//
// Tests for polygon querying with varying levels of accuracy
//

var numTests = 31;

for( var n = 0; n < numTests; n++ ){
	
	t = db.geo_polygon3;
	t.drop();
	
	num = 0;
	for ( x=1; x < 9; x++ ){
	    for ( y= 1; y < 9; y++ ){
	        o = { _id : num++ , loc : [ x , y ] };
	        t.save( o );
	    }
	}
	
	t.ensureIndex( { loc : "2d" }, { bits : 2 + n } );
	
	triangle = [[0,0], [1,1], [0,2]];
	
	// Look at only a small slice of the data within a triangle
	assert.eq( 1 , t.find( { loc: { "$within": { "$polygon" : triangle }}} ).count() , "Triangle Test" );
	
	
	boxBounds = [ [0,0], [0,10], [10,10], [10,0] ];
	
	assert.eq( num , t.find( { loc : { "$within" : { "$polygon" : boxBounds } } } ).count() , "Bounding Box Test" );
	
	// Look in a box much bigger than the one we have data in
	boxBounds = [[-100,-100], [-100, 100], [100,100], [100,-100]];
	assert.eq( num , t.find( { loc : { "$within" : { "$polygon" : boxBounds } } } ).count() , "Big Bounding Box Test" );
	
	t.drop();
	
	pacman = [
	           [0,2], [0,4], [2,6], [4,6], // Head
	           [6,4], [4,3], [6,2], // Mouth
	           [4,0], [2,0] // Bottom
	         ];
	
	t.save({loc: [1,3] }); // Add a point that's in
	t.ensureIndex( { loc : "2d" }, { bits : 2 + t } );
	
	assert.eq( 1 , t.find({loc : { $within : { $polygon : pacman }}} ).count() , "Pacman single point" );
	
	t.save({ loc : [5, 3] })  // Add a point that's out right in the mouth opening
	t.save({ loc : [3, 7] })  // Add a point above the center of the head
	t.save({ loc : [3,-1] })  // Add a point below the center of the bottom
	
	assert.eq( 1 , t.find({loc : { $within : { $polygon : pacman }}} ).count() , "Pacman double point" );
}
