Приложения разработчика Spatial Industries, Inc. в Android Market

SinkMap (v. 1.0.0)

Spatial Industries, Inc. опубликовал приложение 2012-12-11
(обновлено 2012-12-11)

SinkMap™ is a map application that displays the location of sinkholes and other reported subsidence events in the state of Florida. Tapping on a green marker on the map will display select data from the subsidence incident report for that location.

FEATURES

Map with optional satellite view
Markers showing location of reported subsidence incidents
Current location marker and compass
Geocoding (Go To) addresses and municipalities
Geocoding for subsidence locations via reference number

SUBSIDENCE INCIDENT REPORT LOCATION DETAILS

• Event Date
• County
• Township
• Range
• Section
• Quad
• Land Use
• Access

SUBSIDENCE PROPERTIES

• Soil Type
• Shape
• Length
• Width
• Depth
• Dimension method
• Subsidence rate
• Water visible
• Limestone visible
• Near old subsidence event
• Near suspected subsidence
• Property damaged
• Damage repaired
• Subsidence indicators
• Subsidence triggers

GETTING STARTED

• Launch the app and navigate to a city by pressing the menu button, tapping the "Go To" menu item, tapping the "Address Location" menu item, entering the desired city in the prompt dialog, and then tapping the "Ok"  button. The map should center on the city entered in the dialog.
• Zoom in and out on the map by using the zoom buttons (visible when the map is touched) or by using pinch and reverse pinch gestures on the touch screen of your device. Note that subsidence indicators (green markers) will only be displayed if the zoom level on the map is sufficiently high to limit the number of markers to a count of ~250 (for instance, markers will not be shown if the entire state of Florida is visible on the map).
• To view the subsidence incident report for any marker displayed on the map, simply tap the marker. Select details from the subsidence incident report will be displayed. Scroll down on the report screen to see more information. When finished reading the report, press the Back button to return to the map.

Note Regarding Feature Image

The background picture of the large sinkhole in the feature image is credited to (and courtesy of) the Florida Department of Environmental Protection, Florida Geological Survey, and depicts the famous sinkhole of Winter Park from 1981 (reference number 75-510).

Notes Regarding Subsidence Data

The data set used in SinkMap was created by the Florida Department of Environmental Protection, Florida Geological Survey, and is available free of charge in Microsoft Excel and ESRI shapefile formats. The web page where this information can be located is:

http://www.dep.state.fl.us/geology/geologictopics/sinkhole.htm.

SinkMap is not endorsed by, and is not affiliated with, the Florida Department of Environmental Protection, Florida Geological Survey. Spatial Industries assumes no responsibility for errors in this information and does not guarantee that the data is free from errors or inaccuracies. Similarly, Spatial Industries assumes no responsibility for the consequences of inappropriate uses or interpretations of this data. As such, the data set in this app is distributed "as is" and the user assumes all risk as to its quality and the results obtained from its use. Spatial Industries bears no responsibility to inform users of any changes made to this data.

iMoBoard (v. 1.1.0)

Spatial Industries, Inc. опубликовал приложение 2012-08-31
(обновлено 2012-08-31)

iMoBoard is an easy-to-use maneuvering board application for mobile devices that solves closest-point-of-approach (CPA) and contact course/speed problems. In addition, iMoboard implements an intuitive graphical interface consisting of a digital maneuvering board for displaying contact relative motion with respect to own ship at center, and a contact line-of-sight (LOS) display for displaying contact angle-on-the-bow.


Why Use iMoBoard versus a traditional maneuvering board?

• Space - Traditional maneuvering boards require a flat surface with which to work on. In addition, traditional maneuvering boards require an assortment of tools (such as plotters, dividers, triangles, and parallel rules). iMoBoard requires no external space or tools to work.

• Speed - Determining a contact's course, speed, and CPA using a traditional maneuvering board is a relatively time-consuming process. iMoBoard automatically calculates a contact's direction of relative motion (DRM), speed of relative motion (SRM), course, speed, and CPA when at least 2 range/bearing observations have been made, and no plotting is required.

• Clarity - Multiple contacts on a traditional maneuvering board can start to clutter the situational picture and possibly create confusion. iMoBoard displays only one contact on the graphical maneuvering board at a time, and contact selection can be changed quickly and easily with 2 taps of the display.

• Accuracy - Due to it's software nature, calculations by iMoBoard are more accurate than those obtained by using a traditional maneuvering board.

• Modifiable - If bearing and/or range information is mis-plotted on a traditional maneuvering board, the time-consuming process of re-plotting the correct data has to be started all over again. With iMoBoard, incorrect observation data can be quickly edited (even deleted), and solutions are automatically recalculated using the updated data.

• Persistence - iMoBoard stores all contact information in a database on your mobile device's storage system, and the data is persistent even across power cycles.

• Simplicity - Learning how to master a traditional maneuvering board to correctly and proficiently solve contact course, speed, and CPA problems requires a significant investment in time. iMoBoard eliminates this learning curve by reducing the effort of producing contact solutions to simple data entry tasks.

• Cost - A pad of maneuvering board sheets can be purchased for between $5 and $10. iMoBoard is significantly lower in cost and can be used for the life of your mobile device.

For more information and a brief tutorial, visit http://www.spatialind.com/products/imoboard.html.