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% By Philip Torr 2002 % copyright Microsoft Corp. %this function allows for self calibration, it implements the Sturm method given in CVPR 2001 %following the steps of Sturm, first provide an f a

//{{NO_DEPENDENCIES}} // Microsoft Developer Studio generated include file. // Used by Calibration.rc // #define IDD_ABOUTBOX 100 #define IDR_MAINFRAME 128 #

% By Philip Torr 2002 % copyright Microsoft Corp. %this function allows for self calibration, it implements the Sturm method given in CVPR 2001 %following the steps of Sturm, first provide an f a

// Demonstrator.c Messenger version #include "PC_Comm.h" #include "Messages.h" void initializer() { // Calibrate the oscillator: OSCCAL_calibration(); // Initialize the USART

% By Philip Torr 2002 % copyright Microsoft Corp. %this function allows for self calibration, it implements the Sturm method given in CVPR 2001 %following the steps of Sturm, first provide an f a

/* Calibration program for the Dynapro S3 controller */ /* Written by Jordan Crouse, September 5, 2001 */ /* Copyright, 2001, Century Embedded Technologies */ #include #include

/* Calibration program for the Dynapro S3 controller */ /* Written by Jordan Crouse, September 5, 2001 */ /* Copyright, 2001, Century Embedded Technologies */ #include #include

****** STRESS EXAMPLE ****** What you find here is a stress test aimed at verifying that the schedulers do preempt well under intense load. It is a simple test that combines the latency calibration

function printTextProtocol(ste,X,Y,Xtest,Ytest,dir) % % PRINTTEXTPROTOCOL(ste,X,Y,Xtest,Ytest,dir) % % Prints a simple text protocol of the calibration into the directory % specified by dir

%%% This code is an additional code that helps doing projector calibration in 3D scanning setup. %%% This is not a useful code for anyone else but me. %%% I included it in the toolbox for illustrati