pfstmo_pattanaik00 - Time-dependent Visual Adaptation Model
pfstmo_pattanaik00 [--time-dependence] [--fps <val>] [--mul
<multiplier>] [--local] [--cone <val>] [--rod <val>]
[--verbose] [--help]
This command implements a tone mapping operator as described in:
Time-Dependent Visual Adaptation for Realistic Image Display. S.N.
Pattanaik, J. Tumblin, H. Yee, and D.P. Greenberg. In Proceedings of ACM
SIGGRAPH 2000.
This operator requires properly calibrated image data (in cd/m2)
and its results should be gamma corrected.
The local version of this operator is based on the following
paper:
Adaptive Gain Control For High Dynamic Range Image Display. S.N.
Pattanaik, H. Yee. In proceedings of SCCG 2002.
- --time-dependence, -t
-
Use time dependent model of adaptation. This should be used
for tone mapping of an animation. It has no influence on single-frame
input. Switched off by default. Note: it is important to correctly set
the speed of the input animation (--fps).
- --fps <val>, -f <val>
-
Speed of input animation in frames per second. Used when
time-dependence is switched on (-t). Default value: 16.0
- --mul <multiplier>, -m <multiplier>
-
Multiply input values by a multiplier value. Useful if input
data is not calibrated. Default value: 1.0
- --local, -l
-
Use local version of the tone mapping. Time-dependent effects
are cancelled while using local version, global version is used by
default.
- --cone <val>, -c <val>
-
Set the adaptation level for cones. If --rod parameter is not
used, this will also set the adaptation level for rods. By default, the
adaptation level is calculated as a logarithmic average of luminance in
the input image.
- --rod <val>, -r <val>
-
Set the adaptation level for rods. By default, the adaptation
level is calculated as a logarithmic average of luminance in the input
image.
- --verbose
-
Print additional information during program execution.
- --help
-
Print list of command line options.
- pfsin memorial.hdr | pfstmo_pattanaik00 -m 650 | pfsgamma -g 2.2 | pfsout
memorial.png
- Tone map image, apply gamma correction, and save it in png format.
pfsgamma(1) pfsin(1) pfsout(1) pfsview(1)
Please report bugs and comments on implementation to Grzegorz Krawczyk
<krawczyk@mpi-sb.mpg.de>.