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Develop a program that reads from an input CSV file named input.csv the pairs of values of distance x (meters) from left bank and the river depth y (meters) at that location, for a given cross-section. Note that the x values are equidistant with each other. The file will have the following format amput - Natepad Format: Example: Fie Cdt Format exl> 2.32 5,2.32 10,4.6 15,4.64 20,3.33 25,2.51 30,0 10 4.6 15 4.64 20 25 2.51 30 The program will use the composite Trapezoidal Rule and composite Simpson's Rule to approximate the area of the river cross-section. SPECIFICATIONS 1. Let the user choose between implementing (a) the composite Trapezoidal Rule, or (b) the composite Simpson's Rule. 2. Open the file input.csv and read the data contained within. 3. Display the computed area of the river cross-section on the screen. HINT: Use a running total variable to solve for the summations as your program reads through the input file.

Develop a program that reads from an input CSV file named input.csv the pairs of values of distance x (meters) from left bank and the river depth y (meters) at that location, for a given cross-section. Note that the x values are equidistant with each other. The file will have the following format amput - Natepad Format: Example: Fie Cdt Format exl> 2.32 5,2.32 10,4.6 15,4.64 20,3.33 25,2.51 30,0 10 4.6 15 4.64 20 25 2.51 30 The program will use the composite Trapezoidal Rule and composite Simpson's Rule to approximate the area of the river cross-section. SPECIFICATIONS 1. Let the user choose between implementing (a) the composite Trapezoidal Rule, or (b) the composite Simpson's Rule. 2. Open the file input.csv and read the data contained within. 3. Display the computed area of the river cross-section on the screen. HINT: Use a running total variable to solve for the summations as your program reads through the input file.

Database System Concepts
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
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Develop a program that reads from an input CSV file named input.csv the pairs of values of distance x (meters) from left bank and the river depth y (meters) at that location, for a given cross-section. Note that the x values are equidistant with each other. The file will have the following format mput-Ntepad Format: <number of data pts> <x1> cyl> <x2> <y2> Example: File Ed Format 2.32 5,2.32 10,4.6 15,4.64 20,3.33 25,2.51 30,0 10 4.6 15 4.64 <xm> <ym> 20 133 25 2.51 30 The program will use the composite Trapezoidal Rule and composite Simpson's Rule to approximate the area of the river cross-section. SPECIFICATIONS 1. Let the user choose between implementing (a) the composite Trapezoidal Rule, or (b) the composite Simpson's Rule. 2. Open the file input.csv and read the data contained within. 3. Display the computed area of the river cross-section on the screen. HINT: Use a running total variable to solve for the summations as your program reads through the input file.
Transcribed Image Text:Develop a program that reads from an input CSV file named input.csv the pairs of values of distance x (meters) from left bank and the river depth y (meters) at that location, for a given cross-section. Note that the x values are equidistant with each other. The file will have the following format mput-Ntepad Format: <number of data pts> <x1> cyl> <x2> <y2> Example: File Ed Format 2.32 5,2.32 10,4.6 15,4.64 20,3.33 25,2.51 30,0 10 4.6 15 4.64 <xm> <ym> 20 133 25 2.51 30 The program will use the composite Trapezoidal Rule and composite Simpson's Rule to approximate the area of the river cross-section. SPECIFICATIONS 1. Let the user choose between implementing (a) the composite Trapezoidal Rule, or (b) the composite Simpson's Rule. 2. Open the file input.csv and read the data contained within. 3. Display the computed area of the river cross-section on the screen. HINT: Use a running total variable to solve for the summations as your program reads through the input file.
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