inexpensive jsp servlet

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inexpensive jsp servlet

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inexpensive jsp servlet inexpensive jsp servlet *; import java.awt.*; public class GraphApplet extends Applet { int x0, xN, y0, yN; double xmin, xmax, ymin, ymax; int AppletHeight, AppletWidth; public void init() { String ParamString; // How big is the applet? Dimension d = size(); AppletHeight = d.height; AppletWidth = d.width; x0 = 0; xN = AppletWidth-1; y0=0; yN=AppletHeight-1; ParamString = getParameter("xmin"); if (ParamString != null) { xmin = Double.

inexpensive jsp servlet valueOf(ParamString).doubleValue(); } else { xmin = -1.0; } ParamString = getParameter("xmax"); if (ParamString != null) { xmax = Double.valueOf(ParamString).doubleValue(); } else { xmax = 1.

inexpensive jsp servlet 0; } ParamString = getParameter("ymax"); if (ParamString != null) { ymax = Double.valueOf(ParamString).doubleValue(); } else { ymax = 1.0; } ParamString = getParameter("ymin"); if (ParamString != null) { ymin = Double.valueOf(ParamString).

inexpensive jsp servlet doubleValue(); } else { ymin = -1.0; } } public void paint(Graphics g) { double x1,y1,x2,y2; int i, j1, j2; j1 = yvalue(0); for (i = 0; i < AppletWidth; i++) { j2 = yvalue(i+1); g.drawLine(i, j1 ,i+1, j2); j1 = j2; } } private int yvalue(int ivalue) { // Given the xpoint we're given calculate the Cartesian equivalent double x, y; int jvalue; x = (ivalue * (xmax - xmin)/(AppletWidth - 1)) + xmin; // Take the sine of that x y = Math.sin(x); // Scale y into window coordinates jvalue = (int) ((y - ymin)*(AppletHeight - 1)/(ymax - ymin)); // Switch jvalue from cartesian coordinates to computer graphics coordinates jvalue = AppletHeight - jvalue; return jvalue; } } Now we can adjust the range over which we graph without modifying our code!So far we've only graphed sine functions. It should be obvious how to modify the code to graph cosines or many other kinds of functions.

inexpensive jsp servlet

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inexpensive jsp servlet