Java Code Examples for com.badlogic.gdx.Input.Keys#CONTROL_LEFT

@Override
public boolean keyUp(int key) {
    if(!isActive) {
        return false;
    }
    
    switch(key) {
        case Keys.PAGE_UP: {
            scrollY = 0;                    
            break;
        }
        case Keys.PAGE_DOWN: {
            scrollY = 0;
            break;
        }
        case Keys.CONTROL_LEFT:
        case Keys.CONTROL_RIGHT:
            isCtrlDown = false;
            break;
        default: {                    
        }
    }
    return true;
}
 

/**
 * Creates platform dependant shortcut text. Converts int keycodes to String text. Eg. Keys.CONTROL_LEFT,
 * Keys.SHIFT_LEFT, Keys.F5 will be converted to Ctrl+Shift+F5 on Windows and Linux, and to ⌘⇧F5 on Mac.
 * <p>
 * CONTROL_LEFT and CONTROL_RIGHT and SYM are mapped to Ctrl. The same goes for Alt (ALT_LEFT, ALT_RIGHT) and Shift (SHIFT_LEFT, SHIFT_RIGHT).
 * <p>
 * Keycodes equal to {@link Integer#MIN_VALUE} will be ignored.
 * @param keycodes keycodes from {@link Keys} that are used to create shortcut text
 * @return the platform dependent shortcut text
 */
public static String getShortcutFor (int... keycodes) {
	StringBuilder builder = new StringBuilder();

	String separatorString = "+";
	String ctrlKey = "Ctrl";
	String altKey = "Alt";
	String shiftKey = "Shift";

	if (OsUtils.isMac()) {
		separatorString = "";
		ctrlKey = "\u2318";
		altKey = "\u2325";
		shiftKey = "\u21E7";
	}

	for (int i = 0; i < keycodes.length; i++) {
		if (keycodes[i] == Integer.MIN_VALUE) {
			continue;
		}

		if (keycodes[i] == Keys.CONTROL_LEFT || keycodes[i] == Keys.CONTROL_RIGHT || keycodes[i] == Keys.SYM) {
			builder.append(ctrlKey);
		} else if (keycodes[i] == Keys.SHIFT_LEFT || keycodes[i] == Keys.SHIFT_RIGHT) {
			builder.append(shiftKey);
		} else if (keycodes[i] == Keys.ALT_LEFT || keycodes[i] == Keys.ALT_RIGHT) {
			builder.append(altKey);
		} else {
			builder.append(Keys.toString(keycodes[i]));
		}

		if (i < keycodes.length - 1) { // Is this NOT the last key
			builder.append(separatorString);
		}
	}

	return builder.toString();
}
 

public void validate(int keys) {
    if(playconfig == null) {
        playconfig = new PlayConfig();
    }

    playconfig.validate();

    if (keyboard.keys == null) {
        keyboard.keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.F, Keys.V, Keys.SHIFT_LEFT,
                Keys.CONTROL_LEFT };
    }
    if (keyboard.keys.length != keys) {
        keyboard.keys = Arrays.copyOf(keyboard.keys, keys);
    }
    keyboard.duration = MathUtils.clamp(keyboard.duration, 0, 100);

    int index = 0;
    for (ControllerConfig c : controller) {
        if (c.keys == null) {
            c.keys = new int[] { BMKeys.BUTTON_4, BMKeys.BUTTON_7, BMKeys.BUTTON_3, BMKeys.BUTTON_8,
                    BMKeys.BUTTON_2, BMKeys.BUTTON_5, BMKeys.LEFT, BMKeys.UP, BMKeys.DOWN };
        }
        if (c.keys.length != keys) {
            int[] newkeys = new int[keys];
            Arrays.fill(newkeys, -1);
            for (int i = 0; i < c.keys.length && index < newkeys.length; i++, index++) {
                newkeys[index] = c.keys[i];
            }
            c.keys = newkeys;
        }
        c.duration = MathUtils.clamp(c.duration, 0, 100);
    }

    if (midi.keys == null) {
        midi.keys = new MidiConfig().keys;
    }
    if (midi.keys.length != keys) {
        midi.keys = Arrays.copyOf(midi.keys, keys);
    }

    // KB, コントローラー, Midiの各ボタンについて排他的処理を実施
    boolean[] exclusive = new boolean[keyboard.keys.length];
    validate0(keyboard.keys,  exclusive);
    for(int i = 0;i < controller.length;i++) {
        validate0(controller[i].keys,  exclusive);
    }

    for(int i = 0;i < midi.getKeys().length;i++) {
        if(exclusive[i]) {
            midi.getKeys()[i] = null;
        }
    }
}
 

public void setKeyAssign(Mode mode, boolean enable) {
    switch (mode) {
        case BEAT_5K:
            keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.SHIFT_LEFT,
                    Keys.CONTROL_LEFT };
            break;
        case BEAT_7K:
            keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.F, Keys.V, Keys.SHIFT_LEFT,
                    Keys.CONTROL_LEFT };
            break;
        case BEAT_10K:
            keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.SHIFT_LEFT,
                    Keys.CONTROL_LEFT, Keys.COMMA, Keys.L, Keys.PERIOD, Keys.SEMICOLON, Keys.SLASH, Keys.SHIFT_RIGHT, Keys.CONTROL_RIGHT };
            break;
        case BEAT_14K:
        default:
            keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.F, Keys.V, Keys.SHIFT_LEFT,
                    Keys.CONTROL_LEFT, Keys.COMMA, Keys.L, Keys.PERIOD, Keys.SEMICOLON, Keys.SLASH, Keys.APOSTROPHE,
                    Keys.UNKNOWN, Keys.SHIFT_RIGHT, Keys.CONTROL_RIGHT };
            break;
        case POPN_5K:
        case POPN_9K:
            keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.F, Keys.V, Keys.G, Keys.B };
            break;
        case KEYBOARD_24K:
            keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.F, Keys.V, Keys.SHIFT_LEFT,
                    Keys.CONTROL_LEFT, Keys.COMMA, Keys.L, Keys.PERIOD, Keys.SEMICOLON, Keys.SLASH, Keys.APOSTROPHE,
                    Keys.UNKNOWN, Keys.SHIFT_RIGHT, Keys.CONTROL_RIGHT };
            keys = Arrays.copyOf(keys, 26);
            break;
        case KEYBOARD_24K_DOUBLE:
            keys = new int[] { Keys.Z, Keys.S, Keys.X, Keys.D, Keys.C, Keys.F, Keys.V, Keys.SHIFT_LEFT,
                    Keys.CONTROL_LEFT, Keys.COMMA, Keys.L, Keys.PERIOD, Keys.SEMICOLON, Keys.SLASH, Keys.APOSTROPHE,
                    Keys.UNKNOWN, Keys.SHIFT_RIGHT, Keys.CONTROL_RIGHT };
            keys = Arrays.copyOf(keys, 52);
            break;
    }
    if(!enable) {
        Arrays.fill(keys, -1);
    }
    start = Keys.Q;
    select = Keys.W;
}