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Documentation added. Master merged. #story[1311]

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zwu18 8 years ago
parent 1d95004811
commit 11d6d3a880
1 changed files with 60 additions and 83 deletions
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racevisionGame/src/main/java/visualiser/Controllers/RaceViewController.java
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@ -216,93 +216,66 @@ public class RaceViewController extends Controller {
* Create speedometer * Create speedometer
*/ */
private void initialiseSpeedometer() { private void initialiseSpeedometer() {
//Create the Medusa Gauge
/**
* Create the Medusa Gauge with most of it's options
*/
gauge = GaugeBuilder.create() gauge = GaugeBuilder.create()
.prefSize(200,200) // Set the preferred size of the control .prefSize(200,200)
// Related to Foreground Elements .foregroundBaseColor(Color.WHITE)
.foregroundBaseColor(Color.WHITE) // Defines a color for title, subtitle, unit, value, tick label, tick mark, major tick mark, medium tick mark and minor tick mark .title("Title")
// Related to Title Text .subTitle("Speed")
.title("Title") // Set the text for the title .unit("Knots")
// Related to Sub Title Text .decimals(2)
.subTitle("Speed") // Set the text for the subtitle .lcdVisible(true)
// Related to Unit Text .lcdDesign(LcdDesign.STANDARD)
.unit("Knots") // Set the text for the unit .lcdFont(LcdFont.DIGITAL_BOLD)
// Related to Value Text .scaleDirection(Gauge.ScaleDirection.CLOCKWISE)
.decimals(2) // Set the number of decimals for the value/lcd text .minValue(0)
// Related to LCD .maxValue(50)
.lcdVisible(true) // Display a LCD instead of the plain value text .startAngle(320)
.lcdDesign(LcdDesign.STANDARD) // Set the design for the LCD .angleRange(280)
.lcdFont(LcdFont.DIGITAL_BOLD) // Set the font for the LCD (STANDARD, LCD, SLIM, DIGITAL_BOLD, ELEKTRA) .tickLabelDecimals(0)
// Related to scale .tickLabelLocation(TickLabelLocation.INSIDE)
.scaleDirection(Gauge.ScaleDirection.CLOCKWISE) // Define the direction of the Scale (CLOCKWISE, COUNTER_CLOCKWISE) .tickLabelOrientation(TickLabelOrientation.ORTHOGONAL)
.minValue(0) // Set the start value of the scale .onlyFirstAndLastTickLabelVisible(false)
.maxValue(50) // Set the end value of the scale .tickLabelSectionsVisible(false)
.startAngle(320) // Set the start angle of your scale (bottom -> 0, direction -> CCW) .tickLabelColor(Color.BLACK)
.angleRange(280) // Set the angle range of your scale starting from the start angle .tickMarkSectionsVisible(false)
// Related to Tick Labels .majorTickMarksVisible(true)
.tickLabelDecimals(0) // Set the number of decimals for the tick labels .majorTickMarkType(TickMarkType.TRAPEZOID)
.tickLabelLocation(TickLabelLocation.INSIDE) // Define wether the tick labels should be inside or outside the scale (INSIDE, OUTSIDE) .mediumTickMarksVisible(false)
.tickLabelOrientation(TickLabelOrientation.ORTHOGONAL) // Define the orientation of the tick labels (ORTHOGONAL, HORIZONTAL, TANGENT) .mediumTickMarkType(TickMarkType.LINE)
.onlyFirstAndLastTickLabelVisible(false) // Define if only the first and last tick label should be visible .minorTickMarksVisible(true)
.tickLabelSectionsVisible(false) // Define if sections for tick labels should be visible .minorTickMarkType(TickMarkType.LINE)
.tickLabelColor(Color.BLACK) // Define the color for tick labels (overriden by tick label sections) .ledVisible(false)
// Related to Tick Marks .ledType(Gauge.LedType.STANDARD)
.tickMarkSectionsVisible(false) // Define if sections for tick marks should be visible .ledColor(Color.rgb(255, 200, 0))
.majorTickMarksVisible(true) // Define if major tick marks should be visible .ledBlinking(false)
.majorTickMarkType(TickMarkType.TRAPEZOID) // Define the tick mark type for major tick marks (LINE, DOT, TRAPEZOID, TICK_LABEL) .needleShape(Gauge.NeedleShape.ANGLED)
// Related to Medium Tick Marks .needleSize(Gauge.NeedleSize.STANDARD)
.mediumTickMarksVisible(false) // Define if medium tick marks should be visible .needleColor(Color.CRIMSON)
.mediumTickMarkType(TickMarkType.LINE) // Define the tick mark type for medium tick marks (LINE, DOT, TRAPEZOID) .startFromZero(false)
// Related to Minor Tick Marks .returnToZero(false)
.minorTickMarksVisible(true) // Define if minor tick marks should be visible .knobType(Gauge.KnobType.METAL)
.minorTickMarkType(TickMarkType.LINE) // Define the tick mark type for minor tick marks (LINE, DOT, TRAPEZOID) .knobColor(Color.LIGHTGRAY)
// Related to LED .interactive(false)
.ledVisible(false) // Defines if the LED should be visible .onButtonPressed(buttonEvent -> System.out.println("Knob pressed"))
.ledType(Gauge.LedType.STANDARD) // Defines the type of the LED (STANDARD, FLAT) .onButtonReleased(buttonEvent -> System.out.println("Knob released"))
.ledColor(Color.rgb(255, 200, 0)) // Defines the color of the LED .thresholdVisible(true)
.ledBlinking(false) // Defines if the LED should blink .threshold(50)
// Related to Needle .thresholdColor(Color.RED)
.needleShape(Gauge.NeedleShape.ANGLED) // Defines the shape of the needle (ANGLED, ROUND, FLAT) .checkThreshold(true)
.needleSize(Gauge.NeedleSize.STANDARD) // Defines the size of the needle (THIN, STANDARD, THICK) .onThresholdExceeded(thresholdEvent -> System.out.println("Threshold exceeded"))
.needleColor(Color.CRIMSON) // Defines the color of the needle .onThresholdUnderrun(thresholdEvent -> System.out.println("Threshold underrun"))
// Related to Needle behavior .gradientBarEnabled(true)
.startFromZero(false) // Defines if the needle should start from the 0 value .gradientBarStops(new Stop(0.0, Color.BLUE),
.returnToZero(false) // Defines if the needle should always return to the 0 value (only makes sense when animated==true)
// Related to Knob
.knobType(Gauge.KnobType.METAL) // Defines the type for the center knob (STANDARD, PLAIN, METAL, FLAT)
.knobColor(Color.LIGHTGRAY) // Defines the color that should be used for the center knob
.interactive(false) // Defines if it should be possible to press the center knob
.onButtonPressed(buttonEvent -> System.out.println("Knob pressed")) // Defines a handler that will be triggered when the center knob was pressed
.onButtonReleased(buttonEvent -> System.out.println("Knob released")) // Defines a handler that will be triggered when the center knob was released
// Related to Threshold
.thresholdVisible(true) // Defines if the threshold indicator should be visible
.threshold(50) // Defines the value for the threshold
.thresholdColor(Color.RED) // Defines the color for the threshold
.checkThreshold(true) // Defines if each value should be checked against the threshold
.onThresholdExceeded(thresholdEvent -> System.out.println("Threshold exceeded")) // Defines a handler that will be triggered if checkThreshold==true and the threshold is exceeded
.onThresholdUnderrun(thresholdEvent -> System.out.println("Threshold underrun")) // Defines a handler that will be triggered if checkThreshold==true and the threshold is underrun
// Related to Gradient Bar
.gradientBarEnabled(true) // Defines if a gradient filled bar should be visible to visualize a range
.gradientBarStops(new Stop(0.0, Color.BLUE),// Defines a conical color gradient that will be use to color the gradient bar
new Stop(0.25, Color.CYAN), new Stop(0.25, Color.CYAN),
new Stop(0.5, Color.LIME), new Stop(0.5, Color.LIME),
new Stop(0.75, Color.YELLOW), new Stop(0.75, Color.YELLOW),
new Stop(1.0, Color.RED)) new Stop(1.0, Color.RED))
// Related to Markers .markersVisible(true)
.markersVisible(true) // Defines if markers will be visible
//.markers(marker1, marker2) // Defines markers that will be drawn
// Related to Value
//.animated(true) // Defines if the needle will be animated
//.animationDuration(500) // Defines the speed of the needle in milliseconds (10 - 10000 ms)
.build(); .build();
/**
* Create a gauge with a frame and background that utilizes a Medusa gauge //Create a gauge with a frame and background that utilizes a Medusa gauge
*/
fGauge = FGaugeBuilder fGauge = FGaugeBuilder
.create() .create()
.prefSize(200, 200) .prefSize(200, 200)
@ -312,7 +285,6 @@ public class RaceViewController extends Controller {
.foregroundVisible(true) .foregroundVisible(true)
.build(); .build();
speedPane.getChildren().add(fGauge); speedPane.getChildren().add(fGauge);
//(event -> gauge.setValue(raceState.getBoat(raceState.getPlayerBoatID()).getCurrentSpeed()));
} }
@ -841,21 +813,26 @@ public class RaceViewController extends Controller {
}.start(); }.start();
} }
/**
* Animation timer loop for the speedometer
*/
private void speedometerLoop(){ private void speedometerLoop(){
new AnimationTimer(){ new AnimationTimer(){
@Override @Override
public void handle(long arg0){ public void handle(long arg0){
if (raceState.getRaceStatusEnum() == RaceStatusEnum.FINISHED) { if (raceState.getRaceStatusEnum() == RaceStatusEnum.FINISHED) {
stop(); // stop the timer stop(); // stop the timer
} else { } else {
try { try {
//Set the current speed value of the boat
gauge.setValue(raceState.getBoat(raceState.getPlayerBoatID()).getCurrentSpeed()); gauge.setValue(raceState.getBoat(raceState.getPlayerBoatID()).getCurrentSpeed());
fGauge.getGauge().setValue(raceState.getBoat(raceState.getPlayerBoatID()).getCurrentSpeed()); fGauge.getGauge().setValue(raceState.getBoat(raceState.getPlayerBoatID()).getCurrentSpeed());
//Thread.sleep(50);
//Create list with sorted boat placements
List<VisualiserBoat> boatList = boatInfoTable.getItems(); List<VisualiserBoat> boatList = boatInfoTable.getItems();
for (VisualiserBoat boat : boatList){ for (VisualiserBoat boat : boatList){
if(raceState.getPlayerBoatID()==boat.getSourceID()){ if(raceState.getPlayerBoatID()==boat.getSourceID()){
//Set boat current placement value as title of speedometer
gauge.titleProperty().setValue("Position: " + (boatInfoTable.getItems().indexOf(boat)+1)); gauge.titleProperty().setValue("Position: " + (boatInfoTable.getItems().indexOf(boat)+1));
fGauge.getGauge().titleProperty().setValue("Position: " + (boatInfoTable.getItems().indexOf(boat)+1)); fGauge.getGauge().titleProperty().setValue("Position: " + (boatInfoTable.getItems().indexOf(boat)+1));
} }

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