Create data-files/model/cube.off, an axis-aligned cube with unit edge lengths, centered at the origin.

Execute the following statements over initially empty ArrayList myList one after another (cascade). Explain what was changed after each statement (what did it do?) myList.add("z"); ArrayList content: Your explanation (where this output came from): myList.add(0, "a"); ArrayList content: Your explanation (where this output came from): myList.add("t"); ArrayList content: Your explanation (where this output came from): myList.add(2,"w"); ArrayList content: Your explanation (where this output came from): myList.set(0,"b"); ArrayList content: Your explanation (where this output came from):

Write a program that replaces the smallest and largest elements of a 30-element one-dimensional presentation.

An object is in location (1,3), (1,6), (3,9) and (3,6). Do two repeated scaling operations on the object with the scaling factors, (2,1) and (4,3). Write the new positions.

Build a polyhedron that looks roughly like the Washington monument. Some key dimensions of the Washington Monument: o The width of the base is about 55 feet.o The width of each side at the top is about 34 feet.o The height of the small pyramid (pyramidion) at the top of the monument is 55 feet. o The height of the whole monument is 555 feet. This should help you get something that looks approximately like the Washington monument. Exactness is not necessary, and indeed, you should make your code appropriately parameterized.Some additional requirements. Your polyhedron will have 8 sides (four for the pyramidion and four for the tower). You should not have a base. The origin of the monument should be at the center of the base, directly below the peak. Each side should be a different color, so that all the edges are plainly visible. o Use a variety of different ways of specifying the colors (e.g. THREE.ColorKeywords, hexidecimal notation, CSS string, RGB) o Use RGB color at least…

Research the binary box (magic box) method. Create your own graphical representation of the binary box (preferably hand drawn). It's simple and you can reference back to it (along with your OSI model) throughout the course or on cert exams. Physically drawing/color-coding helps with memorization.

OpenGL Programming Help Model the “block IU” logo. Where the "I" is in front of the "U" Use appropriate colors and style. You arerequired to use display lists to create these letters. Animate your scene so that when the user clicks the RMB (right mouse button) andselects the menu option to spin the “I”, the “I” spins vertically. Depending on how youspecified your vertices, this could require a translation to the origin, a rotation, and a translation back. When the user clicks on the RMB and selects the menu option to spin the “U”, the “I” should stop spinning and the “U” should spin in the same manner. At no point should both letters spin at the same time. The program should quit when the user presses either “q” or “Q” or selects the RMB menu option to quit.

How to use API methods to write a polygon transformation?

Fix any error in this code   import org.jfree.chart.ChartFactory;import org.jfree.chart.ChartPanel;import org.jfree.chart.JFreeChart;import org.jfree.data.category.DefaultCategoryDataset;import org.jfree.ui.ApplicationFrame;import org.jfree.ui.RefineryUtilities;public class BarChartExample extends ApplicationFrame {public BarChartExample(String title) {super(title);Object ChartFactory;JFreeChart barChart = ChartFactory.createBarChart("Referral Sources Count","Referral Source","Count",createDataset(),org.jfree.chart.plot.PlotOrientation.VERTICAL,true, true, false);ChartPanel chartPanel = new ChartPanel(barChart);chartPanel.setPreferredSize(new java.awt.Dimension(560, 367));setContentPane(chartPanel);}private DefaultCategoryDataset createDataset() {DefaultCategoryDataset dataset = new DefaultCategoryDataset();String series1 = "Referral Sources";dataset.addValue(250, series1, "Website");dataset.addValue(400, series1, "Word of Mouth");dataset.addValue(300, series1,…

Build a polyhedron that looks roughly like the Washington monument. Some key dimensions of the Washington Monument: o The width of the base is about 55 feet.o The width of each side at the top is about 34 feet.o The height of the small pyramid (pyramidion) at the top of the monument is 55 feet. o The height of the whole monument is 555 feet. This should help you get something that looks approximately like the Washington monument. Exactness is not necessary, and indeed, you should make your code appropriately parameterized.Some additional requirements. Your polyhedron will have 8 sides (four for the pyramidion and four for the tower). You should not have a base. The origin of the monument should be at the center of the base, directly below the peak. Each side should be a different color, so that all the edges are plainly visible. o Use a variety of different ways of specifying the colors (e.g. THREE.ColorKeywords, hexidecimal notation, CSS string, RGB) o Use RGB color at least…