dependencies {
    compile 'net.codecrafted:lineartimepicker:1.0.0'
}

LinearTimePickerDialog dialog = LinearTimePickerDialog.Builder.with(context)
    /* methods to further customize the dialog go here */
    .build();

dialog.show();

// Set the background color of the dialog (1)
setDialogBackgroundColor(int color)

// Set the background color of the picker inside the dialog (2)
setPickerBackgroundColor(int color)

// Set the color of the unselected lines in the linear dial (3)
setLineColor(int color)

// Set the color of all the displayed text
setTextColor(int color)

// Show a short 10 second automated tutorial to onboard the user
setShowTutorial(boolean showTutorial)

// Set the background color of the "handle" (4)
setTextBackgroundColor(int color)

// Set the color of the two buttons at the top of the dialog (5)
setButtonColor(int color)

// Register a callback when the selection process is completed or canceled
setButtonCallback(new LinearTimePickerDialog.ButtonCallback() {
    @Override
    public void onPositive(DialogInterface dialog, int hour, int minutes) {
        Toast.makeText(MainActivity.this, "" + hour + ":" + minutes, Toast.LENGTH_SHORT).show();
    }

    @Override
    public void onNegative(DialogInterface dialog) {

    }
})

LinearDatePickerDialog dialog = LinearDatePickerDialog.Builder.with(context)
    /* methods to further customize the dialog go here */
    .build();

dialog.show();

// Year that will be selected when the dialog is shown
setYear(int year)

// Minimum year that is allowed to be selected (inclusive)
setMinYear(int year)

// Maximum year that is allowed to be selected (inclusive)
setMaxYear(int year)

// Set the background color of the dialog (1)
setDialogBackgroundColor(int color)

// Set the background color of the picker inside the dialog (2)
setPickerBackgroundColor(int color)

// Set the color of the unselected lines in the linear dial (3)
setLineColor(int color)

// Set the color of all the displayed text
setTextColor(int color)

// Show a short 10 second automated tutorial to onboard the user
setShowTutorial(boolean showTutorial)

// Set the background color of the "handle" (4)
setTextBackgroundColor(int color)

// Set the color of the two buttons at the top of the dialog (5)
setButtonColor(int color)

// Register a callback when the selection process is completed or canceled
setButtonCallback(new LinearDatePickerDialog.ButtonCallback() {
    @Override
    public void onPositive(DialogInterface dialog, int year, int month, int day) {
        Toast.makeText(MainActivity.this, "" + year + " - " + month + " - " + day, Toast.LENGTH_SHORT).show();
    }

    @Override
    public void onNegative(DialogInterface dialog) {

    }
})

// Should provide the number of large pips to display (constant value)
int getLargePipCount();

// Should provide the number of small pips between 2 large pips to display (constant value)
int getSmallPipCount();

// Should provide the number of "invisible pips" or substeps between any 2 visible pips (can vary between pips)
// For more info on the visiblePipIndex, see the pip section below
int getInvisiblePipCount(int visiblePipIndex);

// This method is called once by the LinearPickerView every time it draws itself
// You can use this to draw a custom background as all the other elements will be drawn on top
//
// The array elementBounds contains the exact space and location that every element on the linear dial may use
void onDraw(Canvas canvas, Rect[] elementBounds, Gravity gravity);

// This method is called by the LinearPickerView every time a dial element has to be drawn
// index denotes the visible pip index of the dial element (see pip section)
// bounds gives a hint to where you should draw the dial element and also the size of the element
// yOffset An yOffset of 1f corresponds to a dial element that is located the distance between
//     2 big pips from the handle. In the picker examples this is used to fade out the small pips
// gravity Currently unused, part of a future API
void onDrawElement(int index, Canvas canvas, Rect bounds, float yOffset, Gravity gravity);

// This method is called last. Draw the handle here.
// index corresponds to the currently selected visible pip index.
// intermediate corresponds to the invisible pip step (0 -> visible pip selected, > 0 -> invisible pip selected)
// bounds The bounds inside which you should draw the handle (once again just a hint)
// occluded Which half of the screen the user's finger is currently touching
// gravity Currently unused, part of a future API
void onDrawHandle(int index, int intermediate, Canvas canvas, Rect bounds, Gravity gravity, ScreenHalf occluded);

// This method provides a pip index (of all visible pips) and expects the
// text value to display next to this pip.
protected abstract String getLabelText(int index)

// This method provides the index of the currently selected pip and the index of the selected invisible pip.
// It expects the string to display on the handle.
protected abstract String getHandleText(int index, int step)

// The following 3 methods originate from the LinearPickerAdapter interface

// Should provide the number of large pips to display (constant value)
int getLargePipCount();

// Should provide the number of small pips between 2 large pips to display (constant value)
int getSmallPipCount();

// Should provide the number of "invisible pips" or substeps between any 2 visible pips (can vary between pips)
// For more info on the visiblePipIndex, see the pip section below
int getInvisiblePipCount(int visiblePipIndex);

// The visiblePipIndex argument is the relative index to the total visible pip count.
//
//  Large pip count = 4
//  Small pip count = 2
//  => total visible pip count = 2 * (4-1) + 4 = 10
//
//  -- (0)
//  -  (1)
//  -  (2)
//  -- (3)
//  -  (4)
//  -  (5)
//  -- (6)
//  -  (7)
//  -  (8)
//  -- (9)
//
//  If now a visiblePipIndex of 2 is passed you know this is located inside (floor(2/(2+1)) == 0) the first large pip
//  on the (2 % (2+1) == 2) second small pip. (0 would be the large pip itself)