I need help planning my vegetable garden for next year. I have a number of varieties of tomatoes, eggplants, and peppers, but only so much room. You are given: plant_names, a string array with the names of the varieties plant_nums, a numerical array with the number of seeds there are for each variety max_plants, a randomized integer with the number of spaces available in the garden. You will create a string array, plant_choices, that contains the names of the varieties that are going to be planted. Decide what to plant based on the following algorithm: Establish initial conditions: start at the index of the first plant and first position of plant_choices Check: have you reached the total number of allowable seeds planted (max_plants) and do you have seeds (of any plant type) remaining? If yes: Check: Do you have any more seeds for the selected plant type? If yes: Add the name of the plant type to plant_choices, remove 1 seed from plant_nums for that specific plant type, remove 1 from max_plants, and index the position of plant_choices by 1. If no: Check: Have you reached the end of the list of plants? If yes: Reset the index of the plant type to 1 If no: Add 1 to index of the type of plant If no: end the loop
I need help planning my vegetable garden for next year. I have a number of varieties of tomatoes, eggplants, and peppers, but only so much room. You are given: plant_names, a string array with the names of the varieties plant_nums, a numerical array with the number of seeds there are for each variety max_plants, a randomized integer with the number of spaces available in the garden. You will create a string array, plant_choices, that contains the names of the varieties that are going to be planted. Decide what to plant based on the following algorithm: Establish initial conditions: start at the index of the first plant and first position of plant_choices Check: have you reached the total number of allowable seeds planted (max_plants) and do you have seeds (of any plant type) remaining? If yes: Check: Do you have any more seeds for the selected plant type? If yes: Add the name of the plant type to plant_choices, remove 1 seed from plant_nums for that specific plant type, remove 1 from max_plants, and index the position of plant_choices by 1. If no: Check: Have you reached the end of the list of plants? If yes: Reset the index of the plant type to 1 If no: Add 1 to index of the type of plant If no: end the loop
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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I need help planning my vegetable garden for next year. I have a number of varieties of tomatoes, eggplants, and peppers, but only so much room.
You are given:
plant_names, a string array with the names of the varieties
plant_nums, a numerical array with the number of seeds there are for each variety
max_plants, a randomized integer with the number of spaces available in the garden.
You will create a string array, plant_choices, that contains the names of the varieties that are going to be planted.
Decide what to plant based on the following algorithm :
Establish initial conditions: start at the index of the first plant and first position of plant_choices
Check: have you reached the total number of allowable seeds planted (max_plants) and do you have seeds (of any plant type) remaining?
If yes:
Check: Do you have any more seeds for the selected plant type?
If yes: Add the name of the plant type to plant_choices, remove 1 seed from plant_nums for that specific plant type, remove 1 from max_plants, and index the position of plant_choices by 1.
If no:
Check: Have you reached the end of the list of plants?
If yes: Reset the index of the plant type to 1
If no: Add 1 to index of the type of plant
If no: end the loop
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