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cinesat:projections:start [2014-12-04 11:15]
127.0.0.1 external edit
cinesat:projections:start [2015-06-25 17:06]
jscheiber [Overview]
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 | • [[# Resampling: Nearest Neighbor, Bi-linear, and Bi-cubic Splines|Resampling: Nearest Neighbor, Bi-linear, and Bi-cubic Splines]]                                                                 || | • [[# Resampling: Nearest Neighbor, Bi-linear, and Bi-cubic Splines|Resampling: Nearest Neighbor, Bi-linear, and Bi-cubic Splines]]                                                                 ||
  
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-  * [[prj_gallery]] 
  
  
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 On the other hand, the __bi-cubic spline method__ provided by CineSat is very well suited for producing nice-to-view cloud displays, and for pre-processing images that are intended to be fed to automatic image analysis programs. Small scale cloud structures are being preserved also in projected images and will lead to far better results for all subsequent image texture and object analysis. On the other hand, the __bi-cubic spline method__ provided by CineSat is very well suited for producing nice-to-view cloud displays, and for pre-processing images that are intended to be fed to automatic image analysis programs. Small scale cloud structures are being preserved also in projected images and will lead to far better results for all subsequent image texture and object analysis.
  
-<WRAP box round 400px left>+<WRAP box round 400px left nopagebreak>
 <WRAP top 400px> <WRAP top 400px>
 {{:cinesat:projections:venice_bcs.gif?direct&400|BCS}} {{:cinesat:projections:venice_bcs.gif?direct&400|BCS}}

cinesat/projections/start.txt · Last modified: 2018-08-15 21:56 by jscheiber