Public

<init>

draw

getHeight

getWidth

getLineForVertical

getOffsetForHorizontal

getLineBottom

getLineBounds

getLineForOffset

getLineTop

getPrimaryHorizontal

ScheduledThreadPoolExecutor

Updating database using SQL prepared statement

 A Java virtual machine.

 A VirtualMachine represents a Java virtual machine to which this Java vir

com.sun.tools.attach.VirtualMachine

Thrown when a file specified by a program cannot be found.

java.io.FileNotFoundException

An immutable arbitrary-precision signed decimal.A value is represented by an
arbitrary-precision "un

java.math.BigDecimal

The base class for all formats. This is an abstract base class which specifies
the protocol for clas

java.text.Format

ArrayList is an implementation of List, backed by an array. All optional
operations including adding

java.util.ArrayList

TimeZone represents a time zone offset, and also figures out daylight savings. 
Typically, you get a

java.util.TimeZone

Return the original filename in the client's filesystem.This may contain path
information depending 

getOriginalFilename

startActivity

setContentView

// If we don't have an spannable for the text length, create a new one

// that allow to use it now and in the future. Doing this here (on draw)

// is not the best, but it supposed to only be performed one time per

// Calculate the x position and draw the layout

/**
	 * Draw the state content. The state content can be the percent value of the progress (If the user
	 * elects to draw it), the transition to other states and that state content themselves (SUCCESS,
	 * FAILURE OR UNKNOWN). We have to draw for all modes, as the Content is a part of all modes
	 *
	 * @param canvas
	 * 		The canvas to draw on
	 *
	 * @author Melvin Lobo
	 */

/*
				 * The DOWNLOAD and TRANSITION_TEXT_AND_CIRCLE modes are similar except that in the
				 * TRANSITION_TEXT_AND_CIRCLE mode, the text is scaling down instead of up
				 * and we have complete alpha
				 * Note (Mode case TRANSITION_TEXT_AND_CIRCLE):
				 * Draw the text till the scale down reaches TEXT_SCALE_DOWN_PERCENT_VALUE % of its size. After that draw a circle
				 * for the rest of the TEXT_SCALE_DOWN_PERCENT_VALUE % of the animation time. Then the next animation of growing the line starts
				 */

/*
				 * Draw the small Circle instead of text
				 */

/*
					 * Draw a circle till the next animation starts
					 */

//Draw the download progress if the User wants it

/*
						 * The Percentage Text. Calculate the size of the text as per the center circle till it reaches the size
						 * that the user desires
						 */

/*
						 * Change the spannable string builder text assigned to the dynamic layout so that the width is recalculated,
						 * translate the canvas to the center, draw the text and restore the canvas back to its position
						 */

// The line length based on the transition progress

/*
				 * The line will be at different positions based on the Status Mode (SUCCESS, FAILURE
				 * OR UNKNOWN). This is because we would need the line slightly offset in the X position
				 * from the center for a SUCCESS as the dynamics of it converting to a tick would be different.
				 * The tick "joint" would be a shorter ratio of the entire line
				 */

// The short arm ratio of the line length

/*
				 * Set the Paint up to draw the Success Tick
				 */

/*
				 *   		  /
				 * 			\/
				 * 			^
				 * 		Tick Joint
				 *
				 * We first draw the short arm of the tick at a downward angle of  TICK_SHORT_ARM_ANGLE_RADIANS.
				 * The Mathematical equation for finding the end point to draw such a line is:
				 *
				 * X Position = Start Point + Length of the Line * cos( Angle that the line has to be drawn on)
				 * Y Position = Start Point + Length of the Line * sin( Angle that the line has to be drawn on)
				 *
				 * In order for the tick joint to be shown around the Y pos of center of the View, the short arm will have to end
				 * around that position. So, we will need to calculate the X co-ordinate of start position for the short arm,
				 * based on the end position (which will be fixed since we want it to be based around the end position,
				 * View Center) of the short arm. So we reverse the above equation to Calculate the start position.
				 * X Postion Start = X Postion End - Length of the Line * cos( Angle that the line has to be drawn on)
				 * We than use the above calculations to draw the long arm at an angle TICK_LONG_ARM_ANGLE_RADIANS
				 * from the endpoint of the shorter arm.
				 * We transition the angles using the interpolator to animate the tick forming from the line
				 */

/*
				 * Set the Paint up to draw the Failure cross
				 */

/*
				 * The arm length for the cross is Half of mnLineLength. We will transition each arm
				 * with angles (ARM_ANGLE, -ARM_ANGLE, 180 - ARM_ANGLE, 180 + ARM_ANGLE) for each quadrant
				 * beginning from the horizontal X-Axis. We calculate the end points for the lines in each
				 * quadrant based on the Equations:
				 *
				 * X Position = Start Point + Length of the Line * cos( Angle that the line has to be drawn on)
				 * Y Position = Start Point + Length of the Line * sin( Angle that the line has to be drawn on)
				 */

/*
				 * Set the Paint up to draw the Unknown Exclamation
				 */

/*
				 * For Unknown, we just draw a line and a dot below it. The canvas is rotated for transition
				 * and the distance between the line and dot increases to its final value.
				 */

How to use drawmethodin android.text.DynamicLayout

Best Java code snippets using android.text.DynamicLayout.draw (Showing top 6 results out of 315)

How to use
draw
method
in
android.text.DynamicLayout