I have gone through your code.
I have understood how you differentiated and assigned "desc", "asc", "in", "out", "lower", "upper", "exact", "inexact" of input 1 first range value and how you set maximum and minimum values for input2.
As I already told you I'm trying to modify it based on 2 editions.
Edition1. ) Instead of comparing input 1 first range value I would like to compare input 1 all range values based on their specific keys.
I assume you assigned the first range value of input1 as k1 and so on
If I want to assign all the ranges Do I have to remove the k1 and k2
Edition2. ) If any range value of input 1 of their specific key overlaps with any range value of input 2 it comes under G and H RANGES (Highlited in green boxes) based on the ""lower"" or """upper""
No need any change
Quote:
A RANGE - ascoutlower
B RANGE - ascoutupper
C RANGE - descoutlower
D RANGE - descoutupper
E RANGE - ascinnotexact
F RANGE - descinnotexact
need change
Quote:
G RANGE - If any range value of input 1 overlaps with any range of input2 it comes under G
H RANGE - Vice versa
Note : I have renamed the ranges in the new file last copy.xls
i would like to enter (user input) a bunch of numbers seperated by space:
10 15 20 25
and use awk to print out any lines in a file that have matching numbers
so output is:
22 44 66 55 (10) 77 (20)
(numbers 10 and 20 matched for example)
is this possible in awk . im using gawk for... (5 Replies)
I am looking for a better way to match real numbers within a specified tolerance range. My current code is as follows:
if ($1 !~ /^CASE/) for(i=1;i in G;i++) if (G >= $5-1 && G <= $5+1)
{ print $1,$4,$5,J,G }
else { print $1,"NO MATCH" }
where $5 and G are... (3 Replies)
Hello to all,
I hope some awk guru could help me.
I have 2 input files:
File1: Is the complete database
File2: Contains some numbers which I want to compare
File1:
"NUMBERKEY","SERVICENAME","PARAMETERNAME","PARAMETERVALUE","ALTERNATENUMBERKEY"... (9 Replies)
Hi Experts,
I am finding difficulty to get exact match:
file
OPERATING_SYSTEM=HP-UX
LOOPBACK_ADDRESS=127.0.0.1
INTERFACE_NAME="lan3"
IP_ADDRESS="10.53.52.241"
SUBNET_MASK="255.255.255.192"
BROADCAST_ADDRESS=""
INTERFACE_STATE=""
DHCP_ENABLE=0
INTERFACE_NAME="lan3:1"... (6 Replies)
Hi,
I'm trying to match a filename that could be called anything from vout001 to vout252 and was trying to do a small test but I'm not getting the result I thought I would..
Can some one tell me what I'm doing wrong?
*****@********>echo $mynumber ... (4 Replies)
Input: START
OS:: UNIX
Release: xxx
Version: xxx
END
START
OS:: LINUX
Release: xxx
Version: xxx
END
START
OS:: Windows
Release: xxx
Version: xxx
ENDHere i am trying to get all the information between START and END, only if i could match OS Type.
I can get all the data between the... (3 Replies)
In the awk below I am trying to match the value in $4 of file1 with the split value from $4 in file2. I store the value of $4 in file1 in A and the split value (using the _ for the split) in array. I then strore the value in $2 as min, the value in $3 as max, and the value in $1 as chr.
If A is... (6 Replies)
Discussion started by: cmccabe
6 Replies
LEARN ABOUT SUSE
pfsview
pfsview(1) General Commands Manual pfsview(1)NAME
pfsview - Viewer for high-dynamic range images in pfs format
SYNOPSIS
pfsview [--window_min <log_lum>] [--window_max <log_lum>]
DESCRIPTION
pfsview is a QT application for viewing high-dynamic range images. It expects pfs stream on the standard input and displays the frames in
that stream one by one.
pfsv script can be more convienent to use if hdr images are to be displayed without any prior processing.
DYNAMIC RANGE WINDOW
To show high-dynamic range data on a low-dynamic range monitor, pfsview uses concept of a dynamic range window. The dynamic range window is
the highest and lowest value that should be mapped to black and white pixel. Values above or below the window are clipped (see clipping
methods below). The dynamic range window is displayed in pfsview as a blue area on the dynamic range scale (second toolbox from the top).
The window can be moved, shrunk and expended using a mouse or a keyboard.
CLIPPING METHODS
Currently, two clipping methods are available (see View menu):
Simple clipping
The values above and below the dynamic range window are displayed as black or white.
Color-coded clipping
The values above the dynamic range window are displayed as yellow and below the window as green. This is helpful to see which parts
of the image do not fit into the selected dynamic range.
Keep brightness and hue
This method tries to preserve brightness and hue while sacrificing color saturation when the colors exceed the RGB color gamut. Col-
ors are desaturated in the RGB color space towards the neutral color (D65) of the corresponding luminance.
MAPPING METHODS
High-dynamic range data are usually better visualized using non-linear scale, for example a logarithmic or a power function. pfsview offers
several such scales, shown in View menu. Gray-scale values for each mapping method are computed by the formulas:
LINEAR: y = (x-min)/(max-min)
GAMMA: y = [ (x-min)/(max-min) ]^gamma
LOGARITHMIC: y = (log10(x)-log10(min))/(log10(max)-log10(min))
where y is the gray-scale value after mapping, x is an input HDR value, min and max are lower and upper bounds of the dynamic range window.
OPTIONS --window_min <log_lum>
Lower bound of the values that should be displayed or minimum value of the dynamic range window. The value should be given in log_10
units, for example -1 if the lower bound should be 0.1 (10^-1).
--window_max <log_lum>
Upper bound of the values that should be displayed or minimum value of the dynamic range window. The value should be given in log_10
units, for example -1 if the upper bound should be 0.1 (10^-1).
EXAMPLES
pfsin memorial.hdr | pfsview
See the memorial image.
pfsv memorial.hdr
The same as above, but using the utility script 'pv'.
SEE ALSO pfsv(1)pfsin(1)BUGS
Zomming in may sometimes show artifacts.
Please report bugs and comments to Rafal Mantiuk <mantiuk@mpi-sb.mpg.de>.
pfsview(1)