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| Web ID: 118050 |
$2,300,000 |
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| Carmela Kornfeld |
| Office |
718-368-3200 |
| Cell |
917-669-7999 |
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| Tina Del Toro |
| Office |
718-253-9600 |
| Cell |
917-364-1070 |
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This green builder use of state-of-the-art super enery efficient systems combined with the finest luxury materials and his creative genius will fulfill one very fortunate homeowner's dream. Keep checking back to view the progression of a fine work in progress. Utilize his vision or create your own on this magnificent block in Manhattan Beach. Being sold AS IS for $1,300,000 or new home plans with over 5,000 s/f - $2,500,000.
** CALL LISTING AGENTS FOR ALL APPOINTMENTS **
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| Bedrooms |
6 |
| Partial Baths |
6 |
| Total Rooms |
12 |
| # Units |
1 |
| X-Street |
Hampton Ave & Shore Blvd |
| Property Name |
Manhattan Beach 1 family |
| Style |
Duplex |
| Construction |
Detached |
| Exterior |
Brick |
| Basement |
Finished |
| Lot Size |
40 x 100 |
| Building Size |
25 x 50 |
| Sq Feet |
5,000 |
| Zoning |
R3-1 |
| Heat |
Gas |
| Heat Delivery |
Hot Water |
| Hot Water |
Gas |
| Parking |
Detached Garage 1 Space |
| RE Tax |
$6,633 |
| Fuel Cost |
$1,500 |
| Insurance |
$2,000 |
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| Front, back and side yard |
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| Washer & dryer, stove, microwave, dishwasher, garbage disposal, refrigerator, laundry area, deck, central air and patio. |
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| 1st flr has 3 total rooms: 2nd flr has 3 total rooms, 3 bedrooms and 2 baths: 3rd flr has 3 total rooms, 1 bedroom and 1 bath. |
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var panorama;
function getCoordsbyAddress()
{
// alert('start');
if (GBrowserIsCompatible()) {
var geocoder = new GClientGeocoder();
geocoder.getLatLng(addr,
function(point){
if (!point) {
// Address is not found, throw an error
// alert('Address not found');
handlePanoError();
} else {
// alert('lat: '+point.y);
// alert('lng: '+point.x);
geopoints[0][1]=point.x;
geopoints[0][0]=point.y;
// alert(geopoints[0][0] + ' , ' + geopoints[0][1]);
// var myHouse = new GLatLng(geopoints[0][0],geopoints[0][1]);
var client = new GStreetviewClient();
client.getNearestPanorama(point,NearestPan);
}
});
}
}
function handlePanoError()
{
togglestate('mapBTN','none');
togglestate('mapBTNNone','block');
loadMap(document.getElementById('pano'));
}
function NearestPan(panoData) {
if (panoData != null&&panoData.code=='200') {
togglestate('mapBTN','block');
panorama = new GStreetviewPanorama(document.getElementById("pano"));
var center_lat_long=new GLatLng(geopoints[0][0],geopoints[0][1]);
// alert(center_lat_long);
if(typeof(panoData.Location.lat)!='undefined')latv=panoData.Location.lat;
if(typeof(panoData.Location.lng)!='undefined')lngv=panoData.Location.lng;
var current_POV=new GLatLng(latv,lngv);
// alert(current_POV);
// alert(center_lat_long+'---'+current_POV);
var B = computeAngle(center_lat_long, panoData.location.latlng);
my_POV={yaw: B,pitch: -10};
panorama.setLocationAndPOV(panoData.location.latlng, {yaw: B});
GEvent.addListener(panorama, "error", handlePanoError);
}
else handlePanoError();
}
function computeAngle(endLatLng, startLatLng) {
var DEGREE_PER_RADIAN = 57.2957795;
var RADIAN_PER_DEGREE = 0.017453;
// alert(startLatLng.lng());
var dlat = endLatLng.lat() - startLatLng.lat();
var dlng = endLatLng.lng() - startLatLng.lng();
// We multiply dlng with cos(endLat), since the two points are very closeby,
// so we assume their cos values are approximately equal.
var yaw = Math.atan2(dlng * Math.cos(endLatLng.lat() * RADIAN_PER_DEGREE), dlat)
* DEGREE_PER_RADIAN;
return wrapAngle(yaw);
}
function wrapAngle(angle) {
if (angle >= 360) {
angle -= 360;
} else if (angle < 0) {
angle += 360;
}
return angle;
};
function loadPano() {
document.getElementById("G_STREET").className = "google_street_on";
document.getElementById("G_MAP").className = "google_map_off";
initPano();
}
function initPano() {
if(Hide_Street=='1')HideStreet();
else
{
document.getElementById("G_STREET").className = "google_street_on";
document.getElementById("G_MAP").className = "google_map_off";
if(geopoints[0][0]=='0' && geopoints[0][1]=='0' && addr!='')getCoordsbyAddress();
else
{
var myHouse = new GLatLng(geopoints[0][0],geopoints[0][1]);
var client = new GStreetviewClient();
client.getNearestPanorama(myHouse,NearestPan);
}
}
}
function HideStreet() {
loadMap(document.getElementById('pano'));
}
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