A wood flooring company stores the names of up to 100 customers in a one-dimensional (1D) array Customers[]. A two-dimensional (2D) array Quotations[] stores details of each customer's quotation: • length of room (one decimal place) • width of room (one decimal place) • area of wood required (rounded up to next whole number) • choice of wood index (whole number) • price of wood required in dollars (two decimal places). The floor measurements (room length and room width) are taken in metres. All floors are rectangles and room measurements must be between 1.5 and 10.0 inclusive. The index of any customer's data is the same in both arrays. For example, a customer named in index 4 of Customers[] corresponds to the data in index 4 of Quotations[] The wood choices available are: Index Wood type Price per square metre ($) 1 Laminate 29.99 2 Pine 39.99 3 Oak 54.99 The data are stored in two 1D arrays named WoodType[] and Price[]. The index of the wood type and price in their arrays share the same index number. Write a program that meets the following requirements: • input a new customer's name, room length and room width • check that each measurement is valid • output an error message and require the measurement to be re-entered until it is valid • calculate the area of the room by multiplying together the length of the room and the width of the room • input the choice of wood and find its price per square metre • calculate the price of the wood needed • store all data in the relevant array • output the customer's quotation to include: the name of the customer, the choice of wood and the calculated price of the wood required • continue to accept the next customer. You must use pseudocode or program code and add comments to explain how your code works. You do not need to declare any arrays or variables; you may assume that this has already been done. You will need to initialise WoodType[] and Price[] All inputs and outputs must contain suitable messages.