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- (computer graphic question) (should be solved using Dev cpp preogram) Create a scene with a car (made up of a rectangular body and four toroidal wheels) sitting in front of a house (made up of a rectangular building, a cone roof, and a rectangular chimney). Structure the scene so that the car and house can each be positioned as a unit, instead of having to move each component separately. (shading, lighting, transformation, window scaling, etc.) to experiment this scene with the different values for the materialsHaving generated and saved a bitmap and vector-based image, explain why the files of these documents are so different in size (what type information is contained in the actual UNCOMPRESSED saved file).MFC. Consider the following pixel filter: def clamp(pixel): new_r = max(75, min(100, pixel[0])) new_g = max(75, min(100, pixel[1])) new_b = max(75, min(100, pixel[2])) return [new_r, new_g, new_b] What does this do to an individual pixel? What would happen to an image if we used it to edit all the pixels? What would an image look like after it has been edited?
- An image with 4-bit resolution simply means a. The image contains 16 colours b. The image will be 4 times bigger c. The image contains 8 colours d. The image contains 4 colours What the most important difference between an interactive multimedia as opposed traditional media program? a. The interactive multimedia version can't be displayed on a standard TV screen b. The interactive multimedia version requires a joystick or game controller c. The interactive multimedia version allows the viewers to have more control over the experience d. The interactive multimedia version offers a richer mix of media types(a) What is the name and type of the spatial filter filter1 given on the right?Explain the reasons for your specifications.(b) What is the name and type of the spatial filter filter2 for the cases whenw=8 and w=9, respectively?(c) An image is filtered first by filter1 and then by filter2 (w=8) in the spatial domain.Find a single equivalent spatial filter (mask) for the entire filtering process. Explain your procedure.Compute the coefficients of the equivalent spatial filter by hand. Do not use a computer program.Why blocking the middle of the objective BFP generated the same image you got by subtracting a low-resolution image from a high-resolution image?
- (a) Design a binary image of 200 columns by 100 rows, which contains a rectangle whose length = 120 pixels and height = 60 pixels in the center. Set the rectangle to be white and the background to be black. Use a circular structuring element whose radius is 9 pixels to perform the following: (Hint: Matlab functions: strel('disk',9,0); imdilate, imerode, imopen, imclose) (i) Binary dilation (ii) binary erosion (iii) binary opening, and (iv) binary closing. Show the Matlab source code and the resulting five images: the rectangular image, the dilated image, the eroded image, the opened image, and the closed image. (b) Design a circular structuring element whose radius is 5 pixels to perform the following operation with the input image “lena_256.bmp”: (Hint: Matlab functions: imdilate, imerode, imopen, imclose) (v) Grayscale dilation (vi) grayscale erosion (vii) grayscale opening, and (viii) grayscale closing. Show the Matlab source code and the resulting five images: the original Lena…Which image support's image layers? A. JPG B.GIF C. BMP D.PNGImage classification from scratch - transfer learning - medical image classification Chose one task, follow the code which is related to given topics and run it on your PC for your task. and then try to improve the performance.