Coating Designer

- % -

%

- 1 -

10°

- 2 -

2°

- 3 -

3-point-averaging

- A -

a

	Color coordinates
	Color coordinates L*a*b*
	Color coordinates Lab

A spectrum

a*

	Color coordinates
	Integral quantities in main window views
	Other differences to SCOUT
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	Color coordinates L*a*b*

absorption bands

absorption coefficient

absorption of light

acquire

add_layer_definition_on_top

add_layer_on_top

add_to_report

air

AM 1.5

angle of incidence

	Color coordinates
	Virtual office tower
	Integral quantities in main window views

angle range

angle variation

architectural applications

Argon

author

automatic fit

average time

- B -

b

	Color coordinates
	Color coordinates Lab

b*

	Color coordinates
	Integral quantities in main window views
	Other differences to SCOUT
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	Color coordinates L*a*b*

batch control window

Begin superlattice

black

bottom

building

- C -

C

	Color coordinates
	Color coordinates L*a*b*

C spectrum

cell

Charge carrier generation

checkbox

	Integral quantities in main window views
	U (Thermal transmittance)

checkboxes

CIELAB

clear_fit_parameters

clear_layer_stack

clear_material_list

clear_report

clipboard

coating

	Color coordinates
	Example

coatings on glass

CODE

coherent

coherent superposition

color

	Color coordinates
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)

Color angle variation

Color box

color coordinate

color coordinates

	Color coordinates
	Integral quantities in main window views
	Color coordinates XYZ
	Color coordinates L*a*b*
	Color-matching functions

color dialog

color distance

Color fluctuation

color impression

color matching functions

color rendering index

Color view

	Color coordinates
	Integral quantities in main window views

color-matching functions

	Color coordinates XYZ
	Color-matching functions

Colors

computation

conductivity

configuration

	Other differences to SCOUT
	save_configuration(filename : string)
	configuration_file
	Example

configuration_file

conversion

conversion efficiency

current density

- D -

D65

	Color coordinates
	Color coordinates XYZ
	Color coordinates L*a*b*
	D65 spectrum

D65 spectrum

dashed line

data points

database

	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)
	load_material_from_database (name : string)
	U (Thermal transmittance)

decimals

default name

delta

deviation

	The list of integral quantities
	Color coordinates

df_imag_part_nm

df_load_from_file

df_real_part_nm

dialog

dielectric function

	df_load_from_file
	df_load_from_file_2(n: Integer; const filename, unit_string:String);
	load_df(n : integer, filename : string)
	save_df(n : integer, filename : string)
	absorption_coefficient ...
	df_real_part(n : integer; wavenumber : real number) (real number)
	df_real_part_nm
	df_imag_part(n : integer; wavenumber : real number) (real number)
	df_imag_part_nm
	dielectric_function_name(i:integer) (string)
	number_of_dielectric_functions (integer)

differences

	Functions of integrals quantities
	Other differences to SCOUT

DIN 5033

	Color coordinates XYZ
	Color coordinates L*a*b*
	Color-matching functions

DIN 67 504

	Light transmittance
	Light reflectance

DIN 67 507

Display

Dominant wavelength

Downhill simplex

drag

drawing

Drude

- E -

Edit

	The list of integral quantities
	Color coordinates
	Integral quantities in main window views

effective emissivity

electrical conductivity

electrical contact

ellipsometry

	get_sim_val1(n : integer; wavenumber : real number) (real number)
	get_sim_val2(n : integer; wavenumber : real number) (real number)

emissivity

	Emissivity
	U (Thermal transmittance)

EN 673

End superlattice

energy transmittance

example

Excel

experimental data

experimental spectra

experimental spectrum

experimental_spectrum_value

extrapolation

- F -

F4 function key

F5 function key

fft

	fft_thickness
	fft_strength

FFT thickness analysis

fft_strength

fft_thickness

file

film thickness

fit activity

fit deviation

	The list of integral quantities
	fit_deviation (real number)

Fit on a grid

fit parameter

	create_fit_parameter (list, object, subobject, subsubobject, parameter : integer) (copy)
	fit_parameter_name
	fit_parameter_mode
	fit_parameter_value
	fit_parameter_value_max
	fit_parameter_value_min

fit parameter set

fit parameters

	clear_fit_parameters
	number_of_fit_parameters
	Example
	Photocurrent

fit quality

fit_parameter_mode

fit_parameter_name

fit_parameter_set

fit_parameter_value

fit_parameter_value_max

fit_parameter_value_min

fitting

fluctuation

fluctuations

format

formula

	Color coordinates
	fit_parameter_mode

found_filename

foundfiles

Frozen

function

Functions of integrals quantities

- G -

g

gas filling

get_sim_val1

get_sim_val2

glass pane

	Photocurrent
	U (Thermal transmittance)

graphics

grid

grid_test

grid_test_max

grid_test_min

grid_test_no_points

grid_test_para

- H -

halfspace

	clear_layer_stack (index : integer)
	set_bottom_halfspace_material (i : integer; name : string)
	set_top_halfspace_material (i : integer; name : string)

heat transfer

Height

hide

- I -

illuminant

	Color coordinates
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	A spectrum
	D65 spectrum
	C spectrum

illumination power

image

imaginary part

import

import data

imported dielectric function

	df_load_from_file
	df_load_from_file_2(n: Integer; const filename, unit_string:String);

incidence_angle

incoherent

incoherent superposition

infrared

	Emissivity
	U (Thermal transmittance)

integral quantities

	Introduction
	The list of integral quantities
	Integral quantities in main window views
	Other differences to SCOUT
	number_of_tec_values

integral quantity

	Integral quantities in main window views
	tec_value
	tec_value_name

interpolation

iteration

- K -

k

kappa

Krypton

- L -

L

	Color coordinates
	Color coordinates Lab

L*

	Color coordinates
	Integral quantities in main window views
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	Color coordinates L*a*b*

L*a*b* space

layer

	add_layer_definition_on_top(stack_index : integer;definition : string)
	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)
	layer_material
	layer_thickness

layer definitions

layer stack

	Virtual office tower
	add_layer_definition_on_top(stack_index : integer;definition : string)
	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)
	clear_layer_stack (index : integer)
	set_bottom_halfspace_material (i : integer; name : string)
	set_top_halfspace_material (i : integer; name : string)
	layer_material
	layer_thickness
	Example

layer stacks

	create_fit_parameter (list, object, subobject, subsubobject, parameter : integer) (copy)
	number_of_layers_in_stack
	number_of_layer_stacks

layer thickness

layer_thickness

layers

	clear_layer_stack (index : integer)
	number_of_layers_in_stack
	number_of_layer_stacks

left

	main_window_left
	main_window_top

light reflectance

	Other quantities
	Light reflectance

light transmittance

	Other quantities
	Light transmittance

list of fit parameters

list of integral quantities

list of layer stacks

	add_layer_definition_on_top(stack_index : integer;definition : string)
	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)

list of materials

	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)
	clear_material_list
	load_material_from_database (name : string)

list of optical functions

load dielectric function

load_material_from_database

lower boundary

- M -

macro language

macros

main window

	Integral quantities in main window views
	main_window_height
	main_window_left
	main_window_top
	main_window_width

master parameter

	create_fit_parameter (list, object, subobject, subsubobject, parameter : integer) (copy)
	fit_parameter_mode
	Photocurrent

Master parameter list

material

	load_material_from_database (name : string)
	rename_material (old_name, new_name : string)
	set_bottom_halfspace_material (i : integer; name : string)
	set_top_halfspace_material (i : integer; name : string)
	layer_material

Materials

	clear_material_list
	create_fit_parameter (list, object, subobject, subsubobject, parameter : integer) (copy)

maximum

message

methods

micron

mm

mode parameter

model

	Example
	Sheet resistance

model parameters

- N -

nickname

	The list of integral quantities
	Functions of integrals quantities
	Integral quantities in main window views

nm

normal emissivity

number_of_fit_parameters

number_of_spectra

number_of_tec_values

numerical value

- O -

observation angle

	Color coordinates
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)

observer

office tower

OLE

OLE automation

OLE commands

OLE example

optical constants

	load_df(n : integer, filename : string)
	save_df(n : integer, filename : string)
	Example
	Emissivity
	U (Thermal transmittance)

optical design

optical function

optical functions

	Functions of integrals quantities
	Other differences to SCOUT

Optimize

options

order

outside

- P -

parameter fit

	start
	stop

Parameter fluctuation

Parameter variation

	Other differences to SCOUT
	Photocurrent

partial wave

Photocurrent

photons

physical properties

polarization

	Color coordinates
	Virtual office tower

position

print

properties

Psi

Purity

- Q -

quantity

- R -

Ra

range

real part

re-computation

rectangle

reflectance

	Virtual office tower
	import_measured_data_via_variants(index : string; spectral_positions, spectral_data : variant; unit_string : string)

refractive index

	fft_thickness
	kappa(n : integer; wavenumber : real number) (real number)
	refractive_index(n : integer; wavenumber : real number) (real number)

relative spectral distribution

rename_material

report window

	clear_report
	report_to_clipboard
	report_to_file(filename:string)

report_to_clipboard

report_to_file

RGB

Rough interface

- S -

S

save configuration

save dielectric function

scaling factor

SCOU file format

SCOUT

	Introduction
	Other differences to SCOUT

SCOUT manual

SCOUT technical manual

Screen

	hide
	show
	show_maximized
	show_minimized
	main_window_left
	main_window_top

searchfiles

secondary internal heat transfer factor

select a filename

server

server name

set_bottom_halfspace_material

set_spectrum_simulation_range

set_top_halfspace_material

SF6

Sheet resistance

show

show_maximized

show_minimized

show_normal

Simple layer

simulated quantities

	get_sim_val1(n : integer; wavenumber : real number) (real number)
	get_sim_val2(n : integer; wavenumber : real number) (real number)

simulated spectrum

	The list of integral quantities
	simulated_spectrum_value_nm

simulated_spectrum_value

simulated_spectrum_value_nm

size

slider

sliders

Smoothing

smoothing iterations

solar cell

solar direct  transmittance

solar direct absorptance

Solar direct reflectance

	Other quantities
	Solar direct reflectance
	Solar spectral distribution

Solar direct transmittance

	Other quantities
	Solar direct transmittance
	Solar spectral distribution

solar factor

Solar relative spectral disctribution

solid line

spectra

	Other differences to SCOUT
	Example

Spectra list

spectral distribution

spectral luminous efficiency

spectral range

spectral unit

spectrometers

spectrum

	The list of integral quantities
	import_measured_data_via_variants(index : string; spectral_positions, spectral_data : variant; unit_string : string)
	print_fit(i : integer)
	set_spectrum_simulation_range(n : integer; min, mix : real number; no_points : integer; spectral_unit : string)
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	get_sim_val1(n : integer; wavenumber : real number) (real number)
	get_sim_val2(n : integer; wavenumber : real number) (real number)
	spectrum_name(i:integer) (string)

Spectrum product

spectrum simulation software

Spectrum_product

stack

stacks

	number_of_layers_in_stack
	number_of_layer_stacks

standard file

start

start configuraton

Start.wcd

starting values

stop

sums

sun light

superlattice

superposition

surface

- T -

tab character

table

	Example
	D65 spectrum

Tables

target value

	The list of integral quantities
	Color coordinates

TCO

tec_value

tec_value_name

technical data

technical values

	number_of_tec_values
	Example

text file

Thermal transmittance

Thick layer

	add_layer_definition_on_top(stack_index : integer;definition : string)
	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)

thickness

	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)
	layer_thickness
	Example

thickness fluctuations

thickness unit

thickness variation

Thin film

	add_layer_definition_on_top(stack_index : integer;definition : string)
	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)

thin film design

top

total solar energy transmittance

transmittance

	import_measured_data_via_variants(index : string; spectral_positions, spectral_data : variant; unit_string : string)
	Color coordinates XYZ

transparent conductive layer

tristimulus values

Type

- U -

U

unit

	The list of integral quantities
	add_layer_on_top (stack_index : integer; layer_type,material:string;thickness:real number; thickness_unit : string)

update_data

update_plot

upper boundary

user-defined formula

- V -

Vacuum

	clear_layer_stack (index : integer)
	clear_material_list

value

	The list of integral quantities
	fit_parameter_value

Variable thickness

variant

variant arrays

variation mode

variations

view element

view object

views

Virtual Office Tower

	Virtual office tower
	Integral quantities in main window views

VisualBasic

	Introduction
	add_layer_definition_on_top(stack_index : integer;definition : string)

visualization

- W -

wavelength

	df_real_part_nm
	df_imag_part_nm
	simulated_spectrum_value_nm

wavenumber

	absorption_coefficient ...
	experimental_spectrum_value
	kappa(n : integer; wavenumber : real number) (real number)
	refractive_index(n : integer; wavenumber : real number) (real number)
	simulated_spectrum_value

WCD

weight

weight function

	Color coordinates
	Integral quantities in main window views

white

Width

window

	show_maximized
	show_minimized
	show_normal

window panes

Windows Coating Designer

Wolfgang Theiss

workbook

	The list of integral quantities
	Other differences to SCOUT

worksheet

- X -

X

	Color coordinates
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	Color coordinates XYZ
	Color coordinates x,y,z
	Color coordinates L*a*b*
	Color coordinates Lab

Xenon

x-y-plane

- Y -

Y

	Color coordinates
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	Color coordinates XYZ
	Color coordinates x,y,z
	Color coordinates L*a*b*
	Color coordinates Lab

- Z -

Z

	Color coordinates
	color_coordinate(spectrum_index,simulated,color_type,illuminant,observation_angle) (float)
	Color coordinates XYZ
	Color coordinates x,y,z
	Color coordinates L*a*b*
	Color coordinates Lab