The component of the GUI was split into two sides with the optional ingredients on the left hand side and the ingredients that required a cooking preference choice on the right hand side. Tables 5. Implementation Figure 5. Optional grid showing the meal ingredients. Optional grid showing the options of the meal ingredients. Preference grid showing the ingredients within the meal that requires a cooking preference. Preference grid showing the preference options of an ingredient within the meal.
Table 5. Grid Colour Illustration Yellow Original optional ingredient replaced. Figure 5. This grid algorithm used a basic layout, where each component appeared one after the other, but with the added functionality of auto expanding rows. Recall, that this grid would show the meals and drinks, but would be separated into blocks of sections with each section starting on a new row.
The added problem was that the grid would not be a basic grid but column based. An example would be, an 8 x 8 grid could represent as a 16 x 4 grid.
This sub-section explains how the system would visually display the meals. The border would be updated depending on the index of that meal within the database. Red 1 Compulsory ingredient low on stock. Orange 2 Optional ingredient out of stock. Yellow 3 Optional ingredient low on stock. Blue 4 No stock issues. Black 5. The orders stored in the database, which were created using the order application, would be accessed by the kitchen GUI.
An order start button would update the status of the order, giving the waiters feedback on the order status. Once all items within the order were complete the waiter would be automatically informed and the order removed from the kitchen display once collected. To help the readability of the kitchen GUI, row colours within the table were implemented.
The tables would also display statistics about the order including elapsed kitchen time, order progress1 and section progress2. The GUI used numerous techniques to make the input of data as easy as possible including the use of wildcard character searching, consistent design layout and validation checks with user prompts.
This section will now go into the implementation details of the pricing algorithm using pseudocode to show the techniques used. As with most tree structure algorithmic solutions, the code solution used recursion. The fully coded version of the algorithm can be found in Appendix E. The JavaDoc could then be used to provide assistance to any future developer. Version control systems also known as Revision control such as Mercurial manage the changes to documents storing each backup in its own revision with the ability to restore back to a particular version in the event of debugging.
Implementation For this project, each iteration within the development methodology utilised the version control system by archiving and saving each prototype. The next chapter documents the results by demonstrating the working system. The layout is set out to show the chronological order in how you would use the system similar to a walk through.
The data inputted into the system was real data from two menus used by a Beefeater Grill [6] pub in Ormskirk, Lancashire. The following screenshots show some of the data input forms for inputting the menus and associated ingredients. Please note that validation will not been shown within the results as the database design took care of the majority of the validation.
All the forms kept a consistent layout, with add, save and delete command buttons performing the operations. For any list or table that held more than a few items, a searching facility was provided.
Results Figure 6. Figure 6. Results 6. Figures 6. In Figure 6. Table 6. Property Result Menu: Height The height of a sub grid within the main grid. Menu: Width The width of a sub grid within the main grid. Menu: Text Size Text size of the text within the main grid. Menu: Column Groups The amount of sub grids from left to right within the main grid.
Menu: Character Limit per line The maximum amount of characters per line for the item buttons. Menu: Transparency [0,1] How transparent the image behind the text is for the item buttons. The form also contains similar properties for the menu section and colour selectors for the waiter calls. Unfortunately as this was a priority 3 requirement, only a couple of graphs were implemented. The screenshots are ordered to give the reader an idea of the steps involved in order.
The next chapter will discuss how the software system was tested. The tests did not just test the code directly but also tested some of the non-functional aspects of the system 7. Recall, that with this development methodo- logy, testing is carried out at the end of each iteration.
Listing 7. This testing technique was performed at the same time as user acceptance testing with the feedback used to alter any important concerns. An example where user feedback was pivotal was in the initial design where the GUI implemented lists that displayed the menus, sections and tables.
However, this brought around the design decision to change these lists into grids which the users found to be much easier to use. Usability inspection is where the developer instead of the end user inspects the user interface.
Therefore the developer tested the time complexity of the amount of clicks required to create an order. The worst case scenario: 1.
Select a table 2 clicks. Select a meal 1 click. Meal has o amount of optional ingredients with all optional ingredients being removed or swapped 2o clicks. Meal also has p amount of ingredients each requiring a preference choice 2p clicks. The best case scenario: 1. No table selected4 1 click. Meal has 0 optional ingredients and 0 preference choices. Repeat step 2 for m amount of meals m clicks. Testing 5. The order contains only 1 suborder.
Hence the time complexity is of polynomial complexity in the worst case scenario and linear com- plexity in the best case scenario. The grid that displayed the items in the centre of the GUI, used an algorithm to try and keep a consistent grid layout, even on the addition of new items. However the disadvantage was the amount of blank cells within the grid that were unusable due to this algorithm.
Another problem was the use of both images and text on the item buttons. Hence either images or text should be chosen but not a mixture of the two. The next chapter concludes the report. It also discusses possible future development ideas. This meant that some of the lower priority requirements had to be scrapped. However, if more time became available the following could be implemented.
This all beckons on whether or not Java was the best programming language to use to generate the best looking GUI. Maybe a web developed GUI could have been a better alternative but with the developer having little experience in web development this would not have been ideal.
This would give the system the ability to reserve and allocate tables. Conclusion 8. Obviously the database schema does not currently support the storage of the cooking instructions so there are added implications.
The time to cook the individual ingredients could also be included within this function helping the chef with the organisation of the cooking. The generation of a management web application, could allow access to the statistics and data from anywhere in the world thus allowing the managers to keep check on the business. He also felt that the proposed features were slightly unrealistic and some even unnecessary.
For the general project, the author felt that important aspects of research were not undertaken including interviews with restaurant owners and user questionnaires. This would have provided good insight into existing solutions. Also, no coding knowledge is required to use this software. Foodomaa is a multi-restaurant food ordering system that is built with a mobile-first approach.
This application keeps the user experience, conversion optimization, and high performance intact. React and Redux develop this software. The incredible feature of Foodomaa is that it can be installed on any device. This website can also be used for a cafe, pizza, burgers, fast food, or other restaurant products. It allows users to check the contents or toppings of all menu items. There are two types of free and paid ingredients, and you can order from the application and get home delivery.
In this system, the delivery boy can log in and check the assigned order and order details. Laravel and compatible with all browsers develop this software. Khana is a multi-restaurant food ordering and restaurant membership system with food saas. It provides a great admin dashboard, restaurant management system, delivery system based on user location. This software framework is Laravel.
Restora is an online-based restaurant management system suitable for restaurants, food stores, catering, e-commerce, and any restaurant-related kind of business. Restora is made with a materialized design that works perfectly on any device.
It has three different panels for admin, manager, and customers, along with the website. Customers can easily order anything from the website as per their choice.
Customers can check their order history, and the manager can process the order to be completed. The administrator can verify all business updates and control everything. This software is compatible with all browsers. Restora provides a free installation with hour customer support.
Menorah Restaurants is a complete home food ordering system for restaurants. This restaurant software comes with a responsive design and a user-friendly interface compatible with desktops, laptops, mobile phones, and tablets. The CodeIgniter framework develops menorah restaurant. You can manage an order from the admin panel, create menu categories and items, and set parameters like currency, restaurant opening time, site language, site logo.
Admin can add language to the script in an effortless manner. This software has four different panels like admin, kitchen manager, delivery manager, and user. Admin can control everything and assign roles to others. HunderRush is a digital food ordering system. The Hunger Rush platform allows restaurants to manage online orders, accept payments via credit card, and gain visibility into a centralized dashboard's sales orders.
It will enable customers to place orders as guests through an online portal or Facebook account and add multiple delivery addresses for quick selection in the future. We have a great collection of PHP projects. This doucment file contains project Synopsis, Reports, and various diagrams. Also abstract pdf file inside zip so that document link below the page.
Complete ready made open source code free of cost download. You can't find any project with your requirement just tell us. We provide project as soon as possibles. Click to Share Here. This Project is based on online food ordering or restaurant managing where dishes are managend and also ordered.
An admin panel to control all the activities. You have any error or you don't understand project follow or any other problem. You can ask question. Complete they project perfectly. This is very useful project. This project is used for any Ticket booking Center. This entity will help the customers in getting the overall description of the products. This attribute will tell us about the product, what it is all about.
This attribute will help the customers to make their minds. This is the attribute that will use by the customers to find their products because customers do not aware of the item-id. This entity will help the customers in serving their foods. The entity will include the following attributes. This attribute will store the order as demand by customers. This attribute will help in managing the customer and waiter relationship so that waiter can please the customers. This attribute will help in managing the financial data.
This will track the information about the payment of each table. So, this will help in maintaining the payment records. This attribute will provide the exact data to be paid by or need to pay by customers before leaving the table.
This is the main entity of this management system. This will help them in booking the tables. This attribute will describe the name of the customers.
This will help the restaurant to remember the customers so that they can contact them further. This entity will help us in managing the financial record it will deal with the amounts which we need to invest or where we have got the profit.
This attribute will tell us about the name of the cashier and the maintain the financial momentum of the work. This attribute will give us the detail information about the ID of the cashier and will help us to identify them uniquely.
Now, this method is intended in such a way that it takes fewer resources to figure out work properly.
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