No BSD License
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fm_gui.m
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crosspowerspectrum(in1,in2)
USAGE : cps = crosspowerspectrum(in1,in2)
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fm_guifun(action)
GUI functions for Fourier-Mellin transform GUI
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fm_parse_inputs(data)
fm_parse_inputs(data)
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fourier_mellin(data)
USAGE : [combImage,registered1,registered2,reg_output,cps_rs,cps_trans] = fourier_mellin(data)
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hipass_filter(ht,wd)
hi-pass filter function
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image_scale(input,lower,upper)
USAGE : output = image_scale(input,lower,upper)
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imlogpolar(varargin)
IMLOGPOLAR Compute logarithmic polar transformation of image.
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parse_inputs(varargin)
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readpgm( filename )
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transformImage(A,Ar,Ac,Nrho,N...
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w=window1d(p,wtype,param)
USAGE: w=window1d(p,wtype,param)
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w=window2d(p,q,wtype,param)
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zeropad(i1,i2,centre_flag)
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fft_resize_test.m
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help_fm.html
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View all files
from
Fourier-Mellin based Image Registration (with GUI)
by Adam Wilmer
GUI-implementation of the Fourier-Mellin transform for simple image rotation, scale and translation.
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| fm_parse_inputs(data)
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function [input1,input2,ROT_METHOD,SCALE_METHOD,WINDOW_TYPE,DISP_TEXT,PERF_LEVEL,WINDOW_SCALE] = fm_parse_inputs(data)
% fm_parse_inputs(data)
%
% could do with some error-checking in here maybe
input1 = data.input1; % send in non zero-padded images means changing this
input2 = data.input2;
%input1_windowed = data.input1_windowed;
%input2_windowed = data.input2_windowed;
ROT_METHOD = data.RotInterp;
SCALE_METHOD = data.SclInterp;
WINDOW_TYPE = data.windowType;
DISP_TEXT = data.dispText;
PERF_LEVEL = data.performanceLevel;
WINDOW_SCALE = data.windowScale;
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