Your submission should follow our general guidelines. Please follow
object-oriented principles. Submit executable jar for all problems.
- Modify an image processing program (such as
ImageShow2)
to convert a grayscale image to a binary image, by converting the input image to grayscale (if necessary) and
applying a threshold value obtained from a dialog box.
The binary image should be either WHITE (true) or BLACK (false). The user should be able to choose
WHITE = gray > threshold or WHITE = gray <= threshold.
Use your program to generate an output image of white objects on a black background from the image below
- Write a Java program that allows you to create, select and move resistors (or other objects) around the screen.
See
TestDrag2.java
for some ideas.
- Modify GrowPath.java which captures
sequences of
GeneralPath objects,
e.g. MoveTo - LineTo - LineTo - ... to allow it to construct, read, and write WIRE objects for circuit layout.
Wire objects should have the syntax W x1 y1 x2 y2 . . . xn yn
- Extend your circuit analysis program to handle multiple current
sources, such as the example below, and calculate the node voltages.
The LTSpice version of this circuit can be downloaded from test5.zip
Your program should use FileChooser to select a netlist file.
R R1 1 2 100
R R2 3 4 400
R R3 2 0 500
R R4 4 0 200
I I1 0 1 0.1
I I2 2 3 0.02
- Using ideas in RobotTest2.java,
write a program to implement and test an object that acts as a Lidar or radar system, calculating and showing the
distance to the nearest obstruction as a function of angle (with respect to robot forward direction).
- Create a dialog box, similar to that below, that will allow you to create a new resistor object or
modify an existing resistor object.
Write a Java program that includes a MenuBar with File, Edit, and Help menus.
The Help menu should contain and About item that displays a
information dialog pane describing the program, its author, and date of current version.
The Edit menu should allow the user to select a resistor or create a new resistor and use the
dialog box to modify its properties.
The File menu should contain an Open item that uses FileChooser to open
and read a netlist file. Implement a FileNameExtensionFilter so only
netlist text files are visible. The File menu should also contain a Save item that allows the
user to generate a new circuit file. The save function should not overwrite an existing file unless
explicitly allowed by the user. The operations of selecting or creating a resistor from problem 2 should
be used in this program
- Continue developing your group project, using dialogs and MenuBars as appropriate.
Maintained by John Loomis,
last updated 11 March 2020