Ocaml, functional programming task. You are given the type₁ type pixel={r:int; g: int; b: int};;representing a pixel and the intensity of red, green and blue, as integers between0 and 255.Write a function brightness: int -> pixel array array -> pixelarray array = that increases/decreases all integers in all pixelsin the input pixel array array by the provided integer. The resultingintegers should not go below 0 or above 255.Write a function blur: pixel array array -> pixel array array= that blurs the input pixel array array. Pixels on the borderare unchanged, all other pixels colors however are recomputed. The newvalue is 60% of the original + 5% of every neighboring pixel (out of 8).Round down at the very end. #let generate_screen rows columns seed-Random. initseed; Array.make_matrix rows columns 0 > Array.map(Array.map (fun x->{r=Random.int 255; g-Random.int255; b=Random.int 255})) ;;2 val generate_screen: int -> int -> int -> pixel arrayarray = 3 # let screen-generate_screen 6 4 2023 ;;4 val screenpixel array array =5[I[{r = 250; g = 73; b = 96}; {r = 165; g = 100; b= 146};{r 194; g = 51; b = 245}; {r = 45; g =72}1];[1 {r = 235; g = 108; b = 6}; {r = 214; g == 220};{r= 14} ];6T0620212328; g 176; b= 125}; {r = 131; g = 188; b[{r = 56; g 40; b=166}; {r = 36; g = 195; b48};{r= 144} ];#brightness (100) screen ;;8 pixel array array =[I[{r245; g = 20; b = 86}; {r = 212; g = 225; b[{r = 17; g = 242; b= 179}; {r = 73; g = 92; b =157);{r = 25; g = 49; b = 70}; {r = 218; g = 233; b =165}|];[1 {r = 224; g = 84; b = 134}; {r = 78; g = 231; b= 254};25; g = 10; b= 140}; {r = 56; g = 139; b ={r5} 1];[{r=237; g = 85; b = 142}; {r = 202; g = 163; b= 161};{r = 82; g = 191; b = 183}; {r = 245; g = 79; b= 234}1] 1]54; b =228; b255; g = 173; b = 196}; {r = 255; g = 200; b246};{r255; g =151; b =255); (r = 145; g 154; b= 172} 1];[{r = 255; g =208; b =106}; {r = 255; g =255; b= 255};{r128;= 114} ];[{r156; g == 148};{r= 244} ];g =255;g = 120; b =255; b = 225}; {r = 231; g = 255; b140; b=255};{r136; g = 255; b186); (r= 255; g = 255; b=

In digital imaging and computer graphics, a pixel refers to the smallest element of an image that…

You are given the type type pixel={r:int; g: int; b: int};; representing a pixel and the intensity of red, green and blue, as integers between 0 and 255. Write a function brightness: int -> pixel array array -> pixel array array = that increases/decreases all integers in all pixels in the input pixel array array by the provided integer. The resulting integers should not go below 0 or above 255. Write a function blur: pixel array array -> pixel array array = that blurs the input pixel array array. Pixels on the border are unchanged, all other pixels colors however are recomputed. The new value is 60% of the original + 5% of every neighboring pixel (out of 8). Round down at the very end.

You are given the type type pixel={r:int; g: int; b: int};; representing a pixel and the intensity of red, green and blue, as integers between 0 and 255. Write a function brightness: int -> pixel array array -> pixel array array = that increases/decreases all integers in all pixels in the input pixel array array by the provided integer. The resulting integers should not go below 0 or above 255. Write a function blur: pixel array array -> pixel array array = that blurs the input pixel array array. Pixels on the border are unchanged, all other pixels colors however are recomputed. The new value is 60% of the original + 5% of every neighboring pixel (out of 8). Round down at the very end.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Ocaml, functional programming task.

You are given the type
₁ type pixel={r:int; g: int; b: int};;
representing a pixel and the intensity of red, green and blue, as integers between
0 and 255.
Write a function brightness: int -> pixel array array -> pixel
array array = <fun> that increases/decreases all integers in all pixels
in the input pixel array array by the provided integer. The resulting
integers should not go below 0 or above 255.
Write a function blur: pixel array array -> pixel array array
= <fun> that blurs the input pixel array array. Pixels on the border
are unchanged, all other pixels colors however are recomputed. The new
value is 60% of the original + 5% of every neighboring pixel (out of 8).
Round down at the very end.

#let generate_screen rows columns seed-Random. init
seed; Array.make_matrix rows columns 0 > Array.map
(Array.map (fun x->{r=Random.int 255; g-Random.int
255; b=Random.int 255})) ;;
2 val generate_screen: int -> int -> int -> pixel array
array = <fun>
3 # let screen-generate_screen 6 4 2023 ;;
4 val screen
pixel array array =
5
[I[{r = 250; g = 73; b = 96}; {r = 165; g = 100; b
= 146};
{r 194; g = 51; b = 245}; {r = 45; g =
72}1];
[1 {r = 235; g = 108; b = 6}; {r = 214; g =
= 220};
{r
= 14} ];
6
T
0
6
20
21
23
28; g 176; b= 125}; {r = 131; g = 188; b
[{r = 56; g 40; b=166}; {r = 36; g = 195; b
48};
{r
= 144} ];
#brightness (100) screen ;;
8 pixel array array =
[I[{r
245; g = 20; b = 86}; {r = 212; g = 225; b
[{r = 17; g = 242; b= 179}; {r = 73; g = 92; b =
157);
{r = 25; g = 49; b = 70}; {r = 218; g = 233; b =
165}|];
[1 {r = 224; g = 84; b = 134}; {r = 78; g = 231; b
= 254};
25; g = 10; b= 140}; {r = 56; g = 139; b =
{r
5} 1];
[{r=237; g = 85; b = 142}; {r = 202; g = 163; b
= 161};
{r = 82; g = 191; b = 183}; {r = 245; g = 79; b
= 234}1] 1]
54; b =
228; b
255; g = 173; b = 196}; {r = 255; g = 200; b
246};
{r
255; g =
151; b =
255); (r = 145; g 154; b
= 172} 1];
[{r = 255; g =
208; b =
106}; {r = 255; g =
255; b
= 255};
{r
128;
= 114} ];
[{r
156; g =
= 148};
{r
= 244} ];
g =
255;
g = 120; b =
255; b = 225}; {r = 231; g = 255; b
140; b=
255};
{r
136; g = 255; b
186); (r= 255; g = 255; b
=

Process by which instructions are given to a computer, software program, or application using code.

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