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Application breaks when resistance is set to 0 ohms

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bancika
2012-03-04 15:09:12 +00:00
parent 4f113f032d
commit 6ca16d07e6
1 changed files with 50 additions and 30 deletions
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diy-layout-creator --username bancika@gmail.com/diylc-core/src/org/diylc/core/measures/Resistance.java
+50 -30
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@@ -32,36 +32,56 @@ public class Resistance extends AbstractMeasure<ResistanceUnit> {
public Color[] getColorCode(ResistorColorCode resistorColorCode) { public Color[] getColorCode(ResistorColorCode resistorColorCode) {
Color[] bands; Color[] bands;
double base = getValue() * getUnit().getFactor(); if (getValue() == 0) {
int multiplier = 0; switch (resistorColorCode) {
while (base > (resistorColorCode == ResistorColorCode._4_BAND ? 99 : 999)) { case _4_BAND:
multiplier += 1; bands = new Color[3];
base /= 10; bands[0] = COLOR_DIGITS[0];
} bands[1] = COLOR_DIGITS[0];
while (base < (resistorColorCode == ResistorColorCode._4_BAND ? 10 : 100)) { bands[2] = COLOR_MULTIPLIER[2];
multiplier -= 1; break;
base *= 10; case _5_BAND:
} bands = new Color[4];
if (multiplier > 6 || multiplier < -2) { bands[0] = COLOR_DIGITS[0];
// Out of range. bands[1] = COLOR_DIGITS[0];
return new Color[] {}; bands[2] = COLOR_DIGITS[0];
} bands[3] = COLOR_MULTIPLIER[2];
switch (resistorColorCode) { break;
case _4_BAND: default:
bands = new Color[3]; bands = new Color[] {};
bands[0] = COLOR_DIGITS[(int) (base / 10)]; }
bands[1] = COLOR_DIGITS[(int) (base % 10)]; } else {
bands[2] = COLOR_MULTIPLIER[multiplier + 2]; double base = getValue() * getUnit().getFactor();
break; int multiplier = 0;
case _5_BAND: while (base > (resistorColorCode == ResistorColorCode._4_BAND ? 99 : 999)) {
bands = new Color[4]; multiplier += 1;
bands[0] = COLOR_DIGITS[(int) (base / 100)]; base /= 10;
bands[1] = COLOR_DIGITS[(int) (base / 10 % 10)]; }
bands[2] = COLOR_DIGITS[(int) (base % 10)]; while (base < (resistorColorCode == ResistorColorCode._4_BAND ? 10 : 100)) {
bands[3] = COLOR_MULTIPLIER[multiplier + 2]; multiplier -= 1;
break; base *= 10;
default: }
bands = new Color[] {}; if (multiplier > 6 || multiplier < -2) {
// Out of range.
return new Color[] {};
}
switch (resistorColorCode) {
case _4_BAND:
bands = new Color[3];
bands[0] = COLOR_DIGITS[(int) (base / 10)];
bands[1] = COLOR_DIGITS[(int) (base % 10)];
bands[2] = COLOR_MULTIPLIER[multiplier + 2];
break;
case _5_BAND:
bands = new Color[4];
bands[0] = COLOR_DIGITS[(int) (base / 100)];
bands[1] = COLOR_DIGITS[(int) (base / 10 % 10)];
bands[2] = COLOR_DIGITS[(int) (base % 10)];
bands[3] = COLOR_MULTIPLIER[multiplier + 2];
break;
default:
bands = new Color[] {};
}
} }
return bands; return bands;
} }