hive to create and query tables from various data sources like CSV, JSON, or Parquet files.

Experiment with Spark SQL and Hive queries to interact with the data stored in your Lake House environment.

Note that setting up a Lake House environment on a Windows machine may have some limitations compared to running it on a Linux-based system. It's recommended to refer to the official documentation of each tool for any specific instructions or considerations related to the Windows platform.

Google AI called Bard - By Kapil Sharma

 https://testing-mines.blogspot.com/2023/05/google-ai-called-bard-by-kapil-sharma.html

Google AI called Bard 

Google AI called Bard that is a large language model. Bard is still under development.

Google AI is a research division of Google that focuses on artificial intelligence. It was founded in 2010 by Jeff Dean, Ilya Sutskever, and Andrew Ng. Google AI has made significant contributions to the field of AI, including the development of the TensorFlow machine learning library, the AlphaGo program that defeated a human Go champion, and the LaMDA language model.