import java.awt.Dimension;
import java.awt.Image;
final public class MultiPathConvolution101 extends MultipathDemoSignals{
public MultiPathConvolution101(Dimension dim, Image img, String problemName){
super(dim,img,problemName);
//initChildClass(problemName);
}
protected void initPreconstructor_Variables(){
initPreconstructorInMPLevel();
modelDescription[0]="Program 10. Model: MultiPath Indoor Dispersion for signal 101.";
functionCOUNT=4;
functionTitle[2]="101Input";
functionTitle[3]="101Response";
}
protected void spawnParametersAfterUserApplied(){
super.spawnParametersAfterUserApplied();
convolve(input101,response101, true);
}
protected double functionSwitchX(int fIx, double t) {return 0;}
protected double functionSwitch(int fIx, double x){
switch(fIx){
case 0: return hh(x);
case 1: return drawSignal(x,beta)/scaled_chip_length;
case 2: return drawSignal(x,input101);
case 3: return drawSignal(x,response101);
}
return 0;
}
//-----------------------------------------------
// User Input Prompts
//- - - - - - - - - - - - - - - - - - - - - - - -
protected int setParsToStrings(){
int i=0;
String decription="";
for(int j=0; j<subModelTitle.length; j++){
decription += ", "+j+" - " + subModelTitle[j];
}
strParsCrr[i][0]=String.valueOf(subModel); strParsCrr[i][1]="Sub Model: "+decription; strParsCrr[i++][2]="int";
strParsCrr[i][0]=String.valueOf(shotNoisePresented); strParsCrr[i][1]="shotNoisePresented, 0 or 1"; strParsCrr[i++][2]="int";
strParsCrr[i][0]=String.valueOf(SNR); strParsCrr[i][1]="SNR, dB"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(amSAR); strParsCrr[i][1]="SAR, Signal to Ambient Light Ratio"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(amInterferencePeriodTi); strParsCrr[i][1]="Ti, Ambient Light Interference Period, sec"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(amInteferenceSummationPoints); strParsCrr[i][1]="NTi, Ambient Light Interf. Sum. Points Numb., 1 for no Interference."; strParsCrr[i++][2]="int";
strParsCrr[i][0]=String.valueOf(dmnRangeX); strParsCrr[i][1]="Argument Range"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(dmnRangeF); strParsCrr[i][1]="Function Range"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(dmnStartF); strParsCrr[i][1]="Function Start"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(Rb); strParsCrr[i][1]="Bit Rate, Rb"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(ceilingHeight); strParsCrr[i][1]="Room Height, meters"; strParsCrr[i++][2]="double";
strParsCrr[i][0]=String.valueOf(L); strParsCrr[i][1]="Maximum symbol length, L"; strParsCrr[i++][2]="int";
strParsCrr[i][0]=String.valueOf(Amax); strParsCrr[i][1]="Non-zero levels in chip amplitude, A"; strParsCrr[i++][2]="int";
return i;
}
public String setParsFromStrings(){
int i=0;
try{
subModel =Integer.parseInt(strParsCrr[i][0]); i++;
shotNoisePresented =Integer.parseInt(strParsCrr[i][0]); i++;
SNR =Double.parseDouble(strParsCrr[i][0]); i++;
amSAR =Double.parseDouble(strParsCrr[i][0]); i++;
amInterferencePeriodTi = Double.parseDouble(strParsCrr[i][0]); i++;
amInteferenceSummationPoints = Integer.parseInt(strParsCrr[i][0]); i++;
dmnRangeX =Double.parseDouble(strParsCrr[i][0]); i++;
dmnRangeF =Double.parseDouble(strParsCrr[i][0]); i++;
dmnStartF =Double.parseDouble(strParsCrr[i][0]); i++;
Rb =Double.parseDouble(strParsCrr[i][0]); i++;
ceilingHeight =Double.parseDouble(strParsCrr[i][0]); i++;
L =Integer.parseInt(strParsCrr[i][0]); i++;
Amax =Integer.parseInt(strParsCrr[i][0]); i++;
}catch(Exception e){
return "Exception when (re)setting parameters.\n" + e;
}
return "";
}
//- - - - - - - - - - - - - - - - - - - - - - - -
// User Input Prompts
//================================================================
}
Copyright (C) 2009 Konstantin Kirillov