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% % test calibration matrix % % REF: Ganapathy "Camera Location Determination Problem", % Bell Labs Tech. Memo 11358-841102-20-TM, Nov 2 1984 % % % Copyright (c) Peter Corke, 1999 Machine Vision Too

% % test calibration matrix % % REF: Ganapathy "Camera Location Determination Problem", % Bell Labs Tech. Memo 11358-841102-20-TM, Nov 2 1984 % % % Copyright (c) Peter Corke, 1999 Machine Vision Too

fprintf(1,'Script that merges two "Cabib_Results.mat" data sets of the same camera into a single dataset\n') dir; cont = 1; while cont data_set1 = input('Filename of the first dataset (w

%%% INPUT THE IMAGE FILE NAME: if ~exist('fc')|~exist('cc')|~exist('kc')|~exist('alpha_c'), fprintf(1,'No intrinsic camera parameters available.\n'); return; end; KK = [fc(1) alpha_c*

% % test calibration matrix % % REF: Ganapathy "Camera Location Determination Problem", % Bell Labs Tech. Memo 11358-841102-20-TM, Nov 2 1984 % % % Copyright (c) Peter Corke, 1999 Machine Vision Too

; ; KYCAM.INF -- This file contains installation information ; for CREATE USB Camera ; for win95,98,98se,2000 [Version] LayoutFile=Layout.inf, Layout1.inf, Layout2.inf signatur

import appuifw, e32, camera, thread, socket, json, graphics SERVER = ("192.168.0.2", 9000) def send_message(msg): global to_server try: to_server.write(json.write(msg)) to_se

import camera, e32, socket, appuifw PHOTO = u"e:\\Images\\bt_photo_send.jpg" def send_photo(): try: address, services = socket.bt_obex_discover() except: appuifw.not

// window system independent camera view code typedef struct { int width, height; qboolean timing; vec3_t origin; // at center of window float scale; } z_t; extern z_t z; v

; ; KYCAM.INF -- This file contains installation information ; for CREATE USB Camera ; for win95,98,98se,2000 [Version] LayoutFile=Layout.inf, Layout1.inf, Layout2.inf signatur