private void drawSunArrow(Graphics g, float angle, Color col, float scale) {
float angleRad = (angle) * (float) java.lang.Math.PI / 180;
int centerX = location.width / 2, centerY = location.height / 2;
float arrowLength = roseRadius * scale;
float halfArrowWidth = arrowLength * 0.08f;
float circlePos = arrowLength * 0.7f;
int circleRadius = (int) (arrowLength * 0.1f);
int circleX = centerX + new Float(circlePos * java.lang.Math.sin(angleRad)).intValue();
int circleY = centerY - new Float(circlePos * java.lang.Math.cos(angleRad)).intValue();
int[] pointsX = new int[4];
int[] pointsY = new int[4];
pointsX[0] = centerX + new Float(arrowLength * java.lang.Math.sin(angleRad)).intValue();
pointsY[0] = centerY - new Float(arrowLength * java.lang.Math.cos(angleRad)).intValue();
pointsX[1] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad + java.lang.Math.PI / 2.0))
.intValue();
pointsY[1] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad + java.lang.Math.PI / 2.0))
.intValue();
pointsX[2] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad + java.lang.Math.PI))
.intValue();
pointsY[2] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad + java.lang.Math.PI))
.intValue();
pointsX[3] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad - java.lang.Math.PI / 2.0))
.intValue();
pointsY[3] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad - java.lang.Math.PI / 2.0))
.intValue();
// g.setPen(new Pen(col,Pen.SOLID,3));
// g.drawLine(centerX,centerY,pointX,pointY);
g.setPen(new Pen(Color.Black, Pen.SOLID, 1));
g.setBrush(new Brush(col, Brush.SOLID));
g.fillPolygon(pointsX, pointsY, 4);
g.fillEllipse(
circleX - circleRadius, circleY - circleRadius, 2 * circleRadius, 2 * circleRadius);
}
public void doPaintSquare(Graphics g) {
int h = height;
g.setColor(bgColor);
int bx = text.length() == 0 ? 0 : 2;
int by = text.length() == 0 ? 0 : (h - boxWidth) / 2 + 1;
g.fillRect(bx + 2, by + 2, boxWidth - 4, boxWidth - 4);
if (state || pressState) {
Color c = Color.LightGray;
if (!pressState) {
if (!state) c = bgColor;
else c = Color.Black;
}
Pen oldpen = g.setPen(new Pen(c, Pen.SOLID, 2));
g.drawLine(bx + 4, by + boxWidth - 5, bx + boxWidth - 5, by + 4);
g.drawLine(bx + 4, by + boxWidth - 5, bx + 4, by + boxWidth - 10);
// g.drawLine(bx+3,by+3,bx+boxWidth-5,by+boxWidth-5);
// g.drawLine(bx+3,by+boxWidth-5,bx+boxWidth-5,by+3);
g.setPen(oldpen);
}
g.draw3DRect(
new Rect(bx, by, boxWidth, boxWidth),
ButtonObject.checkboxEdge,
true,
null,
Color.DarkGray);
}
private void drawGpsStatus(Graphics g) {
if ((m_fix > 0) && (m_sats >= 0)) {
// Set background to signal quality
g.setColor(GREEN);
} else
// receiving data, but signal ist not good
if ((m_fix == 0) && (m_sats >= 0)) {
g.setColor(YELLOW);
} else {
g.setColor(RED);
}
String strSats = "Sats: -";
if (m_sats >= 0) {
strSats = "Sats: " + Convert.toString(m_sats) + "/" + Convert.toString(m_satsInView);
}
String strHdop = "HDOP: -";
if (m_hdop >= 0) strHdop = "HDOP: " + Convert.toString(m_hdop);
int textWidth = java.lang.Math.max(fm.getTextWidth(strSats), fm.getTextWidth(strHdop));
int startX = location.width - (textWidth + 4);
int startY = location.height - 2 * lineHeight;
g.fillRect(startX, startY, location.width - startX, location.height - startY);
g.setColor(Color.Black);
g.drawText(strSats, startX + 2, startY);
g.drawText(strHdop, startX + 2, startY + lineHeight);
}
private void drawLuminaryData(Graphics g) {
g.setColor(YELLOW);
String strSunDir = "---" + " " + MyLocale.getMsg(1502, "deg");
if (sunDir < 360 && sunDir > -360) {
Double tmp = new Double();
tmp.set(sunDir);
strSunDir = tmp.toString(0, 0, 0) + " " + MyLocale.getMsg(1502, "deg");
}
int textWidth = java.lang.Math.max(fm.getTextWidth(m_Luminary), fm.getTextWidth(strSunDir));
int startY = location.height - 2 * lineHeight;
g.fillRect(0, startY, textWidth + 4, location.height - startY);
g.setColor(Color.Black);
g.drawText(m_Luminary, 2, startY);
g.drawText(strSunDir, 2, startY + lineHeight);
}
private void drawThickArrow(Graphics g, float angle, Color col, float scale) {
float angleRad = (angle) * (float) java.lang.Math.PI / 180;
int centerX = location.width / 2, centerY = location.height / 2;
float arrowLength = roseRadius * scale;
float halfArrowWidth = arrowLength * 0.1f;
int[] pointsX = new int[4];
int[] pointsY = new int[4];
pointsX[0] = centerX + new Float(arrowLength * java.lang.Math.sin(angleRad)).intValue();
pointsY[0] = centerY - new Float(arrowLength * java.lang.Math.cos(angleRad)).intValue();
pointsX[1] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad + java.lang.Math.PI / 2.0))
.intValue();
pointsY[1] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad + java.lang.Math.PI / 2.0))
.intValue();
pointsX[2] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad + java.lang.Math.PI))
.intValue();
pointsY[2] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad + java.lang.Math.PI))
.intValue();
pointsX[3] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad - java.lang.Math.PI / 2.0))
.intValue();
pointsY[3] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad - java.lang.Math.PI / 2.0))
.intValue();
g.setPen(new Pen(Color.Black, Pen.SOLID, 1));
g.setBrush(new Brush(col, Brush.SOLID));
g.fillPolygon(pointsX, pointsY, 4);
}
private void drawThinArrow(Graphics g, float angle, Color col, Color colPoint, float scale) {
float angleRad = (angle) * (float) java.lang.Math.PI / 180;
int centerX = location.width / 2, centerY = location.height / 2;
float arrowLength = roseRadius * scale;
float halfOpeningAngle = (float) (java.lang.Math.PI * 0.03);
float sideLineLength = arrowLength * 0.75f;
int[] pointsX = new int[4];
int[] pointsY = new int[4];
pointsX[0] =
centerX
+ new Float(sideLineLength * java.lang.Math.sin(angleRad - halfOpeningAngle))
.intValue();
pointsY[0] =
centerY
- new Float(sideLineLength * java.lang.Math.cos(angleRad - halfOpeningAngle))
.intValue();
pointsX[1] = centerX + new Float(arrowLength * java.lang.Math.sin(angleRad)).intValue();
pointsY[1] = centerY - new Float(arrowLength * java.lang.Math.cos(angleRad)).intValue();
pointsX[2] =
centerX
+ new Float(sideLineLength * java.lang.Math.sin(angleRad + halfOpeningAngle))
.intValue();
pointsY[2] =
centerY
- new Float(sideLineLength * java.lang.Math.cos(angleRad + halfOpeningAngle))
.intValue();
pointsX[3] = centerX;
pointsY[3] = centerY;
g.setPen(new Pen(Color.Black, Pen.SOLID, 1));
g.setBrush(new Brush(col, Brush.SOLID));
g.fillPolygon(pointsX, pointsY, 4);
if (colPoint != null) {
g.setBrush(new Brush(colPoint, Brush.SOLID));
g.fillPolygon(pointsX, pointsY, 3);
}
}
public static Font GetCorrectedFont(Graphics g, String name, int style, int size) {
Font newFont = new Font(name, style, size);
FontMetrics metrics = g.getFontMetrics(newFont);
int fontHeight = metrics.getHeight();
float ratio = (float) fontHeight / (float) size;
if (ratio < 0.9 || ratio > 1.1) {
size = (int) (size / ratio + 0.5);
if (size < 5) size = 5;
newFont = new Font(name, style, size);
}
return newFont;
}
private void drawWayPointData(Graphics g) {
String strTemp = MyLocale.getMsg(1512, "Waypoint");
g.setColor(Color.DarkBlue);
g.fillRect(0, 0, fm.getTextWidth(strTemp) + 4, lineHeight);
g.setColor(Color.White);
g.drawText(strTemp, 2, 0);
g.setColor(Color.Black);
int metricSystem = Global.getPref().metricSystem;
Double tmp = new Double();
strTemp = "";
double newDistance = 0;
int bigUnit = -1;
int smallUnit = -1;
double threshold = -1;
// Allow for different metric systems
if (metricSystem == Metrics.IMPERIAL) {
// Why these values? See: http://tinyurl.com/b4nn9m
bigUnit = Metrics.MILES;
smallUnit = Metrics.FEET;
threshold = 0.1;
newDistance = Metrics.convertUnit(distance, Metrics.KILOMETER, Metrics.MILES);
} else {
bigUnit = Metrics.KILOMETER;
smallUnit = Metrics.METER;
threshold = 1.0;
newDistance = distance;
}
if (newDistance >= 0.0f) {
tmp.set(newDistance);
if (tmp.value >= threshold) {
strTemp = MyLocale.formatDouble(tmp, "0.000") + " " + Metrics.getUnit(bigUnit);
} else {
tmp.set(Metrics.convertUnit(tmp.value, bigUnit, smallUnit));
strTemp = tmp.toString(3, 0, 0) + " " + Metrics.getUnit(smallUnit);
}
} else strTemp = "--- " + Metrics.getUnit(bigUnit);
g.drawText(strTemp, 2, lineHeight);
tmp.set(gotoDir);
if ((tmp.value <= 360) && (tmp.value >= -360))
strTemp = tmp.toString(0, 0, 0) + " " + MyLocale.getMsg(1502, "deg");
else strTemp = "---" + " " + MyLocale.getMsg(1502, "deg");
g.drawText(strTemp, 2, 2 * lineHeight);
}
private void drawGpsData(Graphics g) {
g.setColor(RED);
String strHeadline = MyLocale.getMsg(1501, "Current");
Double tmp = new Double();
String strSpeed = null;
String unit = null;
// Allow for different metric systems
if (Global.getPref().metricSystem == Metrics.IMPERIAL) {
tmp.set(Metrics.convertUnit(m_speed, Metrics.KILOMETER, Metrics.MILES));
unit = " mph";
strSpeed = "- mph";
} else {
tmp.set(m_speed);
unit = " km/h";
strSpeed = "- km/h";
}
if (tmp.value >= 0) {
if (tmp.value >= 100) {
strSpeed = MyLocale.formatDouble(tmp, "0") + unit;
} else {
strSpeed = MyLocale.formatDouble(tmp, "0.0") + unit;
}
}
tmp.set(moveDir);
String strMoveDir = "---" + " " + MyLocale.getMsg(1502, "deg");
if ((tmp.value <= 360) && (tmp.value >= -360))
strMoveDir = tmp.toString(0, 0, 0) + " " + MyLocale.getMsg(1502, "deg");
int textWidth = java.lang.Math.max(fm.getTextWidth(strSpeed), fm.getTextWidth(strMoveDir));
textWidth = java.lang.Math.max(textWidth, fm.getTextWidth(strHeadline));
int startX = location.width - (textWidth + 4);
g.fillRect(startX, 0, location.width - startX, lineHeight);
g.setColor(Color.Black);
g.drawText(strHeadline, startX + 2, 0);
g.drawText(strSpeed, startX + 2, lineHeight);
g.drawText(strMoveDir, startX + 2, 2 * lineHeight);
}
/**
* draw arrows for the directions of movement and destination waypoint
*
* @param ctrl the control to paint on
* @param moveDir degrees of movement
* @param destDir degrees of destination waypoint
*/
public void doDraw(Graphics g, int options) {
g.setColor(Color.White);
g.fillRect(0, 0, location.width, location.height);
int fontSize = location.width / 17;
mainFont = GetCorrectedFont(g, "Verdana", Font.BOLD, fontSize);
g.setFont(mainFont);
fm = g.getFontMetrics(mainFont);
lineHeight = fm.getHeight() + 1;
roseRadius = java.lang.Math.min((location.width * 3) / 4, location.height) / 2;
if (northCentered) {
// scale(location.width, location.height, null, 0);
// super.doDraw(g, options);
drawFullRose(
g,
0,
new Color(255, 255, 255),
new Color(200, 200, 200),
new Color(255, 255, 255),
new Color(200, 200, 200),
new Color(150, 150, 150),
new Color(75, 75, 75),
1.0f,
true,
true);
} else {
int radius = (int) (roseRadius * 0.75f);
g.setPen(new Pen(new Color(150, 150, 150), Pen.SOLID, 3));
g.drawEllipse(
location.width / 2 - radius, location.height / 2 - radius, 2 * radius, 2 * radius);
}
drawArrows(g);
drawWayPointData(g);
drawGpsData(g);
drawLuminaryData(g);
drawGpsStatus(g);
}
private void drawArrows(Graphics g) {
if (g != null) {
// select moveDirColor according to difference to gotoDir
Color moveDirColor = RED;
if (gotoDir < 360 && gotoDir > -360 && moveDir < 360 && moveDir > -360) {
float diff = java.lang.Math.abs(moveDir - gotoDir);
while (diff > 360) {
diff -= 360.0f;
}
if (diff > 180.0f) {
diff = 360.0f - diff;
}
if (diff <= 12.25f) {
moveDirColor = GREEN;
} else if (diff <= 22.5f) {
moveDirColor = CYAN;
} else if (diff <= 45.0f) {
moveDirColor = ORANGE;
} else if (diff <= 90.0f) {
moveDirColor = MAGENTA;
}
}
// draw only valid arrows
if (northCentered) {
if (gotoDir < 360 && gotoDir > -360) drawThickArrow(g, gotoDir, Color.DarkBlue, 1.0f);
if (moveDir < 360 && moveDir > -360) drawThinArrow(g, moveDir, RED, moveDirColor, 1.0f);
if (sunDir < 360 && sunDir > -360) drawSunArrow(g, sunDir, YELLOW, 0.75f);
} else {
// moveDir centered
if (moveDir < 360 && moveDir > -360) {
// drawDoubleArrow(g, 360 - moveDir, BLUE, new Color(175,0,0), 1.0f);
// drawRose(g, 360 - moveDir, new Color(100,100,100), new Color(200,200,200), 1.0f);
drawFullRose(
g,
360 - moveDir,
new Color(255, 255, 255),
new Color(200, 200, 200),
new Color(150, 150, 150),
new Color(200, 200, 200),
new Color(200, 200, 200),
new Color(75, 75, 75),
1.0f,
false,
false);
int radius = (int) (roseRadius * 0.75f);
g.setPen(new Pen(RED, Pen.SOLID, 3));
g.drawLine(
location.width / 2,
location.height / 2 - radius,
location.width / 2,
location.height / 2 + radius);
if (gotoDir < 360 && gotoDir > -360)
drawThinArrow(g, gotoDir - moveDir, Color.DarkBlue, moveDirColor, 1.0f);
if (sunDir < 360 && sunDir > -360) drawSunArrow(g, sunDir - moveDir, YELLOW, 0.75f);
}
}
}
}
private void drawRosePart(
Graphics g,
float angle,
Color colLeft,
Color colRight,
Color colBorder,
Color colText,
float scale,
float innerScale,
String strDir,
boolean bDrawText) {
float angleRad = angle * (float) java.lang.Math.PI / 180;
float angleRadText = (angle + 7.5f) * (float) java.lang.Math.PI / 180;
int centerX = location.width / 2, centerY = location.height / 2;
float arrowLength = roseRadius * scale;
float halfArrowWidth = arrowLength * innerScale;
int[] pointsX = new int[3];
int[] pointsY = new int[3];
pointsX[0] = centerX;
pointsY[0] = centerY;
pointsX[1] = centerX + new Float(arrowLength * java.lang.Math.sin(angleRad)).intValue();
pointsY[1] = centerY - new Float(arrowLength * java.lang.Math.cos(angleRad)).intValue();
pointsX[2] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad - java.lang.Math.PI / 4.0))
.intValue();
pointsY[2] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad - java.lang.Math.PI / 4.0))
.intValue();
g.setPen(new Pen(colBorder, Pen.SOLID, 1));
g.setBrush(new Brush(colLeft, Brush.SOLID));
g.fillPolygon(pointsX, pointsY, 3);
pointsX[2] =
centerX
+ new Float(halfArrowWidth * java.lang.Math.sin(angleRad + java.lang.Math.PI / 4.0))
.intValue();
pointsY[2] =
centerY
- new Float(halfArrowWidth * java.lang.Math.cos(angleRad + java.lang.Math.PI / 4.0))
.intValue();
g.setBrush(new Brush(colRight, Brush.SOLID));
g.fillPolygon(pointsX, pointsY, 3);
if (bDrawText) {
int tempFontSize = new Float(scale * mainFont.getSize()).intValue();
Font tempFont = new Font(mainFont.getName(), Font.BOLD, tempFontSize);
g.setFont(tempFont);
FontMetrics tempFm = g.getFontMetrics(tempFont);
float stringHeight = tempFm.getHeight();
float stringWidth = tempFm.getTextWidth(strDir);
float stringGap =
(float) java.lang.Math.sqrt(stringHeight * stringHeight + stringWidth * stringWidth);
float stringPosition = arrowLength - stringGap / 2.0f;
g.setColor(colText);
g.drawText(
strDir,
centerX
+ new Float(stringPosition * java.lang.Math.sin(angleRadText) - stringWidth / 2.0f)
.intValue(),
centerY
- new Float(stringPosition * java.lang.Math.cos(angleRadText) + stringHeight / 2.0f)
.intValue());
g.setFont(mainFont);
}
}
