Please Use Matlab Write a function that will take two inputs, a uint8 black and white image in1 and an integer number in2. It will return one output, a uint8 black and white image. Your function should modify in1 such that: Values above in2 are set to in2. Values below in2 are set to in2/2. This modified image should be your output.

Please Use Matlab Write a function that will take two inputs, a uint8 black and white image in1 and an integer number in2. It will return one output, a uint8 black and white image. Your function should modify in1 such that: Values above in2 are set to in2. Values below in2 are set to in2/2. This modified image should be your output.

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter5: Repetition Statements

Section5.5: A Closer Look: Loop Programming Techniques

Problem 12E: (Program) Write a program that tests the effectiveness of the rand() library function. Start by...

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Write a DECIMATOR function that takes a unit of character and minimizes it (i.e. removes the last 1/10 of characters). Always zoom in: if a bullet unit has 21 characters, 1/10 of the characters will be 2.1 characters, so DECIMATOR removes 3 characters. DECIMATOR is not kind! Examples decimator ("1234567890") 12 "123456789" # 10 characters, taken out 1. decimator ("1234567890AB") # 12 characters, 2 are released. "1234567890" decimator ("123") "12" # 3 characters, taken out 1. decimator ("123456789012345678901") # 21 characters, issued 3. Solve in Ruby "123456789012345678"
Write a program that paints the 4 areas inside the mxm square as follow: Upper left: black. RGB (0, 0, 0) Upper right: white. RGB (255, 255, 255) Lower left: red. RGB (255, 0, 0) Lower right: random colors Random colors Hint: Define a function that paints one of the four squares. Call the function 4 times to complete the painting. (painting means setting the pixels)
Templatize the fibonacci( ) function on the type of value that it produces (so it can produce long, float, etc. instead of just int).
Writ a program with c++ language to do the following tasks : The user can input one original image and target scales . According to the user’s requirement, this image can resized to the target scale. The program can show the original image and the resized image. *The core function should be Bilinear_interpolation(original image, target height, target width) The output of this function is the resized image and then the user can save it. *You can use image processing libraries to assist your codes, such as Opencv. The functions included in the libraries which are off‐the‐shelf can be used to read images, operate images and save images.
We can assign a value to each character in a word based on their position in the alphabet (a = 1, b = 2, ..., z = 26). A balanced word is one where the sum of the values on the left side of the word equals the sum of the values on the right side. For odd-length words, the middle character (balance point) is ignored. Write a function that returns true if the word is balanced and false if it is not. Examples balance("zips") → true // "zips" = "zi|ps" "zips" = 26+9 | 16+19 = 35 35 = true balanced ("brake") → false // "brake" = "br|ke" = 2+18 11+5 = 2016 = false li
The grayscale2 function is already written, you just need to write inside it how to convert an image to grayscale using the crude average of RGB: from images import Image def grayscale1(image): """Converts an image to grayscale using the psychologically accurate transformations.""" for y inrange(image.getHeight()): for x inrange(image.getWidth()): (r, g, b) = image.getPixel(x, y) r = int(r * 0.299) g = int(g * 0.587) b = int(b * 0.114) lum = r + g + b image.setPixel(x, y, (lum, lum, lum)) def grayscale2(image): """Converts an image to grayscale using the crude average of the r, g, and b""" pass def main(): filename = input("Enter the image file name: ") image = Image(filename) grayscale2(image) image.draw() if __name__ == "__main__": main()
Write a function that takes a DrawingPanel as a parameter and draws the horizontal pyramid shape as shown in the following figure. There are ten rectangles of increasing sizesfilled with increasing shade of green color (increment of G by 20 while keeping R and B at 0). These rectangles should have the same width, and completely symetric with respect tothe center horizontal line of the window. Each rectangle should have a blue outline. A sample run of the following main() function should result in the following graphics. WIDTH = 300 HEIGHT = 300 ### # Your code here ### def main() : panel =Drawing Panel(WIDTH, HEIGHT) draw_objects(panel) panel.window.mainloop if_name_ == '_main_' :main()
Using Python, I am trying to write a loop that will provide the minimum of this function. I have provided the problem statement (below) and my code as I have written it so far in the attached image. Create a function that will evaluate ?(?)=?2+4?+4. Find the minimum of the function in the interval (-40, 40). Do this by solving ?(?) for 500 values of x between -40 and 40 and finding the least. Do NOT use any built-in function to find the minimum nor to obtain 500 values of x.
We can assign a value to each character in a word, based on their position in the alphabet (a = 1, b = 2, ..., z = 26). A balanced word is one where the sum of values on the left-hand side of the word equals the sum of values on the right-hand side. For odd length words, the middle character (balance point) is ignored. Write a function that returns true if the word is balanced, and false if it's not. Examples balanced ("zips") → true // "zips" = "zi|ps" = 26+9|16+19 = 35|35 = true balanced ("brake") // "brake" = "br|ke" false = 2+18 | 11+5 = 20 16 = false
Write a C function which takes three integer inputs, corresponding to RGB components of a colored pixel, and coverts them to the YUV color space. The function should have the following prototype.
(Program) Write a program that tests the effectiveness of the rand() library function. Start by initializing 10 counters, such as zerocount, onecount, twocount, and so forth, to 0. Then generate a large number of pseudorandom integers between 0 and 9. Each time 0 occurs, increment zerocount; when 1 occurs, increment onecount; and so on. Finally, display the number of 0s, 1s, 2s, and so on that occurred and the percentage of time they occurred.
2. Write a Python program that uses a function to find and return the factorial of a positive integer n. The function the receives a value and returns its factorial. If the passed parameter is negative, the function return the string "ERROR". Factorial of zero is one. Test your function. If n is a positive integer, n factorial denoted by nl is a product of all positive integers less than or equal to n. It is defined by =n(n-1)(n-2)..(2)(1) As a special case: 0! 1 3. In a new program, use the function you wrote in question 2 to print the factorials of values from 1 to 10. Use for loop.