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Logitech is one of the leading brands in the keyboard industry. The company is known for its high-quality and reliable products.
They offer various keyboards, from ergonomic keyboards to ultra-slim models. They also offer a variety of features, such as backlit keys, media controls, and programmable keys.
Logitech keyboards have a long-lasting battery life and are compatible with many different types of computers.
But are Logitech keyboards compatible with Mac?
Yes, all Logitech keyboards are fully compatible with Mac, with some models (labeled “for Mac”) being ready to work with macOS straight away. However, you will need to make one or two minor adjustments in macOS system preference if you use a Windows Logitech keyboard on Mac.
This guide will show you how to use a Logitech keyboard with Mac. We will also discuss what type of Logitech keyboards are compatible with Mac and how to set up your Logitech keyboard with Mac.
Logitech MX Mechanical Mini for Mac
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Yes, you can use any Logitech keyboard (both mechanical and membrane) with a Mac. However, you should note that Logitech keyboards (and most mechanical keyboards) are Windows keyboards by default.
Below are some differences between Windows and Mac keyboards and computers.
The Modifier keys on Windows and Mac are similar in that they modify the behavior of other keys. However, the specific keys used for the modifiers are different.
On Windows, the Modifier keys are the Ctrl, Alt, and Windows keys, whereas, on Mac, the Modifier keys are the Command (⌘), Option, and Control keys.
The Command key is the closest equivalent to the Windows key, while the Option key is a close equivalent to the Alt key.
The Control key is a single key on both systems. They are also in a different order on a Mac than on a Windows keyboard.
Logitech’s keycap comes labeled with a Windows logo and does not show the Command logo as you would find in a Mac keyboard. However, the keycaps labeling does not affect the functionality of the key.
A Mac keyboard may have some additional features absent from a Windows Logitech keyboard. Some of these features include:
Command (⌘) Key: Mac keyboards have a dedicated Command key that provides quick access to keyboard shortcuts.
Option (⌥) Key: The Option key is used to access alternative character sets and menu commands.
Launch Pad: Launchpad is Apple’s application launcher for Mac OS X. It is designed to allow easy access to all the applications installed on your Mac.
Mission Control: Mission Control is a feature of MacOS that allows you to view and manage your open applications and windows. It provides an overview of all open windows and applications and lets you quickly switch between them or create new virtual desktops to organize your workflow.
Siri: Siri is a virtual assistant that helps you interact with your Mac more naturally. You can use Siri to search for files, launch apps, send emails, check the weather, set reminders, and more.
Some Windows Logitech keyboard keys also do not work on Mac off the box. Therefore you have to program some keys and assign them specific functions. Some of these keys include Scroll Lock, and Pause Break, among others.
Some Windows Logitech keyboards may not have 100 % functionality on Mac. You can apply some twerks to map your Windows keyboard to work seamlessly on Mac.
You should apply these modifications to Windows Logitech keyboards since “for Mac” Logitech keyboards are already mapped out to work with Mac.
Below are the steps you should follow to map out your Windows keys:
Plug your Logitech keyboard into your Mac.
Open Keyboard, which you will find under System Preferences.
Under the dropdown menu on Modifier Keys, switch the Option and Command keys. Doing so will rearrange your modifier keys in the correct order for a Mac.
Congratulations, you have remapped your Windows keyboard, which is now fully functional on your Mac.
Yes, most Logitech customization software is compatible with Mac operating systems. Some of these software include:
Logitech Options
Logi Options+
Although the Logitech software is not necessary to make the keyboard work on your Mac, installing the software will enhance your user experience.
Follow these steps to install the keyboard software on Mac:
Visit the Logitech Download Page.
Look for the software you want to download depending on your specific keyboard.
Follow the onscreen prompts on the installation process.
If you are experiencing problems with your Logitech keyboard when using it on Mac, there are several troubleshooting steps you can take to try and resolve the issue. Some of these steps include:
Usually, you will see a popup assistant requesting you to determine the keyboard’s layout by pressing a few keys. However, you can start from scratch by deleting your keyboard preferences files.
Follow these steps to do so:
Disconnect the keyboard from your Mac.
Tap the Library folder and then tap the Preference folder.
Drag the file named com.apple.keyboardtype.plist into trash.
Empty your trash.
Reconnect your keyboard using a USB cable.
The Logitech keyboard works with Mac. It also has several features that make it an excellent choice for Mac users, including customizable hotkeys, comfortable keys, and media controls. Furthermore, it is easy to set up and use, making it an excellent choice for anyone looking for a reliable, easy-to-use keyboard for their Mac. However, you may have to twerk your Logitech keyboard to get it working perfectly with your Mac. You can also download Logitech software on Mac to make the process easier and to get the best out of your Logitech keyboard.
Yes, “Mac-ready” Logitech keyboards are compatible with Mac operating systems. Logitech offers various keyboards designed specifically for Mac computers, such as the Logitech K380 Multi-Device Bluetooth Keyboard, Logitech Wireless Solar Keyboard K750, and the Logitech Wireless Keyboard K360.
These keyboards are designed to be compatible with Mac operating systems, such as macOS, OS X, and iOS. They are designed to provide easy access to all Mac-specific functions and features, such as the Command and Option keys and the contextual menus and shortcuts.
Yes, Windows Logitech keyboards are compatible with Mac. Logitech has a range of keyboards compatible with Mac and Windows operating systems. However, you may need to map some keys to function on Mac. Additionally, Windows Logitech keyboards come with a Windows logo instead of a Command key. You can plug in the keyboard to your Mac, and it will be ready to use once you make the simple modifications.
In addition, Logitech also creates keyboards with specific Mac compatibility features. These keyboards have specific keys and shortcuts that are optimized for macOS. Most Logitech keyboards compatible with Mac will also feature a Mac-specific key layout, allowing you to access essential features and shortcuts quickly.
Yes, Logitech gaming keyboards can be used with Mac computers. Logitech offers various gaming keyboards specifically designed for Mac, including the Logitech G915 Lightspeed, Logitech G513 Carbon, and Logitech G513 RGB. The keyboards are compatible with Mac operating systems such as macOS Mojave, High Sierra, and macOS Sierra.
In addition to the gaming keyboards, Logitech also offers a range of other keyboards that are compatible with Mac, such as the Logitech K380 Multi-Device Bluetooth Keyboard and the Logitech MK270 Wireless Keyboard and Mouse Combo. These keyboards are designed to work with Mac computers, so you should easily find one that suits your needs.
No, Logitech keyboards do not need software to work on Mac. All Logitech keyboards are plug-and-play, meaning you can connect them directly to a Mac computer without additional software or drivers. Once connected, the macOS should immediately recognize the keyboard.
Some Logitech keyboards support Bluetooth connectivity and can be connected to your Mac wirelessly.
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How Does Offshoring Work With Example?
What is Offshoring?
“Offshoring” refers to relocating business processes, like manufacturing or supporting activities, from one country to another. Typically, a company opts for offshoring due to various operational benefits, such as a lower-cost labor market, skilled labor, presence in a foreign country, favorable tax regime, etc.
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Examples of OffshoringNow, let us look at some real-life examples currently available today.
1. WhatsAppIn 2009, WhatsApp offshored its software development unit to Eastern Europe, relying on the offshore unit to maintain the backstage, provide design solutions, and take care of main application development. It allowed WhatsApp’s in-house team to focus on client-related activities (say customer support) and solve other relevant business challenges.
2. AmazonIn 2023, Amazon employed an offshoring route for expansion wherein it acquired the startup Ring, which had an R&D set up in Ukraine. The acquired entity specialized in designing outdoor home security solutions, and this expertise boosted Amazon’s market position in the security system industry. Within a year, Amazon opened another offshore unit in the country to expand its market dominance.
3. People.ai Types of OffshoringThe offshoring process can be divided into two broad categories as follows:
1. Production OffshoringIn this type, a company sets up its manufacturing unit in another country, imports the finished goods, and then sells them in the domestic market. The company intends to leverage the availability of rich sources of raw materials and cheap labor to optimize its operational capability. For instance, a company may decide to set up the manufacturing unit of heavy machinery in a country with an adequate supply of iron and cheap local labor skilled in such a task.
2. Services OffshoringIn this type, a company relocates its services by setting up units in another country to carry out operations such as marketing, customer care, human resource, accounting, etc. In this case, the company employs a highly skilled workforce relatively cheaply in a foreign country. For instance, a software company may relocate its R&D unit to a country where the human resources possess strong technical knowledge but are comparatively cheaper than the domestic workforce.
Benefits of Offshoring
The parent company can focus more on its business’s core functions.
It allows companies to hire competent and cost-efficient labor from developing nations.
It ensures that a dedicated team works in the offshore unit and completes the assignment efficiently.
Many developing nations offer incentives to lure foreign companies’ investments, such as tax holidays.
It results in diversified operations across multiple countries lowering the country’s risk to a large extent.
A company entering a developing country owing to offshoring may find it difficult to communicate because of a huge gap between their native language and the local language of the foreign country.
Offshore units are geographically dispersed in distant locations, making it difficult for the management to control the subsidiaries.
Being acquainted with the local culture and society may result in various socio-cultural issues.
The offshore units may face threats of lockout or closure if the local people find the operations unethical or harmful to the nation’s identity.
Key TakeawaysSome of the key takeaways of the article are:
Offshoring refers to the relocation of business processes from one country to another. These business processes usually include manufacturing processes and various other supporting activities.
Once the offshoring set-up is established, the parent company can pay more attention to the business’s core operations.
There are two broad categories – production offshoring and services offshoring.
One of the major shortcomings of offshoring is the huge gap between the local language of the foreign country and the native language of the parent company, which results in miscommunication in many cases.
Conclusion Recommended ArticlesHow Does Predatory Lending Work With Example?
What is Predatory Lending?
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How Does Predatory Lending Work?Predatory lenders usually use unscrupulous practices to entice and mislead borrowers toward taking out loans that they will eventually be unable to pay back or will be paying back at an extremely high cost. These lenders lure customers through aggressive sales tactics, often e-mail, phone calls, and even door-to-door.
Predatory lenders are least bothered putting so many borrowers at risk. Typically, predatory lending targets people who suffer from inadequate income, seeking money regularly to make ends meet. Especially borrowers with low credit scores and less educated fall prey to these discriminatory lending practices.
Examples of Predatory LendingHe later realized that he couldn’t afford the loan’s monthly payments. Eventually, he had no other option but to default on the loan, and the lender seized the property for foreclosure. Unfortunately, David lost his home, while the lender didn’t incur any losses as the home value exceeded the outstanding loan amount at the time of default. This is a classic example of predatory lending.
Types of Predatory LendingPredatory lending takes many different forms, and below are some of the most common types:
Flipping Loans: In a flipping loan arrangement, the lender repeatedly refinances a high-cost loan at a slightly lower interest rate. In the process, the lender earns through loan origination fees and broker fees, while the borrower incurs losses due to prepayment penalties and closing costs.
Balloon Payments: In this type of loan, the lender tries to sell a loan in which the payments are low initially, but a large payout becomes due at the end of its tenure. This large payment is popularly known as the balloon payment, which usually puts the borrower in a difficult financial position.
Negative Amortization: In the case of negative amortization, the borrower pays only a certain portion of the interest cost every month while the remaining interest cost gets added to the loan balance. So, the loan balance keeps growing and hence the name.
Payday Loans: A short-term loan becomes due on the next payday. It is one of the most dangerous forms of predatory lending owing to very high-interest rates. In a few cases, the annual percentage rate runs into three digits.
Title loans: Another short-term and high-interest rate predatory loan backed by collateral. If the borrower fails to repay the loan in full, the lender takes possession of the asset offered as collateral.
Warning signs for Predatory Lending
Basic costs are unclear: Although lenders are legally mandated to disclose all their costs upfront, predatory lenders usually twist the costs or make them hard to understand or find.
Too good to be true: These lenders often promise to help borrowers settle their debts easily, fix their already tainted credit history, or offer loans despite their pathetic credit history.
Existing complaints against the lender: It is essential to research the lender’s background before borrowing. If there are too many bad reviews or complaints, avoiding such lenders is better.
The lender doesn’t check creditworthiness: These lenders often don’t perform proper credit checks before lending money as they plan to pack on high-interest rates and insanely high upfront fees.
Key TakeawaysSome of the key takeaways of the article are:
Predatory lending refers to unfair and abusive lending practices lenders use to lure borrowers into loans with high interest rates and processing fees.
These lenders usually resort to aggressive sales tactics and deceive the borrowers into going for loans they can’t afford.
The predatory loans target less educated and vulnerable sections of society, wherein people struggle to meet monthly expenses or have recently lost their jobs.
Common predatory loans include flipping, balloon payments, negative amortization, payday, and title loans.
These loans are often too good to be true, with unclear basic costs, blemished lending history, and many more.
ConclusionSo, it can be seen that predatory lending usually employs methods that are not considered illegal, but they ruin the financial position of the borrowers. Although the regulators take many steps to prevent predatory lending, it won’t be possible without widespread awareness. The borrowers must understand the predator’s actions to avoid such traps. In short, the borrowers must read all the terms and conditions of the loan agreement before signing the contract. If they don’t understand anything in the loan contracts, it is better to avoid signing them.
Recommended ArticlesThis is a guide to Predatory Lending. Here we also discuss the definition, working, examples, types, and warning signs of predatory lending. You may also have a look at the following articles to learn more –
How Does Recourse Debt Work With Example?
What is Recourse Debt?
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The thing that is different in the case of recourse debt is that if the market value of the collateral is less than the outstanding loan balance, the lender has the right to seize the borrower’s other assets to make up for the remaining losses.
Features of Recourse Debt
Since it is backed by collateral, it is considered a secured loan.
The terms and conditions of the loan are very flexible, given it comes with collateral.
In the case of a default, the lender has the right to seize the asset offered as collateral.
The lender also has the right to go for other borrower assets if the collateral doesn’t cover the outstanding loan balance.
How does Recourse Debt work?The main feature of a recourse debt comes into play only when the borrower fails to honor the scheduled debt repayment, i.e., the borrower defaults. Then, the borrower is personally liable for the loan balance remaining after foreclosure of the asset provided as collateral. The lender can drag the borrower to the court to secure the pending payment using one of the following methods:
Garnishment: The lender can pay off the pending recourse loan by taking money straight from the payments coming into the borrower’s account or business.
Collections: The lender may consider selling the pending loan amount to a collection agency to collect the remaining money from the borrower.
Levies: The lender can legally claim the borrower’s other assets not provided initially as collateral in the loan agreement.
Examples of Recourse DebtThe following example will help us understand the concept of recourse debt.
David is a US resident who recently got a stable job in a real estate company with a monthly salary of $10,000. He plans to purchase a house in New York City for $300,000. David saved $75,000, which he will use as equity in this purchase. So, he has to go for a house finance loan of $225,000 from a financial institution.
Let us assume that David defaulted on the debt payment the following month, and the lender seized the house for foreclosure, resulting in a debt recovery of $175,000. So, the remaining $50,000 (= $225,000 – $175,000) plus the interest cost will be recovered by directly deducting the amount from the monthly paycheck until the outstanding loan balance is settled.
This is how a typical recourse debt works in the case of a default.
Recourse Debt vs. Non-Recourse LoanA non-recourse loan is also a secured form of financing, but it inherently differs from a recourse debt. Unlike recourse debt, the lender can only seize the collateral offered in the loan agreement if the borrower defaults on a non-recourse loan. This means that the lender must write off any outstanding balance after the foreclosure. The primary difference between the two debt forms is the lack of personal liability in a non-recourse loan in the case of a default.
Advantages of Recourse Debt
Since it is backed by collateral and the borrower’s liability, the lender has to bear a relatively lower risk than any other form of lending.
Borrowers with good credit profiles can get these loans at relatively favorable interest rates.
Borrowers with poor credit profiles can also get these loans as they are perceived to be low-risk by the lenders owing to unlimited liability borne by the borrower.
In this type of loan arrangement, if the borrower defaults on the loan repayment, the lender can claim the borrower’s income stream to recover the pending loan amount.
Sometimes borrowers become victims of predatory loan financing, where the lenders extend funds despite knowing imminent default owing to borrowers’ financial position.
Key TakeawaysSome of the key takeaways of the article are:
Recourse debt is a loan type in which the borrower defaults; the lender can seize the collateral and other assets to recover the money.
Other assets the lender may seize include income sources, deposit accounts, etc.
The primary difference between a recourse debt and a non-recourse loan is that the borrower is personally liable for the debt in the former.
It is backed by collateral and the borrower’s liability, so the lender has to bear a relatively lower risk than any other form of lending.
Conclusion Recommended ArticlesHow Does Alias Work In Java With Programming Examples
Introduction to Java alias
In Java, when multiple references are used to refer to the same object, it is commonly referred to as “alias.”The issue with aliasing is when a user writes to a particular object, and the owner, for several other references, does not expect that object to change. Here, the code that includes aliasing can get confusing fast, and it is very tedious to debug as well. Let us see how Java Alias works.
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How does an alias work in Java?
Let us take an example. x and y are two variable names that have two types, X and Y. Y extends X.
Y[] y = new Y[10]; X[] x = y; x[0] = new X(); Y[0].func1();In memory as well, they both point to the same location.
The memory location which is pointed is pointed by x as well as y. However, the actual object saved chooses which method to call during runtime.
Let us see another example.
Rectangle b1 = new Rectangle (0, 0, 50, 150); Rectangle b2 = b1;Both b1 and b2 refer to the same object, or we can say that the given object has two names, such as b1 and b2. Similar to a person that has two names, objects can also have two names.
When two aliased variables are present, changes that cause one variable also reflect on the other, as shown below.
System.out.println (b2.width); b1.grow (40, 40); System.out.println (b2.width);On executing the code, you will see that the changes that have been caused on one rectangle have occurred in the second rectangle as well. This is one of the main things that has to be noted for Alias in Java.
Examples of Java AliasThe following are some of the sample programs on Java Alias.
Example #1Code:
class X { public void func1() { System.out.println("called sample function 1"); } } class Y extends X { public void func1() { System.out.println("called sample function 1"); } public void func2() { System.out.println("called sample function 2"); } } public class AliasExample { public static void main(String[] args) { Y[] y = new Y[10]; X[] x = y; x[0] = new X(); y[0].func1(); } }Output:
How this occurs? What has to be changed? Is it possible to solve this?
Yes!! The only reason for this exception is that Java manages aliases during runtime. Only during the run time will it be able to know that the first one should be an object of Y instead of X.
class X { public void func1() { System.out.println("called sample function 1"); } } class Y extends X { public void func1() { System.out.println("called sample function 1"); } public void func2() { System.out.println("called sample function 2"); } } public class AliasExample { public static void main(String[] args) { Y[] y = new Y[10]; X[] x = y; x[0] = new Y(); y[0].func1(); } }Output:
Example #2Code:
public class AliasExample { public static void main(String[] args) { int a= 87; int b=87; System.out.println(a == b); b=a; System.out.println(a == b); } }What will happen if two arrays, a and b, are used instead of integer variables?
public class AliasExample { public static void main(String[] args) { int []a = {81, 54, 83}; int []b = {81, 54, 83}; System.out.println(a == b); b=a; System.out.println(a == b); } }Output:
In this program, two arrays, a and b, are created in the first step. Then, similar to the above program, a and b check whether they are equal. On executing the code, it can be seen that the output for the first check is false, and the output for the second check is true. It is because Java Alias works.
ConclusionThe drawback of alias is when a user writes to a specific object, and the owner, for some other references, does not guess that object to change.
Recommended ArticlesThis is a guide to Java Alias. Here we discuss how alias works in java along with programming examples for understanding better. You may also have a look at the following articles to learn more –
How Does Meshgrid Function Work In Numpy?
Definition of NumPy Meshgrid
In Python, meshgrid is a function that creates a rectangular grid out of 2 given 1-dimensional arrays that denote the Matrix or Cartesian indexing. MATLAB inspires it. This meshgrid function is provided by the module numpy. Coordinate matrices are returned from the coordinate vectors. In this, we will discuss more about meshgrid function in detail.
SyntaxBelow is the syntax of meshgrid function in numpy.
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numpy.meshgrid(*xi, **kwargs)1. x1, x2,…, xn
Required parameter
The parameter denotes the coordinates of the grids in the 1-D arrays.
2. indexing
Optional parameter
The parameter denotes the cartesian(‘xy’, default) or matrix indexing of the result.
3. Sparse
Optional parameter
Takes Boolean value
A sparse grid is returned for conserving memory if ‘True’ is passed.
Default value: False
4. Copy
Optional parameter
Takes Boolean value.
The original array’s view is returned for conserving memory if ‘false is passed.
Default value: False
If the parameters sparse and copy are set to False, non-contiguous arrays will be returned. Moreover, 1 or more elements of a broadcast array can point to a single memory location. Copies of the arrays have to be made first if writing has to be done into the arrays. The return value is Length of the coordinate from the coordinate vectors.
How does Meshgrid Function Work in NumPy?In order to understand the working of meshgrid function in numpy, let us see an example.
Steps for creating meshgrid:
Import the module numpy.
importnumpy as np
Create two variables.
n1, n2 = (5, 3)
Create two arrays
a = np.linspace(0, 1, n1) b = np.linspace(0, 1, n2)
Call the meshgrid function with the arrays as parameters.
aa, bb = np.meshgrid(a, b)
Display the result
print(aa) print(bb) Examples of NumPy MeshgridLet us see some sample programs of meshgrid function.
Example #1Python program to print the meshgrid coordinates of two arrays.
Code:
import numpy as np n1, n2 = (5, 3) a = np.linspace(0, 1, n1) b = np.linspace(0, 1, n2) aa, bb = np.meshgrid(a, b) print(aa) print(bb)Output:
To execute this program, it is necessary to import the numpy module using the alias “np”. The code begins by creating two variables, “n1” and “n2”, and assigning them the values 5 and 3, respectively. The program imports the “numpy” module with the alias “np” and uses the linspace() function to create two arrays, “a” and “b”. The meshgrid() function is then called with the arrays “a” and “b” as arguments, and the resulting output is stored in the variables “aa” and “bb”. The values of “aa” and “bb” are printed. Two arrays containing the lengths and vectors of coordinates will be shown after the code is executed. Plotting functions within the given coordinate range is possible using these coordinate values.
Example #2Python program to print the meshgrid coordinates of two arrays that are between specified values.
Code:
import numpy as np l = np.linspace(-7, -1, 9) k = np.linspace(-6, -2, 11) x1, y1 = np.meshgrid(l, k) print("x1 is : ") print(x1) print("y1 is : ") print(y1)Output:
In this program, also,numpy modules have to be imported with any alias name. The alias name in this program is np. The program starts by creating two arrays, “l” and “k”, using the “linspace()” function. Then, two variables, “x1” and “y1”, are assigned the return value of the “meshgrid()” function, which takes the arrays “l” and “k” as inputs. The program then prints the values of “x1” and “y1”. When executed, the program displays two arrays containing coordinate lengths and coordinate vectors.
Example #3Python program to print the meshgrid coordinates of two arrays where sparse is true.
Code:
import numpy as np n1, n2 = (5, 3) l = np.linspace(0, 1, n1) k = np.linspace(0, 1, n2) aa, bb = np.meshgrid(l, k, sparse=True) print(aa) print(bb)To execute this program, you need to import the “numpy” module using the alias “np”. Create two variables named “n1” and “n2” with the values 5 and 3, respectively. Generate two arrays, “l” and “k”, using the “linspace()” function. Assign the return value of “meshgrid()” to the variables “x1” and “y1”. The “sparse” variable is set to True in order to conserve memory. Pass the “sparse” value along with the arrays “l” and “k” to the function. Finally, print the values of “x1” and “y1”. The format of these arrays may differ from the previous programs.
Example #4Python program to print the meshgrid coordinates of two arrays and display contour lines.
Code:
import numpy as np import matplotlib.pyplot as plt n = np.arange( -5, 5, 0.1 ) m = np.arange( -5, 5, 0.1 ) x, y = np.meshgrid( n, m, sparse=True ) c = chúng tôi x**2+ y**2 ) / ( x**2 + y**2 ) z = plt.contourf( n, m, c ) plt.show()Output:
To run the program, import the “numpy” module with the alias “np”. Create two arrays, “n” and “m”, using the “arange()” function. Assign the return value of the “meshgrid()” function to the variables “x” and “y”. Set the variable “sparse” to True. Pass the arrays “n” and “m” along with the “sparse” value to the function. Declare a variable “z” and assign the return value of the “np.sin()” function to it. Finally, use the “plt.contourf()” function to plot the contour lines and filled contours.
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