private static void paintArrowsInGraph(
Canvas canvas,
SpotWindData spotWindData,
Images images,
int startX,
int endX,
int xSteps,
int startY,
int endY,
int stepXCount) {
Paint paint = new Paint();
int hourPos = 0;
for (int x = startX; x <= endX; x += xSteps) {
canvas.drawLine(x, startY, x, endY, paint);
WindData windData = spotWindData.getWindData(hourPos);
if (windData != null) {
Matrix arrowImageMatrix = new Matrix();
float origArrowSize = images.getArrowBitmap().getHeight();
int arrowSize = 30;
float arrowScale = arrowSize / origArrowSize;
int rotation = windData.getAngle();
arrowImageMatrix.postScale(arrowScale, arrowScale);
arrowImageMatrix.postRotate(rotation, arrowSize / 2, arrowSize / 2);
arrowImageMatrix.postTranslate(x - arrowSize / 2, startY + 5);
canvas.drawBitmap(images.getArrowBitmap(), arrowImageMatrix, paint);
}
hourPos += 24 / stepXCount;
}
}
private static void paintImageText(
Context context,
WidgetLayoutDetails widgetLayoutDetails,
Canvas canvas,
WindData windData,
int xOffset,
int yOffset) {
int xPosText = xOffset + (int) widgetLayoutDetails.spotImageHeight + 30;
int yPosTextTime = yOffset + (int) (widgetLayoutDetails.spotImageHeight / 4) * 1;
int yPosTextWind = yOffset + (int) (widgetLayoutDetails.spotImageHeight / 4) * 2;
int yPosTextAngle = yOffset + (int) (widgetLayoutDetails.spotImageHeight / 4) * 3;
// paint text data
Paint textPaint = new Paint();
textPaint.setColor(Color.DKGRAY);
textPaint.setTextSize(30);
String timeStr = context.getResources().getString(R.string.graphics_no_data);
String windStr = context.getResources().getString(R.string.graphics_no_data);
String angleStr = context.getResources().getString(R.string.graphics_no_data);
if (windData != null) {
int wind = (int) Math.round(windData.getWind());
int gust = (int) Math.round(windData.getGust());
timeStr = windData.getTimeStr();
windStr = wind + " - " + gust + " " + context.getResources().getString(R.string.graphics_mps);
angleStr =
windData.getAngle() + " " + context.getResources().getString(R.string.graphics_degrees);
}
canvas.drawText(timeStr, xPosText, yPosTextTime, textPaint);
canvas.drawText(windStr, xPosText, yPosTextWind, textPaint);
canvas.drawText(angleStr, xPosText, yPosTextAngle, textPaint);
}
private static void paintArrow(
Canvas canvas,
WidgetLayoutDetails widgetLayoutDetails,
Images images,
WindData windData,
int xOffset,
int yOffset) {
Paint paint = new Paint();
Matrix arrowImageMatrix = new Matrix();
float origArrowSize = images.getArrowBitmap().getHeight();
float arrowScale = widgetLayoutDetails.spotImageHeight / origArrowSize;
float scaleForWind = (float) windData.getWind() / MAXWIND;
if (scaleForWind > 1) scaleForWind = 1;
int rotation = windData.getAngle();
double arrowHeight = widgetLayoutDetails.spotImageHeight * scaleForWind;
int offset = ((int) widgetLayoutDetails.spotImageHeight - (int) arrowHeight) / 2;
arrowImageMatrix.postScale(arrowScale, arrowScale);
arrowImageMatrix.postRotate(
rotation, widgetLayoutDetails.spotImageHeight / 2, widgetLayoutDetails.spotImageHeight / 2);
arrowImageMatrix.postScale(scaleForWind, scaleForWind);
arrowImageMatrix.postTranslate(offset, offset);
arrowImageMatrix.postTranslate(xOffset, yOffset);
canvas.drawBitmap(images.getArrowBitmap(), arrowImageMatrix, paint);
}
public void InsertWindStat(WindData windStat, DbHandle handle) {
SQLiteDatabase db = handle.getDb();
ContentValues cv = new ContentValues();
cv.put(COL_SPOT, windStat.getSpotID());
cv.put(COL_DAY, windStat.getDay());
cv.put(COL_HOUR, windStat.getEndHour());
cv.put(COL_MINUTE, windStat.getEndMinute());
cv.put(COL_START_HOUR, windStat.getStartHour());
cv.put(COL_START_MINUTE, windStat.getStartMinute());
cv.put(COL_WIND, windStat.getWind());
cv.put(COL_GUST, windStat.getGust());
cv.put(COL_ANGLE, windStat.getAngle());
cv.put(COL_LAST_MODIFIED, windStat.getLastModified());
db.insert(WINDTABLE, null, cv);
}
public void UpdateWindStat(WindData windStat, int id, DbHandle handle) {
SQLiteDatabase db = handle.getDb();
ContentValues cv = new ContentValues();
cv.put(COL_DAY, windStat.getDay());
cv.put(COL_SPOT, windStat.getSpotID());
cv.put(COL_HOUR, windStat.getEndHour());
cv.put(COL_MINUTE, windStat.getEndMinute());
cv.put(COL_START_HOUR, windStat.getStartHour());
cv.put(COL_START_MINUTE, windStat.getStartMinute());
cv.put(COL_WIND, windStat.getWind());
cv.put(COL_GUST, windStat.getGust());
cv.put(COL_ANGLE, windStat.getAngle());
cv.put(COL_LAST_MODIFIED, windStat.getLastModified());
db.update(WINDTABLE, cv, COL_ID + "=?", new String[] {"" + id});
}
public static double calculateTouchedTime(
float touchPos, int startX, int graphWidth, WindData firstWindData, WindData lastWindData) {
double translatedPos = touchPos - startX;
double time = 24 * translatedPos / graphWidth;
if (time < 0) time = 0;
if (time > 24) time = 24;
if (firstWindData != null && time < firstWindData.getStartTime()) {
time = firstWindData.getStartTime() + 0.02;
}
if (lastWindData != null && time > lastWindData.getEndTime()) {
time = lastWindData.getEndTime() - 0.02;
}
return time;
}
public static Set<Bar> createGustGraph(
SpotWindData spotDayData, int startX, int startY, int endX, int endY) {
Set<Bar> path = new LinkedHashSet<Bar>();
double xDiff = endX - startX;
double yDiff = endY - startY;
for (WindData windData : spotDayData.getWindDatas()) {
double wind = windData.getWind();
double gust = windData.getGust();
if (wind > MAXWIND) wind = MAXWIND;
if (gust > MAXWIND) gust = MAXWIND;
double time2 = (double) windData.getEndHour() + (double) windData.getEndMinute() / 60;
double time1 = (double) windData.getStartHour() + (double) windData.getStartMinute() / 60;
double xProcent2 = time2 / 24;
double yProcent2 = wind / MAXWIND;
double yProcent1 = gust / MAXWIND;
double xProcent1 = time1 / 24;
double x1 = startX + xProcent1 * xDiff;
double y1 = endY - yProcent1 * yDiff;
double y2 = endY - yProcent2 * yDiff;
double x2 = startX + xProcent2 * xDiff;
if (x1 > x2) x1 = startX; // in case startTime was from the day before.
Bar bar = new Bar();
bar.setX1((int) x1);
bar.setX2((int) x2);
bar.setY1((int) y1);
bar.setY2((int) y2);
path.add(bar);
}
return path;
}
private static WIND_POWER calculateWindPower(Context context, WindData windData) {
if (windData.getAngle() == -1 || windData.getWind() == -1 || windData.getGust() == -1) {
return WIND_POWER.OUTDATED;
}
double wind = windData.getWind();
double minWind = LocalStorage.getMinimalWind(context);
double optimalWind = LocalStorage.getOptimalWind(context);
double muchWind = LocalStorage.getMuchWind(context);
double tooMuchWind = LocalStorage.getToomuchWind(context);
if (wind <= minWind) return WIND_POWER.TOO_SHORT;
if ((wind > minWind) && (wind <= optimalWind)) return WIND_POWER.OK;
if ((wind > optimalWind) && (wind <= muchWind)) return WIND_POWER.GOOD;
if ((wind > muchWind) && (wind <= tooMuchWind)) return WIND_POWER.WARNING;
if (wind > tooMuchWind) return WIND_POWER.DANGER;
return WIND_POWER.DANGER; // should never happen
}
public void insertOrUpdateWindStat(WindData windStat, DbHandle handle) {
// find if row already exists
Cursor cursor =
getWindStatsOfDayAndTime(
windStat.getSpotID(),
windStat.getDay(),
windStat.getEndHour(),
windStat.getEndMinute(),
handle);
if (cursor.moveToFirst()) {
// already exists, do an update
int id = cursor.getInt(cursor.getColumnIndex(COL_ID));
UpdateWindStat(windStat, id, handle);
} else {
// insert new row
InsertWindStat(windStat, handle);
}
cursor.close();
}
private static WIND_DIRECTORION calculateWindAngleStatus(
WindData windData, SpotWindData spotWindData) {
int angleDiff = windData.getAngle() - spotWindData.getSpotData().getLocationDirection();
// when angle diff < -180, then add 360
if (angleDiff < -180) angleDiff += 360;
// make absolute
if (angleDiff < 0) angleDiff = angleDiff * -1;
// check wind direction
if (angleDiff <= 85) return WIND_DIRECTORION.AANLANDIG;
if ((angleDiff > 85) && (angleDiff <= 95)) return WIND_DIRECTORION.SIDESHORE;
if (angleDiff > 95) return WIND_DIRECTORION.AFLANDIG;
return WIND_DIRECTORION.AFLANDIG; // should never happen
}
public WindData getWindStatFromCursor(Cursor cursor) {
WindData windStat = new WindData();
windStat.setSpotID(cursor.getInt(cursor.getColumnIndex(COL_SPOT)));
windStat.setDay(cursor.getInt(cursor.getColumnIndex(COL_DAY)));
windStat.setendHour(cursor.getInt(cursor.getColumnIndex(COL_HOUR)));
windStat.setEndMinute(cursor.getInt(cursor.getColumnIndex(COL_MINUTE)));
windStat.setStartHour(cursor.getInt(cursor.getColumnIndex(COL_START_HOUR)));
windStat.setStartMinute(cursor.getInt(cursor.getColumnIndex(COL_START_MINUTE)));
windStat.setWind(cursor.getFloat(cursor.getColumnIndex(COL_WIND)));
windStat.setGust(cursor.getFloat(cursor.getColumnIndex(COL_GUST)));
windStat.setAngle(cursor.getInt(cursor.getColumnIndex(COL_ANGLE)));
windStat.setLastModified(cursor.getInt(cursor.getColumnIndex(COL_LAST_MODIFIED)));
return windStat;
}
public static void paintCanvas(
Context context,
WidgetLayoutDetails widgetLayoutDetails,
Canvas canvas,
SpotWindData spotWindData,
Set<Bar> windGraphPath,
Set<Bar> gustGraphPath,
float touchPos,
boolean checkOutDated) {
// define graph boundaries
int startGraphX = 50;
int startGraphY = widgetLayoutDetails.spotImageHeight + 10;
int endGraphY = widgetLayoutDetails.widgetHeight - 30;
int endGraphX = widgetLayoutDetails.widgetWidth - 30;
int graphWidth = endGraphX - startGraphX;
int yOffsetImage = widgetLayoutDetails.yOffsetImage;
int xOffsetImage = widgetLayoutDetails.xOffsetImage;
WindData lastWindData = spotWindData.getLastWindData();
WindData firstWindData = spotWindData.getFirstWindData();
// calculate the time that is touched (if no data is available, use the time most nearby)
double time =
calculateTouchedTime(touchPos, startGraphX, graphWidth, firstWindData, lastWindData);
double selectedPos = (time * graphWidth) / 24 + startGraphX;
// check preconditions
if (spotWindData == null) return;
if (spotWindData.getSpotData() == null) return;
// get images
Images images = ImageStorage.getImages(context);
if (images.getArrowBitmap() == null) return;
// load spot bitmap
Bitmap spotBitmap = ImageStorage.getSpotImage(context, spotWindData.getSpotData().getSiteID());
if (spotBitmap == null) return;
// draw white background
if (widgetLayoutDetails.drawWhiteBackground) {
drawWhiteBackground(widgetLayoutDetails, canvas);
}
// draw graph
if (widgetLayoutDetails.drawGraph) {
int stepXCount = calculateXCount(widgetLayoutDetails);
int stepYCount = calculateYCount(widgetLayoutDetails);
int xSteps = calculateXSteps(endGraphX, startGraphX, stepXCount);
int ySteps = calculateYSteps(endGraphY, startGraphY, stepYCount);
// recalculate endX and endY with the new xSteps
endGraphX = startGraphX + xSteps * stepXCount;
endGraphY = startGraphY + ySteps * stepYCount;
// paint time mark line
if (widgetLayoutDetails.drawTimeline) {
paintTimeMarkLine(canvas, endGraphX, startGraphX, widgetLayoutDetails, (float) selectedPos);
}
// paint raster
paintRaster(
canvas,
startGraphX,
endGraphX,
xSteps,
endGraphY,
startGraphY,
stepXCount,
ySteps,
stepYCount);
// paint graph
paintGraph(canvas, windGraphPath, gustGraphPath);
// paint all arrows
paintArrowsInGraph(
canvas,
spotWindData,
images,
startGraphX,
endGraphX,
xSteps,
startGraphY,
endGraphY,
stepXCount);
}
// get the selected windData
WindData windData = spotWindData.getWindData(time);
// draw the image
if (widgetLayoutDetails.drawImage) {
// define advice location
int adviceStatusIconTop = 10;
int adviceStatusIconLeft =
(int) widgetLayoutDetails.spotImageHeight
- widgetLayoutDetails.windSpeedCircelDiameter
- 10;
// draw spot
drawSpotImage(spotBitmap, widgetLayoutDetails, canvas, xOffsetImage, yOffsetImage);
if (windData == null) {
paintImageTextOutdated(context, widgetLayoutDetails, canvas, xOffsetImage, yOffsetImage);
Bitmap globalAdviceBitmap = images.getUnknowmBitmap();
paintAdviceIcon(
canvas,
widgetLayoutDetails.windSpeedCircelDiameter,
globalAdviceBitmap,
adviceStatusIconLeft,
adviceStatusIconTop,
xOffsetImage,
yOffsetImage);
}
if (windData != null) {
// find windData
double windDataTime = windData.getEndHour() + (double) windData.getEndMinute() / 60;
double currentTime = Util.calculateTime(new Date());
double diffTime = (currentTime - windDataTime);
boolean outDated = diffTime > 1;
if (outDated && checkOutDated) {
paintImageTextOutdated(context, widgetLayoutDetails, canvas, xOffsetImage, yOffsetImage);
Bitmap globalAdviceBitmap = images.getUnknowmBitmap();
paintAdviceIcon(
canvas,
widgetLayoutDetails.windSpeedCircelDiameter,
globalAdviceBitmap,
adviceStatusIconLeft,
adviceStatusIconTop,
xOffsetImage,
yOffsetImage);
} else {
// paint the arrow
paintArrow(canvas, widgetLayoutDetails, images, windData, xOffsetImage, yOffsetImage);
// check aanlandig/sideshore/aflandig
WIND_DIRECTORION windDirectorion = calculateWindAngleStatus(windData, spotWindData);
WIND_POWER windPower = calculateWindPower(context, windData);
int angleAdviceLevel = getAngleAdviceLevel(windDirectorion);
int powerAdviceLevel = getWindPowerAdviceLevel(windPower);
String windDateText = getAngleAdviceText(context, windDirectorion);
int windPowerColor = getWindPowerColor(windPower);
// define global advice
Bitmap globalAdviceBitmap =
getGlobalAdviceBitmap(images, angleAdviceLevel, powerAdviceLevel);
// print circel for wind
if (widgetLayoutDetails.drawWindInCorner) {
int wind = (int) Math.round(windData.getWind());
paintWindInCorner(
canvas,
widgetLayoutDetails.windSpeedCircelDiameter,
wind,
xOffsetImage,
yOffsetImage);
}
paintAdviceIcon(
canvas,
widgetLayoutDetails.windSpeedCircelDiameter,
globalAdviceBitmap,
adviceStatusIconLeft,
adviceStatusIconTop,
xOffsetImage,
yOffsetImage);
if (widgetLayoutDetails.drawImageText) {
paintImageText(
context, widgetLayoutDetails, canvas, windData, xOffsetImage, yOffsetImage);
}
}
}
}
}
