This document was written primarily for Teton County and Town of Jackson staff working with or using MapInfo. If you are looking for information on using the web-based MapServer, go here.
There are various MapInfo PDF documents in:
C:\Program Files (x86)\MapInfo\Professional\Documentation
This one is the most useful:
Querying the GIS
Printing and Plotting
QUERYING THE GIS
How to get parcel info for multiple parcels use one of the five Select Tools to select the desired parcels. Multiple selections are made by holding the <Shift> key. After selecting all the desired parcels, pick "New Browser Window" from the Window pull-down menu, then pick "Selection" from the Browse Table dialog box. The data in the browser can be copied to a word processor by picking "Copy" from the Edit pull-down menu.
To find a parcel for a given owner name, from the Query pull-down menu pick "Property Owner Name". Enter the owner's last name and click Okay. MapInfo will search for all property owners with the specified name within the open map area. All matching names will be displayed in a browser window. From the browser window you may select the individual owner you are interested in by picking the black box in the left-hand column of the browser. The corresponding parcel(s) will be highlighted in the map window, however they my be hard to spot. Clicking the eye glasses button will zoom to the current selection.
To find a parcel with a given street address, from the Query pull-down menu pick the "Street Address Locator", which opens the "Street Address Search" dialog box. You may enter the street number, direction (North, South, East, West), and street name, or you may use the wildcard character (the percent sign: %) if you are uncertain of the exact address. It is not necessary to enter full street name (i.e. you can leave off "Street", "Avenue", "Road", etc.) The street name is not case sensitive. For example: If you are working in the Town of Jackson and enter just "Kelly" in the street name you will get a browser listing over a hundred parcels on Kelly Street. If you pick "East" for the direction pull-down list and enter "Kelly" for the street name you will get about 70 parcels. If you enter "3%" for the number, "East" for the direction, and "Kelly" for the name you will get about 5 parcels; all of the 30's and 300's on East Kelly Avenue. Pick the desired parcel(s) from the browser and use the eye glasses button to zoom to the selection.
To find a subdivision, from the Query pull-down menu pick the "Search legal", which opens the "Subdivision Search" dialog box. You may enter a lot number, or leave it blank, which will return all lots. Enter any part of the subdivision name e.g. "John Dodge", "Ski Corp", or "Karns". All matching parcels will be listed in a browser window. Use the eye glasses button to zoom to the selection.
To find land record information, click on a parcel with the Hot Link tool (aka the "Lightning Bolt"). This will give you a drop down list to choose whether you want the clerks records or planning department records. Select one and it will open a web browser with detailed information about the parcel. The clerks land records web browser also provides scanned images of the legal documents. You can also search the site directly at: /clerk/query
To find the zoning of a given parcel, place a checkmark on the Zoning layer group. To change which zoning layer is displayed expand the zoning layer group in the layer control and select a different layer to shade. More than one layer may be checked.
Follow steps 1 and 2 above, then;
This technique also works when you insert a map into another document (such as a word processing document). Just determine the width of the target window, and then set the MapInfo Mapper window width to the desired scale multiplied by that width.
When an object in a mapper window is selected (or picked), it is highlighted with a red hatch pattern on the screen, however the hatching does not print or plot. The highlighting is just a visual cue which indicates which objects are selected, but it is not a printable component of the map. The following steps explain how to print a hatch selection.
Labeling consists of two steps: setting up the label format and placing the labels on the map.
Setting up to Label
Open the layer control and select the layer to be labeled, then pick the "Label" button. This opens the "Text Label Options" dialog box, which allows you to set four label format characteristics: The data, visibility, style (font) and position.
Data from the "Label with:" pull-down list select the data element to be labeled. For example PIDN or Name1 if you were labeling the Join layer. Note the "Expression" option at the bottom of the pull-down list. Use the "Expression" dialog box to create complex labels using BASIC language functions.
Four examples of complex labels follow:
Style allows you to set the font and the label line options.i) Position defaults are usually fine.
Labels can be placed automatically or manually. To automatically place labels on everything, check the label check box in the layer control next to the layer that you want to label. To manually label individual objects, make the layer to be labeled current, then pick the Label button on the main toolbar.
Preparation of Mailing Labels from GIS
5 foot contours were produced from aerial photography projects in June 1999 and June 2001 . The contours are in the \DEM\5_foot_contours folder. Teton County received 183 tiles in AutoCAD format from the photogrammetrist, which have been aggregated and converted into six MapInfo tables ogranized roughly by Township: Contours39N, Contours40N, Contours41N, Contours42N, ContoursAtla, and ContoursBufVal. Kelly is in Contours42N.
The contours have two attributes: "Elev", and "Type". Elev is the orthometric height in feet, on the North American Vertical Datum of 1929 (NAVD29).
The Type attribute is a three character field. The first character of the type field is either an "X" or an "I". "X" contours are at 25 foot intervals, while "I" contours are the intermediate 5 foot contours. You can query for type "X" contours if you want to make a map showing just 25 foot contours. This would be useful when 5 foot contours are too dense.
The second character of the type field is either "O" or is blank. "O" stands for obstructed; where vegetation made it difficult for the photogrammetrist to see the ground. These contours are less reliable.
The third character of the type field is either "D" or blank. Type "D" contours are depression contours (holes).