Java assignment , programming homework help

User Generated

zbxny012

Programming

Description

attached below

Unformatted Attachment Preview

Working with other people in the class (shared folder, email, text, telephone, telepathy, IP over Avian Carriers, or whatever other method of communication): 1. implement your assigned component(s), but do not worry too much if it does not end up properly interacting with each other as we will expand on this in the next project, 2. Create a basic GUI showing what inputs and outputs your component could use on its own (it does not need to be an interactive GUI yet, just get or set some text or other object state as the program starts up; even better, you could get the values from a file!), Note: remember to add the components to the panel and the panel to the frame! 3. test your implementation with the tests that your team came up with (and more as you think of them), 4. Be ready to discuss how things go with your team when we next meet. The brief version: While the program needs to have graphics, it can have all the outputs be in text, labels, check boxes, or other simple graphical components. The longer version: The program needs to have a graphical interface, but the specific things that you output do not need to be on how to steer or shift in some realistic graphical representation, they could instead just reflect changes in the variables that you will have inside your objects, so you might have either some text box output or perhaps some label indicating what angle the steering column or wheels are set at (maybe a numerical value from - 110 to denote a heavy left turn to +110 degrees for a heavy right turn). We will add more capabilities to these graphical interfaces as we move forward in the class. Does this answer you question, or does it bring up more questions? Engineering Now, there are many engineering terms that are relevant, but it is more essential to provide input parameters, that are relevant to steering and shifting. When it comes to parameters of shifting and the steering, the steering performance often affects the parameters. For example, when a steering system measures from 6.26 degrees to 9.25 degrees, but with an offset of 63.5 mm, vehicle performances were impacted based on the kind of cars, as well as the steering systems that they had. However, shifting is difference For shifting, what determines the calculations is known as lateral forces. By measuring certain variations of force, the angle amount can determine good shifting responses. For example; if angle degrees are in the 3000's, then then will be strong vehicle performance via stick shift. Once these factors are calculated, the force equation (also known as the GUI) can be calculated and determined.
Purchase answer to see full attachment
User generated content is uploaded by users for the purposes of learning and should be used following Studypool's honor code & terms of service.

Explanation & Answer

At...


Anonymous
Really great stuff, couldn't ask for more.

Studypool
4.7
Trustpilot
4.5
Sitejabber
4.4

Related Tags