sbyrnes

var data = applyModel(model, estimationInput);

sbyrnes

var model = buildModel(input);

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var input = new Array();
input['x'][0] = 1;		input['y'][0] = 0.5;
input['x'][1] = 2;		input['y'][1] = 1.6;	
input['x'][2] = 3;		input['y'][2] = 4.5;
input['x'][3] = 4;		input['y'][3] = 7.6;
input['x'][4] = 5;		input['y'][4] = 10.1;

sbyrnes

// FORMULA: theta = pinv(X'*X)*X'*y;
function generateTheta(X, y)
{	
	// Get the transpose of X
	Xt = X.transpose();
	
	// Multiple X by its transpose
	var Xmain = X.x(Xt);
	
	// Get the inverse of the result of multiplying X by its transpose

sbyrnes

var input = new Array();
input['x'][0] = 1;		input['y'][0] = 0.5;
input['x'][1] = 2;		input['y'][1] = 1.6;	
input['x'][2] = 3;		input['y'][2] = 4.5;
input['x'][3] = 4;		input['y'][3] = 7.6;
input['x'][4] = 5;		input['y'][4] = 10.1;
	
var estimationInput = new Array();
estimationInput['x'][0] = 6;
estimationInput['x'][1] = 7;

sbyrnes

[FlurryAppCircle setAppCircleEnabled:YES];

sbyrnes

// pointer into the AppCircle library
static NSObject *gAppCircleDelegate = nil;

sbyrnes

// if AppCircle is enabled, pass the ad data buffer to it and parse it
if(gAppCircleDelegate != nil) {
 if ([gAppCircleDelegate respondsToSelector:@selector(parseData:bufferLength:)]) {
 	pCurBufferPos = (char *)[gAppCircleDelegate parseData:pDataBuffer bufferLength:remainingBufferLength];
 } else { // throw some exception }
}