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When loaded from an existing file "Potentiometer Symbol" doesn't retain

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the specified orientation
This commit is contained in:
Branislav Stojkovic
2019-01-10 19:47:22 +01:00
parent 7caadec1ec
commit 007a52f0b5
7 changed files with 146 additions and 134 deletions
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diylc/diylc-library/src/org/diylc/components/Abstract3LegSymbol.java
+39 -27
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@@ -89,7 +89,11 @@ public abstract class Abstract3LegSymbol extends AbstractComponent<String> {
g2d.setColor(finalColor);
// Draw transistor
if (this.body == null) {
this.body = getBody();
applyOrientation(this.body);
}
Shape[] body = getBody();
AffineTransform old = g2d.getTransform();
@@ -166,7 +170,7 @@ public abstract class Abstract3LegSymbol extends AbstractComponent<String> {
return controlPoints[0].y;
}
private void updateControlPoints() {
protected void updateControlPoints() {
int pinSpacing = (int) PIN_SPACING.convertToPixels();
// Update control points.
int x = controlPoints[0].x;
@@ -178,7 +182,17 @@ public abstract class Abstract3LegSymbol extends AbstractComponent<String> {
controlPoints[1].y = y - pinSpacing * 2;
controlPoints[2].x = x + f * pinSpacing * 2;
controlPoints[2].y = y + pinSpacing * 2;
controlPoints[2].y = y + pinSpacing * 2;
if (getOrientation() != Orientation.DEFAULT)
{
Point first = this.controlPoints[0];
double angle = Double.parseDouble(getOrientation().name().replace("_", ""));
AffineTransform rotate = AffineTransform.getRotateInstance(Math.toRadians(angle), first.x, first.y);
for (int i = 1; i < this.controlPoints.length; i++) {
rotate.transform(this.controlPoints[i], this.controlPoints[i]);
}
}
}
@Override
@@ -206,7 +220,8 @@ public abstract class Abstract3LegSymbol extends AbstractComponent<String> {
public void setControlPoint(Point point, int index) {
controlPoints[index].setLocation(point);
refreshDrawing();
// make sure we have a new drawing
body = null;
}
@EditableProperty
@@ -217,7 +232,9 @@ public abstract class Abstract3LegSymbol extends AbstractComponent<String> {
public void setFlip(SymbolFlipping flip) {
this.flip = flip;
refreshDrawing();
updateControlPoints();
// make sure we have a new drawing
body = null;
}
@EditableProperty
@@ -249,29 +266,24 @@ public abstract class Abstract3LegSymbol extends AbstractComponent<String> {
public void setOrientation(Orientation orientation) {
this.orientation = orientation;
refreshDrawing();
}
protected void refreshDrawing() {
updateControlPoints();
// make sure we have a new drawing
updateControlPoints();
// make sure we have a new drawing
body = null;
getBody();
if (getOrientation() == Orientation.DEFAULT)
return;
Point first = this.controlPoints[0];
double angle = Double.parseDouble(getOrientation().name().replace("_", ""));
AffineTransform rotate = AffineTransform.getRotateInstance(Math.toRadians(angle), first.x, first.y);
for (int i = 1; i < this.controlPoints.length; i++) {
rotate.transform(this.controlPoints[i], this.controlPoints[i]);
}
if (this.body != null) {
for (int i = 0; i < this.body.length; i++) {
this.body[i] = rotate.createTransformedShape(this.body[i]);
}
}
}
protected void applyOrientation(Shape[] body) {
if (getOrientation() == Orientation.DEFAULT)
return;
Point first = this.controlPoints[0];
double angle = Double.parseDouble(getOrientation().name().replace("_", ""));
AffineTransform rotate = AffineTransform.getRotateInstance(Math.toRadians(angle), first.x, first.y);
if (body != null) {
for (int i = 0; i < body.length; i++) {
body[i] = rotate.createTransformedShape(body[i]);
}
}
}
/**
diylc/diylc-library/src/org/diylc/components/semiconductors/BJTSymbol.java
+37 -39
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@@ -45,49 +45,48 @@ public class BJTSymbol extends Abstract3LegSymbol {
protected BJTPolarity polarity = BJTPolarity.NPN;
public Shape[] getBody() {
if (body == null) {
body = new Shape[3];
int x = controlPoints[0].x;
int y = controlPoints[0].y;
int pinSpacing = (int) PIN_SPACING.convertToPixels();
Shape[] body = new Shape[3];
int x = controlPoints[0].x;
int y = controlPoints[0].y;
int pinSpacing = (int) PIN_SPACING.convertToPixels();
GeneralPath polyline = new GeneralPath();
GeneralPath polyline = new GeneralPath();
polyline.moveTo(x + pinSpacing / 2, y - pinSpacing);
polyline.lineTo(x + pinSpacing / 2, y + pinSpacing);
polyline.moveTo(x + pinSpacing / 2, y - pinSpacing);
polyline.lineTo(x + pinSpacing / 2, y + pinSpacing);
body[0] = polyline;
body[0] = polyline;
polyline = new GeneralPath();
polyline = new GeneralPath();
polyline.moveTo(x, y);
polyline.lineTo(x + pinSpacing / 2, y);
polyline.moveTo(x + pinSpacing / 2, y - pinSpacing / 2);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing * 2);
polyline.moveTo(x + pinSpacing / 2, y + pinSpacing / 2);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing * 2);
body[1] = polyline;
polyline.moveTo(x, y);
polyline.lineTo(x + pinSpacing / 2, y);
polyline.moveTo(x + pinSpacing / 2, y - pinSpacing / 2);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing * 2);
polyline.moveTo(x + pinSpacing / 2, y + pinSpacing / 2);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing * 2);
body[1] = polyline;
Area arrow;
double theta;
if (polarity == BJTPolarity.NPN) {
theta = Math.atan(1.0 / 3);
arrow =
new Area(new Polygon(new int[] {x + pinSpacing, x + pinSpacing, x + pinSpacing * 10 / 6}, new int[] {
y - pinSpacing / 5 + pinSpacing / 2, y + pinSpacing / 5 + pinSpacing / 2, y + pinSpacing / 2}, 3));
arrow.transform(AffineTransform.getRotateInstance(theta, x + pinSpacing / 2, y + pinSpacing / 2));
} else {
theta = -Math.atan(1.0 / 3);
arrow =
new Area(
new Polygon(new int[] {x + pinSpacing, x + pinSpacing * 10 / 6, x + pinSpacing * 10 / 6}, new int[] {
y - pinSpacing / 2, y - pinSpacing / 5 - pinSpacing / 2, y + pinSpacing / 5 - pinSpacing / 2}, 3));
arrow.transform(AffineTransform.getRotateInstance(theta, x + pinSpacing / 2, y - pinSpacing / 2));
}
body[2] = arrow;
Area arrow;
double theta;
if (polarity == BJTPolarity.NPN) {
theta = Math.atan(1.0 / 3);
arrow =
new Area(new Polygon(new int[] {x + pinSpacing, x + pinSpacing, x + pinSpacing * 10 / 6}, new int[] {
y - pinSpacing / 5 + pinSpacing / 2, y + pinSpacing / 5 + pinSpacing / 2, y + pinSpacing / 2}, 3));
arrow.transform(AffineTransform.getRotateInstance(theta, x + pinSpacing / 2, y + pinSpacing / 2));
} else {
theta = -Math.atan(1.0 / 3);
arrow =
new Area(
new Polygon(new int[] {x + pinSpacing, x + pinSpacing * 10 / 6, x + pinSpacing * 10 / 6}, new int[] {
y - pinSpacing / 2, y - pinSpacing / 5 - pinSpacing / 2, y + pinSpacing / 5 - pinSpacing / 2}, 3));
arrow.transform(AffineTransform.getRotateInstance(theta, x + pinSpacing / 2, y - pinSpacing / 2));
}
body[2] = arrow;
return body;
}
@@ -115,8 +114,7 @@ public class BJTSymbol extends Abstract3LegSymbol {
public void setPolarity(BJTPolarity polarity) {
this.polarity = polarity;
refreshDrawing();
body = null;
}
}
diylc/diylc-library/src/org/diylc/components/semiconductors/JFETSymbol.java
+31 -32
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@@ -42,44 +42,43 @@ public class JFETSymbol extends Abstract3LegSymbol {
protected FETPolarity polarity = FETPolarity.NEGATIVE;
public Shape[] getBody() {
if (body == null) {
body = new Shape[3];
int x = controlPoints[0].x;
int y = controlPoints[0].y;
int pinSpacing = (int) PIN_SPACING.convertToPixels();
public Shape[] getBody() {
Shape[] body = new Shape[3];
int x = controlPoints[0].x;
int y = controlPoints[0].y;
int pinSpacing = (int) PIN_SPACING.convertToPixels();
GeneralPath polyline = new GeneralPath();
GeneralPath polyline = new GeneralPath();
polyline.moveTo(x + pinSpacing, y - pinSpacing);
polyline.lineTo(x + pinSpacing, y + pinSpacing);
polyline.moveTo(x + pinSpacing, y - pinSpacing);
polyline.lineTo(x + pinSpacing, y + pinSpacing);
body[0] = polyline;
body[0] = polyline;
polyline = new GeneralPath();
polyline = new GeneralPath();
polyline.moveTo(x, y);
polyline.lineTo(x + pinSpacing, y);
polyline.moveTo(x + pinSpacing, y - pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing * 2);
polyline.moveTo(x + pinSpacing, y + pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing * 2);
body[1] = polyline;
polyline.moveTo(x, y);
polyline.lineTo(x + pinSpacing, y);
polyline.moveTo(x + pinSpacing, y - pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing * 2);
polyline.moveTo(x + pinSpacing, y + pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing * 7 / 8);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing * 2);
body[1] = polyline;
Polygon arrow;
if (polarity == FETPolarity.NEGATIVE) {
arrow =
new Polygon(new int[] {x + pinSpacing * 2 / 6, x + pinSpacing * 2 / 6, x + pinSpacing * 6 / 6}, new int[] {
y - pinSpacing / 5, y + pinSpacing / 5, y}, 3);
} else {
arrow =
new Polygon(new int[] {x + pinSpacing / 6, x + pinSpacing * 5 / 6, x + pinSpacing * 5 / 6}, new int[] {y,
y + pinSpacing / 5, y - pinSpacing / 5}, 3);
}
body[2] = arrow;
Polygon arrow;
if (polarity == FETPolarity.NEGATIVE) {
arrow =
new Polygon(new int[] {x + pinSpacing * 2 / 6, x + pinSpacing * 2 / 6, x + pinSpacing * 6 / 6}, new int[] {
y - pinSpacing / 5, y + pinSpacing / 5, y}, 3);
} else {
arrow =
new Polygon(new int[] {x + pinSpacing / 6, x + pinSpacing * 5 / 6, x + pinSpacing * 5 / 6}, new int[] {y,
y + pinSpacing / 5, y - pinSpacing / 5}, 3);
}
body[2] = arrow;
return body;
}
@@ -108,6 +107,6 @@ public class JFETSymbol extends Abstract3LegSymbol {
public void setPolarity(FETPolarity polarity) {
this.polarity = polarity;
refreshDrawing();
body = null;
}
}
diylc/diylc-library/src/org/diylc/components/semiconductors/MOSFETSymbol.java
+35 -36
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@@ -42,47 +42,46 @@ public class MOSFETSymbol extends Abstract3LegSymbol {
protected FETPolarity polarity = FETPolarity.NEGATIVE;
public Shape[] getBody() {
if (body == null) {
body = new Shape[3];
int x = controlPoints[0].x;
int y = controlPoints[0].y;
int pinSpacing = (int) PIN_SPACING.convertToPixels();
public Shape[] getBody() {
Shape[] body = new Shape[3];
int x = controlPoints[0].x;
int y = controlPoints[0].y;
int pinSpacing = (int) PIN_SPACING.convertToPixels();
GeneralPath polyline = new GeneralPath();
GeneralPath polyline = new GeneralPath();
polyline.moveTo(x + pinSpacing / 2, y - pinSpacing + 1);
polyline.lineTo(x + pinSpacing / 2, y + pinSpacing - 1);
polyline.moveTo(x + pinSpacing, y - pinSpacing + 1);
polyline.lineTo(x + pinSpacing, y + pinSpacing - 1);
body[0] = polyline;
polyline.moveTo(x + pinSpacing / 2, y - pinSpacing + 1);
polyline.lineTo(x + pinSpacing / 2, y + pinSpacing - 1);
polyline.moveTo(x + pinSpacing, y - pinSpacing + 1);
polyline.lineTo(x + pinSpacing, y + pinSpacing - 1);
body[0] = polyline;
polyline = new GeneralPath();
polyline = new GeneralPath();
polyline.moveTo(x + pinSpacing, y - pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing);
polyline.moveTo(x + pinSpacing, y + pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing);
polyline.moveTo(x, y);
polyline.lineTo(x + pinSpacing / 2, y);
polyline.moveTo(x + pinSpacing * 2, y - pinSpacing * 2);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing);
polyline.moveTo(x + pinSpacing * 2, y + pinSpacing * 2);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing);
body[1] = polyline;
polyline.moveTo(x + pinSpacing, y - pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing);
polyline.moveTo(x + pinSpacing, y + pinSpacing);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing);
polyline.moveTo(x, y);
polyline.lineTo(x + pinSpacing / 2, y);
polyline.moveTo(x + pinSpacing * 2, y - pinSpacing * 2);
polyline.lineTo(x + pinSpacing * 2, y - pinSpacing);
polyline.moveTo(x + pinSpacing * 2, y + pinSpacing * 2);
polyline.lineTo(x + pinSpacing * 2, y + pinSpacing);
body[1] = polyline;
Polygon arrow;
if (polarity == FETPolarity.NEGATIVE) {
arrow =
new Polygon(new int[] {x + pinSpacing * 8 / 6, x + pinSpacing * 8 / 6, x + pinSpacing * 12 / 6}, new int[] {
y + pinSpacing * 6 / 5, y + pinSpacing * 4 / 5, y + pinSpacing}, 3);
} else {
arrow =
new Polygon(new int[] {x + pinSpacing * 7 / 6, x + pinSpacing * 11 / 6, x + pinSpacing * 11 / 6},
new int[] {y - pinSpacing, y - pinSpacing * 6 / 5, y - pinSpacing * 4 / 5}, 3);
}
body[2] = arrow;
Polygon arrow;
if (polarity == FETPolarity.NEGATIVE) {
arrow =
new Polygon(new int[] {x + pinSpacing * 8 / 6, x + pinSpacing * 8 / 6, x + pinSpacing * 12 / 6}, new int[] {
y + pinSpacing * 6 / 5, y + pinSpacing * 4 / 5, y + pinSpacing}, 3);
} else {
arrow =
new Polygon(new int[] {x + pinSpacing * 7 / 6, x + pinSpacing * 11 / 6, x + pinSpacing * 11 / 6},
new int[] {y - pinSpacing, y - pinSpacing * 6 / 5, y - pinSpacing * 4 / 5}, 3);
}
body[2] = arrow;
return body;
}
@@ -111,6 +110,6 @@ public class MOSFETSymbol extends Abstract3LegSymbol {
public void setPolarity(FETPolarity polarity) {
this.polarity = polarity;
refreshDrawing();
body = null;
}
}
diylc/diylc-swing/lib/diylc-core.jar
BIN
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diylc/diylc-swing/library/main.jar
BIN
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diylc/diylc-swing/update.xml
+4
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@@ -2166,6 +2166,10 @@
<changeType>BUG_FIX</changeType>
<description>Project font gets reverted to "Square721 BT" on Undo</description>
</org.diylc.appframework.update.Change>
<org.diylc.appframework.update.Change>
<changeType>BUG_FIX</changeType>
<description>When loaded from an existing file "Potentiometer Symbol" doesn't retain the specified orientation</description>
</org.diylc.appframework.update.Change>
</changes>
<url>https://github.com/bancika/diy-layout-creator/releases</url>
</org.diylc.appframework.update.Version>