Index of /espresso_v6.1/i386_linux26/qe-6.1/TDDFPT/ColorCalculator

      Name                    Last modified       Size  Description

[DIR] Parent Directory 17-May-2017 16:16 - [   ] CIEx 03-Mar-2017 01:46 1k [   ] CIEy 03-Mar-2017 01:46 1k [   ] CIEz 03-Mar-2017 01:46 1k [   ] ColorCalculator5.jar 03-Mar-2017 01:46 1.3M [   ] D65.light 03-Mar-2017 01:46 1k [   ] Install 03-Mar-2017 01:46 1k [   ] Makefile 03-Mar-2017 01:46 1k [   ] colorBlue.dat 03-Mar-2017 01:46 1k [   ] pelargonin_inter_sor..> 03-Mar-2017 01:46 1k [   ] pelargonin_no_inter.dat 03-Mar-2017 01:46 204k [   ] pelargonin_no_inter_..> 03-Mar-2017 01:46 204k [DIR] src/ 03-Mar-2017 01:46 -

RGB calculator Version 5
Modified from version4 ( Alessandro Da Rugna ) by Ge Xiaochuan  21.May.2012
New features: automatical sorting and interpolation algorithm is added 

==========================
For compiling and cleaning
==========================
compile: make install
clean: make clean
Certain packages may be requested for compiling such as javac. 

==========================
For modifying and re-compiling
==========================
./src/*.java are source files, once been modified, simply run make install for recompiling. 
Certain packages may be requested for compiling such as javac. 


==========================
For using the tool
==========================
By typing "java -jar ColorCalculator5.jar" in the terminal the user interface
will be launched and you can choose example input files on the left of the 
interface, the corresponding color and RGB values will be displayed on the 
right.

There are three pelargonin*.dat files in this directory. They are examples 
of spectrum input files. They are essentially the same absorption spectrum 
with different grids setting. This is because the older version can't adapt 
different grids setting but the new one does. A fourth example, colorBlue.dat,
is also available.

For using your own input, just simply create a file ith the suffix .dat in 
which the first column is the wavelength(nm) and the second column is the
absorption strength. Keep the input file in the same directory then you can 
see it in the UI.