< A B C D E F G I J K L M N P R S T U V W X Y Z

<

() - Static method in class Atom

A

a - Variable in class Lattice

Lattice Parameter in x Direction

Abbr - Variable in class BravaisLattice

The abbreviation for the bravais lattice.

Abbr - Variable in class Crystal

Abbreviation of the name

action(Event, Object) - Method in class Display

action(Event, Object) - Method in class SymmetryDisplay

AllotValue(String) - Method in class ReadFile

Method to give values to readParam so that readParam has all the parameters to construct a lattice.

AllotValueToCrystal(String, int) - Method in class ReadFile

Method to give values to readCrystalParam so that readCrystalParam has all the parameters to construct a Crystal.

alpha - Variable in class Lattice

Angle Between X Axis(a) and Y Axis(b)

amat - Variable in class Display

amat - Variable in class SymmetryDisplay

angle - Variable in class SymmetryDisplay

applet - Static variable in class Atom

variable which stores the applet ,in context of which, the image is to be drawn.

atom - Variable in class LatticePoint

Atom type variable to create an atom at a given lattice point.

Atom - class Atom.

This class contains methods to construct an atom(sphere) .This uses IndexColorModel and CreateImage classes which are in image package ,to create an image for a particular atom which is constructed in the Lattice class.This class also defines a method paint() which is used to paint the image of atom in the drawing space.

ATOM - Static variable in class LatticePoint

Boolean variable to indicate whether a given point is an atom or a vacancy.

Atom(int, int, int) - Constructor for class Atom

One of the three consturctors to construct an object of Atom type by taking red , blue and green components of the color specified in the file .In this constructor size and name fields are given a default value.

Atom(int, int, int, String) - Constructor for class Atom

This constructor does the same job,difference being,it takes name of the atom as an arguement

Atom(int, int, int, String, double) - Constructor for class Atom

This constructor takes the name and size also as arguements

B

b - Variable in class Lattice

Lattice Parameter in y Direction

backBuffer - Variable in class Display

backBuffer - Variable in class SymmetryDisplay

backGC - Variable in class Display

backGC - Variable in class SymmetryDisplay

balls - Variable in class Atom

Image type array holding images created by IndexColorModel and CreateImage.

basis - Variable in class BravaisLattice

The Basis of the crystal structure.

basis - Variable in class Crystal

Array storing Basis point ,Array is of LatticePoint Type

basis_points - Variable in class LatticePoint

No of basis points as specified in the input text file.

basis_x - Variable in class BravaisLattice

x component of the basis .

basis_y - Variable in class BravaisLattice

y component of the basis .

basis_z - Variable in class BravaisLattice

z component of the basis .

beta - Variable in class Lattice

Angle Between Y Axis(b) and Z Axis(c)

big_list - Variable in class Display

big_list - Variable in class MkList

The LatticePoint type array to store the points for the matrix.

big_list - Variable in class SymmetryDisplay

bigList - Variable in class Lattice

LatticePoint type array to store the LatticePoint type objects which contain all the info about a lattice or a crystal .

Bl - Variable in class Atom

Blue Component of the atom color.

blend(int, int, float) - Method in class Atom

Method to blend the color components , so that they can be stored in an byte array.

BravaisLattice - class BravaisLattice.

This class constructs the parameters to define a bravais lattice fully.

BravaisLattice() - Constructor for class BravaisLattice

Default constructor which constructs parameters for a simple cubic lattice with no element name and no basis

BravaisLattice(String, String, float, float, float, float, float, float) - Constructor for class BravaisLattice

Constructor to construct the parameters of an object when only LatticeName,LatticeAbbr,a,b,c,alpha,beta,gamma are specified.

BravaisLattice(String, String, float, float, float, float, float, float, Color, float, String, String, String, String) - Constructor for class BravaisLattice

Constructor when all the parameters are specified.

button2 - Variable in class Display

button2 - Variable in class SymmetryDisplay

button3 - Variable in class SymmetryDisplay

C

c - Variable in class Lattice

Lattice Parameter in z Direction

color - Variable in class BravaisLattice

The color in which the lattice has to be represented.This is set to one if no color is specified.

color - Variable in class Crystal

Color of the atom at a particular basis point

color - Variable in class LatticePoint

Denotes the Color of the atom to be displayed.

color_b - Variable in class BravaisLattice

blue component of the color of the atom which is to be displayed on the screen.

color_g - Variable in class BravaisLattice

green component of the color of the atom which is to be displayed on the screen.

color_r - Variable in class BravaisLattice

red component of the color of the atom which is to be displayed on the screen.

cr - Variable in class Display

cr - Variable in class MkList

The Crystal object holding the parameters required to generate the Matrix of Crystal structure.

cr - Variable in class SymmetryDisplay

Crystal - class Crystal.

This Class extends Lattice,it is used for making objects which hold all the information required for a crystal structure .

crystal_name - Variable in class BravaisLattice

String which stores name of the crystal.

crystal_name - Variable in class Crystal

Name of the crystal structure

Crystal(BravaisLattice, int, int, int) - Constructor for class Crystal

Constructor to make a Crystal type object from an object of the BravaisLattice class and lattice sizes in X,Y,and Z direction.

D

data - Static variable in class Atom

This array is static in nature and holds the 6400 byte primitive which have the information of every pixel used in an Atom.

decreaseSize() - Method in class LatticePoint

Method to Decrease the size of atom by two units if required.

description - Variable in class BravaisLattice

String which stores a brief description of the crystal/lattice which is to be provided in the input file itself.

Display - class Display.

Display() - Constructor for class Display

E

element_name - Variable in class LatticePoint

Name of the element at this lattice point.

element_size - Variable in class Crystal

size of the atom placed at certain basis point

element_size - Variable in class LatticePoint

Size of the atom.The default value is 5.

elementName - Variable in class BravaisLattice

The name of the element whose lattice is being specified.

F

FALSE - Variable in class ReadFile

Flag value used in the program.

findBB() - Method in class Lattice

Method to find a bounding box for the model that is to be drawn in the context of the applet.This method sets the values of xmin,xmax,ymin,ymax,zmin,zmax.

findline(float, float, float) - Method in class SymmetryDisplay

Method to find the index of the transFrameList ,in which the miller indeces of the selected points are present .

findvertex(LatticePoint[]) - Method in class Lattice

Method to find the value of the real world coordiates of the model .Given the miller indeces of each point as well as each lattice constants(such as lattice parameters etc.).

first_flag - Variable in class Lattice

fix_flag - Variable in class SymmetryDisplay

flagUnitCell - Variable in class Display

flagUnitCell - Variable in class SymmetryDisplay

frame_Coord - Variable in class Lattice

LatticePoint type variable which stores the origin for the frame

frame_flag - Variable in class Display

frame_flag - Variable in class SymmetryDisplay

frameList - Variable in class Display

frameList - Variable in class Lattice

Creating an array of LatticePoint type which will store all the lattice points which are to be generated.

frameList - Variable in class SymmetryDisplay

G

gamma - Variable in class Lattice

Angle Between Z Axis(c) and X Axis(a)

getAtom() - Method in class LatticePoint

Method to get the reference to the instance variable atom.

getBasisPoints() - Method in class LatticePoint

Method to retrieve the No of basis points.

getColor() - Method in class LatticePoint

return the current color of the object.

getElementName() - Method in class LatticePoint

Method to retreive element name.

getElementSize() - Method in class LatticePoint

Method to retrieve the Element Size.

getLatticeSizeInPoints() - Method in class Lattice

returns matirx size in number of atoms.

getLatticeSizeX() - Method in class Lattice

returns Matrix size ( number of unit cells ) in X direction.

getLatticeSizeY() - Method in class Lattice

returns Matrix size ( number of unit cells ) in Y direction.

getLatticeSizeZ() - Method in class Lattice

returns Matrix size ( number of unit cells ) in Z direction.

getmi_X() - Method in class LatticePoint

Method to retrieve value of private member which is the X coordinate of the miller index.

getmi_Y() - Method in class LatticePoint

Method to retrieve value of private member which is the Y coordinate of the miller index.

getmi_Z() - Method in class LatticePoint

Method to retrieve value of private member which is the Z coordinate of the miller index.

getUnitCube() - Method in class Lattice

This method returns the unit cell for the specified lattice.

getX() - Method in class myPoint

Method to provide read access to the private field x.

getY() - Method in class myPoint

Method to provide read access to the private field y.

getZ() - Method in class myPoint

Method to provide read access to the private field z.

Gl - Variable in class Atom

Green Component of the atom color.

I

i - Variable in class SymmetryDisplay

i2 - Variable in class SymmetryDisplay

includeBorder - Variable in class Display

includeBorder - Variable in class SymmetryDisplay

increaseSize() - Method in class LatticePoint

Method to increase the size of atom by two units if required.

index - Variable in class MkList

A counter variable

infoFlag - Variable in class Display

infoFlag - Variable in class SymmetryDisplay

init() - Method in class Display

init() - Method in class SymmetryDisplay

Method for initialising the values of field variables present in the class .

is_vacancy - Variable in class LatticePoint

isVacancy() - Method in class LatticePoint

A method to determine whether the given object is an ATOM or a VACANCY.

isVacancy(boolean) - Method in class LatticePoint

To specify to the object that it is a VACANCY ( or an ATOM )

J

j - Variable in class ReadFile

keeps track of number of basis points in the crystal.

j - Variable in class SymmetryDisplay

K

k - Variable in class SymmetryDisplay

L

lat - Variable in class ReadFile

value of this variable is FALSE if we are reading parameters for a crystal, otherwise,for a lattice,its TRUE.Default value set is FALSE.

Lattice - class Lattice.

Class which will create a lattice of a given type by using method makeLattice which takes BravaisLatttice type of object as an arguement

lattice_points - Variable in class Lattice

Creating an array of LatticePoint type which will store all the lattice points which are to be generated.

LATTICE_SIZE_IN_POINTS - Variable in class Lattice

This stores the No of lattice points in a lattice to be displayed

lattice_size_X - Variable in class Lattice

Variable to store Lattice size to be created (X-Direction)

lattice_size_Y - Variable in class Lattice

Variable to store Lattice size to be created (Y-Direction)

lattice_size_Z - Variable in class Lattice

Variable to store Lattice size to be created (Z-Direction)

Lattice() - Constructor for class Lattice

Constructor to make an object of Lattice type.

Lattice(BravaisLattice, int, int, int) - Constructor for class Lattice

Another constructor which takes an object of BravaisLattice type to contruct a lattice .It also needs size of the Lattice to be made

latticeParameter_a - Variable in class BravaisLattice

The lattice parameter in x,y,z directions.It is to be noted here that the x,y,z axis may or may not be orthogonal ,there orientation would be specified by the values of alpha,beta and gamma that is the angle between the corresponding pairs of axes.

latticeParameter_alpha - Variable in class BravaisLattice

The angle between the x and the y axis.

latticeParameter_b - Variable in class BravaisLattice

The lattice Parameter in the y direction.

latticeParameter_beta - Variable in class BravaisLattice

The angle between the y and the z axis.

latticeParameter_c - Variable in class BravaisLattice

The lattice parameter in the z direction.

latticeParameter_gamma - Variable in class BravaisLattice

The angle between the x and the z axis.

LatticePoint - class LatticePoint.

This class extends MyPoint to define objects of type Atom and Vacancies.

LatticePoint() - Constructor for class LatticePoint

This is a simple constructor to construct an ATOM at (x,y,z) of default color Color.blue

LatticePoint(double, double, double) - Constructor for class LatticePoint

This constructor allows you to override default color value

LatticePoint(double, double, double, boolean) - Constructor for class LatticePoint

This constructor allows you to define whether object is an ATOM or a VACANCY.

LatticePoint(double, double, double, Color) - Constructor for class LatticePoint

This constructor allows you to override default color value

LatticePoint(double, double, double, Color, boolean) - Constructor for class LatticePoint

Another convenience constructor to specifiy both Color and is_vacancy at the time of creation.

LatticePoint(double, double, double, Color, double) - Constructor for class LatticePoint

This constructor allows you to override default color, size and name value.

LatticePoint(double, double, double, Color, double, String) - Constructor for class LatticePoint

This constructor allows you to override default color, size and name value.

LatticePoint(LatticePoint) - Constructor for class LatticePoint

This is the copy constructor

latticeSystem - Variable in class BravaisLattice

The lattice System.

latticeType - Variable in class BravaisLattice

The type of the lattice.

lt - Variable in class Display

lt - Variable in class MkList

The Lattice object holding the parameters required to generate the Matrix of Lattice structure.

lt - Variable in class SymmetryDisplay

lt_flag - Variable in class Display

lt_flag - Variable in class SymmetryDisplay

M

m - Variable in class Display

m - Variable in class SymmetryDisplay

magscale - Variable in class Display

magscale - Variable in class SymmetryDisplay

main(String[]) - Static method in class LatticePoint

unit test of this class.

main(String[]) - Static method in class myPoint

a method main is provided for unit testing of the class.

makeCrystal() - Method in class Crystal

Method to give values to lattice_points[] array according to basis points.

makeLattice() - Method in class Lattice

Method to create lattice points in a given lattice .

makeList() - Method in class MkList

The main function which does the calculations and prepares the Matrix.

makeListCrystal() - Method in class MkList

The main function which does the calculations and prepares the Matrix.

mat - Variable in class Lattice

Matrix3D type instance variable to deal with the transformations involved in the rotation of the Lattice/crystal.

Matrix3D - class Matrix3D.

Matrix3D() - Constructor for class Matrix3D

Constructs and initializes a Matrix3d so that the matrix formed is a unit matrix.

maxr - Static variable in class Atom

md - Variable in class Display

md - Variable in class SymmetryDisplay

mdname - Variable in class Display

mdname - Variable in class SymmetryDisplay

message - Variable in class Display

message - Variable in class SymmetryDisplay

mi_x - Variable in class LatticePoint

This denotes x-coordinate of miller index of a point.

mi_y - Variable in class LatticePoint

This denotes y-coordinate of miller index of a point.

mi_z - Variable in class LatticePoint

This denotes z-coordinate of miller index of a point.

MkList - class MkList.

This class prepares the Matrix represented by the array big_list in class Matrix.

MkList(Crystal) - Constructor for class MkList

Another constructor to construct MkList taking Crystal type parameter.

MkList(Lattice) - Constructor for class MkList

This constructor requires a Lattice object to create the list.

mouseDown(Event, int, int) - Method in class Display

mouseDown(Event, int, int) - Method in class SymmetryDisplay

mouseDrag(Event, int, int) - Method in class Display

mouseDrag(Event, int, int) - Method in class SymmetryDisplay

Mouse event handling method which deals with mouse drag event .for a drag with right button clicked

moveBy(double, double) - Method in class myPoint

2D version of moveBy(x,y,z).

moveBy(double, double, double) - Method in class myPoint

moves a point by (x,y,z).

movemiBy(double, double, double) - Method in class LatticePoint

Method to move the miller indices of a point by specified values(x,y,z).

moveTo(double, double) - Method in class myPoint

This is the 2D interface for moveTo(x,y,z)

moveTo(double, double, double) - Method in class myPoint

moves a point to (x,y,z).

mult(Matrix3D) - Method in class Matrix3D

Sets the value of this matrix to the result of multiplying itself with matrix matrix3D.

myPoint - class myPoint.

This class defines an object representing a point in 3D cartesian space (x,y,z).

myPoint() - Constructor for class myPoint

default constructor gives a point at (0,0,0).

myPoint(double, double) - Constructor for class myPoint

Since class MyPoint is written as a general purpose class, and has been used in other programs as well, it provides for a 2D point as well.

myPoint(double, double, double) - Constructor for class myPoint

This constructor constructs a point at location (x,y,z)

N

name - Variable in class Atom

Name of the atom (it takes a default value in case Atom is behaving as a lattice Point).

name - Variable in class Crystal

Name of the atom at a particular basis Point

name - Variable in class ReadFile

name of the crystal/lattice which has to be modelled.

Name - Variable in class BravaisLattice

Stores the name of the bravais lattice

no_of_basis_points - Variable in class BravaisLattice

Stores the number of basis points which constitute a crystal.

nvert - Variable in class Lattice

Variable to store the number of verteces in the model of crystal/lattice.

P

paint(Graphics) - Method in class Display

paint(Graphics) - Method in class Lattice

Method to sort the biglist in increaing order of zcoordinates of the points in the list.

paint(Graphics) - Method in class SymmetryDisplay

paint(Graphics, int, int, int) - Method in class Atom

Method to paint graphics in the Applet context.

painted - Variable in class Display

painted - Variable in class SymmetryDisplay

pi - Static variable in class Matrix3D

Value of pi.

prevx - Variable in class Display

prevx - Variable in class SymmetryDisplay

prevy - Variable in class Display

prevy - Variable in class SymmetryDisplay

R

readCrystalParam - Variable in class ReadFile

BravaisLattice type object used to store all the parameters for constructing a crystal.This is of no use if we have to construct a lattice.

ReadFile - class ReadFile.

Class which will define methods to read Parameters from a given text file ,these methods will be implementd by the applet Dispaly.java .

ReadFile(InputStream) - Constructor for class ReadFile

Create an object of Bravais Lattice type by parsing an input stream

readParam - Variable in class ReadFile

BravaisLattice type object used to store all the parameters for constructing a lattice.This is of no use if we have to construct a crystal.

reread(int, int, int) - Method in class Display

Rl - Variable in class Atom

Red Component of the atom color.

run() - Method in class Display

run() - Method in class SymmetryDisplay

S

scale(float) - Method in class Matrix3D

Method to scale the matrix uniformly by the given parameter.

scale(float, float, float) - Method in class Matrix3D

Method to scale the matrix by different values in different directions.

scalefudge - Variable in class Display

scalefudge - Variable in class SymmetryDisplay

setApplet(Applet) - Static method in class Atom

Method to set the applet field of the class.This method gives the drawing applet used by the paint() method of this class

setAtom(Atom) - Method in class LatticePoint

Set the value of the instance variable Atom.

setBasisPoints(int) - Method in class LatticePoint

Method to set the number of basis points.

setColor(Color) - Method in class LatticePoint

Set the value of color of the atom.

setCrystalSize(int, int, int) - Method in class Crystal

Method to set given crystal size in each direction.

setLatticeSize(int) - Method in class Lattice

another convenient method to create a CUBIC matrix

setLatticeSize(int, int, int) - Method in class Lattice

Method to set lattice size feilds of a given object.

setLatticeSizeX(int) - Method in class Lattice

A user of this class can also modify the number of unit cells in a particular direction.

setLatticeSizeY(int) - Method in class Lattice

sets the lattice size in y direction equal to the passed arguement.

setLatticeSizeZ(int) - Method in class Lattice

sets the lattice size in z direction equal to the passed arguement.

setmi_X(double) - Method in class LatticePoint

Method to set value of private member which is the X coordinate of the miller index.

setmi_Y(double) - Method in class LatticePoint

Method to set value of private member which is the Y coordinate of the miller index.

setmi_Z(double) - Method in class LatticePoint

Method to set value of private member which is the Z coordinate of the miller index.

setPainted() - Method in class Display

setPainted() - Method in class SymmetryDisplay

setUnitCrystalSize() - Method in class Crystal

Method to set unit crystal size in each direction.

Setup() - Method in class Atom

This method sets up an image by using IndexColorModel and createImage.

setX(double) - Method in class myPoint

Set the Value of the private feild x.

setY(double) - Method in class myPoint

Set the Value of the private feild y.

setZ(double) - Method in class myPoint

Set the Value of the private feild y.

size - Variable in class Atom

Size of the atom(it takes a default value if one has to display lattice)

size - Variable in class BravaisLattice

The size of the latticepoint as would be represented.

st - Variable in class ReadFile

StreamTokenizer type variable which is used for reading parameters by taking one token each time.These tokens can be either string or number.

start() - Method in class Display

start() - Method in class SymmetryDisplay

stop() - Method in class Display

stop() - Method in class SymmetryDisplay

SymmetryDisplay - class SymmetryDisplay.

This class extends Applet and is for displaying several types of symmetries present in any crystal or lattice.This uses some of the features of the class Display .

SymmetryDisplay() - Constructor for class SymmetryDisplay

system - Variable in class Lattice

Lattice System

T

text1 - Variable in class SymmetryDisplay

text2 - Variable in class SymmetryDisplay

tmat - Variable in class Display

tmat - Variable in class SymmetryDisplay

toString() - Method in class LatticePoint

To convert object to String

toString() - Method in class Matrix3D

This method converts elements of the matrix into string.

toString() - Method in class myPoint

method toString is a standerd for converting an object to it's equivalent string.

transBigList - Variable in class Lattice

LatticePoint type array to store the transformed LatticePoint type objects.

transform() - Method in class Lattice

Method to transform the bigList and framelist,after each successive events to move the model(ie.

transform(float[], int[], int) - Method in class Matrix3D

Method to multiply this matrix by the verteces of the model which are stored in the array af[] and then store the result in the array ai[].

transform(LatticePoint[], LatticePoint[]) - Method in class Lattice

transform(LatticePoint[], LatticePoint[], int) - Method in class Matrix3D

Method to multiply this matrix by the verteces of the model which are stored in the array of LatticePoint af[] and then store the result in the array ai[] which again is of LatticePoint type.

transformed - Variable in class Lattice

transFrameList - Variable in class Lattice

Creating an array of LatticePoint type which will store all the lattice points which are to be generated.

translate(float, float, float) - Method in class Matrix3D

Method to Translate the transformation matrix by the given values.

TRUE - Variable in class ReadFile

Flag value used in the program.

tvert - Variable in class Lattice

Array of int type to store the indexes of transformed verteces.

type - Variable in class Lattice

Lattice Type

type_name - Variable in class Display

type_name - Variable in class SymmetryDisplay

U

unit_cube - Variable in class MkList

The unit cell

unit() - Method in class Matrix3D

Method to reduce the matrix into unit matrix.

update(Graphics) - Method in class Display

update(Graphics) - Method in class SymmetryDisplay

V

VACANCY - Static variable in class LatticePoint

Boolean variable to indicate whether a given point is an atom or a vacancy.

vert - Variable in class Lattice

Array containing the values of the verteces of the model.

W

waitPainted() - Method in class Display

waitPainted() - Method in class SymmetryDisplay

X

x - Variable in class myPoint

X coordinate of the point in the world frame.

x1 - Variable in class SymmetryDisplay

x2 - Variable in class SymmetryDisplay

x3 - Variable in class SymmetryDisplay

xfac - Variable in class Display

xfac - Variable in class SymmetryDisplay

xmax - Variable in class Lattice

This denotes the x-coordinate of the minimum limit of the model (of crystal or lattice that is drawn in the context of applet)

xmin - Variable in class Lattice

This denotes the x-coordinate of the minimum limit of the model (of crystal or lattice that is drawn in the context of applet)

xo - Variable in class Matrix3D

The x-component of translation part of the matrix.

xrot(double) - Method in class Matrix3D

Sets the value of this matrix to a counter clockwise rotation about the x axis.

xtalBackgroundColor - Variable in class Display

xtalBackgroundColor - Variable in class SymmetryDisplay

xtheta - Variable in class Display

xtheta - Variable in class SymmetryDisplay

xx - Variable in class Matrix3D

The first matrix element in the first row.

xy - Variable in class Matrix3D

The second matrix element in the first row.

xz - Variable in class Matrix3D

The third matrix element in the first row.

Y

y - Variable in class myPoint

Y coordinate of the point in the world frame.

y1 - Variable in class SymmetryDisplay

y2 - Variable in class SymmetryDisplay

y3 - Variable in class SymmetryDisplay

ymax - Variable in class Lattice

This denotes the y-coordinate of the maximum limit of the model (of crystal or lattice that is drawn in the context of applet)

ymin - Variable in class Lattice

This denotes the y-coordinate of the minimum limit of the model (of crystal or lattice that is drawn in the context of applet)

yo - Variable in class Matrix3D

The y-component of translation part of the matrix.

yrot(double) - Method in class Matrix3D

Sets the value of this matrix to a counter clockwise rotation about the y axis.

ytheta - Variable in class Display

ytheta - Variable in class SymmetryDisplay

yx - Variable in class Matrix3D

The first matrix element in the second row.

yy - Variable in class Matrix3D

The second matrix element in the second row.

yz - Variable in class Matrix3D

The third matrix element in the second row.

Z

z - Variable in class myPoint

Z coordinate of the point in the world frame.

z1 - Variable in class SymmetryDisplay

z2 - Variable in class SymmetryDisplay

z3 - Variable in class SymmetryDisplay

zmax - Variable in class Lattice

This denotes the z-coordinate of the maximum limit of the model (of crystal or lattice that is drawn in the context of applet)

zmin - Variable in class Lattice

This denotes the z-coordinate of the minimum limit of the model (of crystal or lattice that is drawn in the context of applet)

zo - Variable in class Matrix3D

The y-component of translation part of the matrix.

zrot(double) - Method in class Matrix3D

Sets the value of this matrix to a counter clockwise rotation about the z axis.

ZsortMap - Variable in class Lattice

int type array to store the sorted list of verteces in the order of increasing z values.

zx - Variable in class Matrix3D

The first matrix element in the third row.

zy - Variable in class Matrix3D

The second matrix element in the third row.

zz - Variable in class Matrix3D

The third matrix element in the third row.

< A B C D E F G I J K L M N P R S T U V W X Y Z