text: referring now to fig1 a - e , there are shown map screens 10 - 18 which are part of a map display in accordance with the present invention . map displays in the preferred embodiment of the invention are a collection of map screens such as the map screens 10 - 18 that are programmed using a video display method available known as flash which is available from macromedia . there are two essential aspects to the video display technology used . first , it permits a vector based program which allows the user to enlarge or compress the images of map screens without losing proportionality in either dimension . second , map displays that are programmed using the preferred video display technology can be programmed as a plurality of layers of maps , wherein each layer is represented as the composite map displayed on the screen . each layer is assigned a unique code number in order to permit the layers to be accessed when needed . for example , the five map screens 10 - 18 are each represented as a layer and each such layer is assigned its own code number . each possible map screen of a map display is represented and stored as its own separate layer , including ( i ) map screens showing the geographic area at different resolutions , ( ii ) map screens with and without icons and information regarding the attractions , and ( iii ) map screens corresponding to the different events . for example , in one preferred embodiment , three levels of magnification are provided . the lowest resolution map screen and each of its higher resolution sub - regions are displayed as separate map screens , and thus are represented by separate layers . map screens 14 , 16 , 18 illustrate such minimum level , intermediate level , and high level resolution display screens , respectively . referring now to fig2 a , b , there are shown the vector graphs 22 , 24 for providing differing levels of resolution in the map screens of the present invention . within the layers of the map displays and events , each point of the display is represented as a vector or combination of vectors having a known magnitude , direction and reference point . for example , the vectors a , b , c are referenced to reference point r and are arranged to represent the corners of the triangle 23 within the vector graph 22 . in order to represent the triangle 25 within the vector graph 24 a transform t is performed upon the vectors a , b , c . the triangle 25 is a magnified representation of the triangle 23 . the transform t produces the vectors x , y , z which represent the corners of the compressed triangle 25 . thus , where t is a transform operating upon the magnitudes and angles of its argument vectors a , b , c . using vector transforms such as the transform t in this manner the map layers of the invention can represent differing magnifications of a geographic area without distortion of the features represented . other transforms for performing operations such as translation , rotation and segmentation of vectors within images are also known and can be used in the present invention . many other kinds of transforms operating upon the vectors of an image are also known for performing the same operation of magnification , translation , rotation , segmentation , etc . of images . the step of clicking on a selected one of a plurality of delineated regions of a relatively lower resolution map screen is used to obtain a higher resolution display of the selected region and to thereby navigate from one higher resolution map to another . additionally , zoom buttons are provided on the video display to permit the user to select one of several levels of resolution available in the preferred embodiment . the levels of resolution provided in response to clicking on the zoom buttons are derived using vector methods such as those set forth with respect to the vector graphs 22 , 24 . when the map screens of the present invention are directed to venues for different industry categories , one layer can include the locations of one category in a geographic area and another layer can include the locations of another category . thus , the layer representing the map screen 10 contains the location of a restaurant . in one preferred embodiment a plurality of restaurants in the geographic region displayed is shown in such a layer . the layer representing the map screen 12 contains the location of a pub . a layer in one preferred embodiment can contain a plurality of pubs . clicking to request these layers results in a map wherein the restaurants or the pubs , respectively , of the geographic area are shown . layers corresponding to other industries , such as hotels , newsstands , etc ., are also provided . when the maps are directed to events rather than to venues , buttons are used to select events and the layers include indications of the locations relevant to the event corresponding to the selected layer . for example , if a user wants to display the route of the boston marathon race , the route is shown on separate layers that include respective map pages showing the pertinent geographic areas and the route of the race . clicking on the indicator locations causes a description of the activities taking place at the location to be displayed . the layers for events and the layers for venues can be stored on the same or on differing servers . thus , clicking on a delineated region of a relatively lower resolution map display to obtain a higher resolution display of the selected region or clicking upon an icon to obtain a display of specific information results in a request for the new map screen . the request includes the code number of the new map screen . when the code number is received the requested layer is retrieved and transmitted for display to the user . furthermore , each layer of a map display can consist of a number of display frames . the display frames associated with a layer are sequentially displayed in order to give the impression of movement when the layer is displayed . all of the display frames associated with a layer in this manner are transmitted together when a request for a multi - frame layer is received . any number of layers within a map display can be multi - frame layers . the various layers including the multi - frame layers of any number of map displays can be stored on a server of the provider of the system of the invention . a known method for retrieving a specific image from the server includes the use of a directory commonly referred to as a photo path . even though the individual layers can correspond to different industry categories or different events , each layer usually includes at least some uniform information . uniform information is information that is substantially constant from one layer to another , except possibly that it may be displayed at differing magnifications . the uniform information in the layers is usually map information such as the components of the composite map , wherein the components of a composite map are understood to include a subway line map and a street map upon which the subway line is superimposed . each map screen , and thus each layer of a map display , can include trademark - locators or icons for indicating the locations of the respective attractions or event sites associated with the map screen . in the preferred embodiment , the icons are trademarks and are disposed on two layers of the multi - layer map . the locators are linked to information on a detail page or profile page of the attraction that is driven by an application service provider ( asp ). the asp used to drive the profile page is well known to those skilled in the art . the asp - driven profile pages are written in sequel ( sql ), a well known computer language for use in the field of programming form displays . sql is adapted to allow a user to call information from a database and display a desired record set of a particular web page . referring now to fig4 there is shown a profile page 50 . when a person acting on behalf of an attraction or event wishes to access the profile page 50 of the attraction or event by way of the internet , the person logs onto the web page of the provider of the method of present invention . the web page can be maintained by a party designated by the provider . using a predetermined username and password issued to the attraction or event , the profile page 50 assigned to the attraction or event is accessed to permit the person to create , view , or update the profile page 50 . the creation of the profile page 50 is substantially similar to the creation of a conventional data table such as the data tables created using conventional programs such as microsoft access . when a profile page 50 is created , a blank database table is created . content is inserted into the database location corresponding to the banner field 55 . text is entered , for example , in the name field 65 , in order to name the profile page 50 . other textual information that the person wants displayed when the icon of the attraction is selected on a display screen is entered into the text field 60 . for example , the address of the attraction , the services offered , and the universal resource locator 70 ( url 70 ) can be entered into the text field 60 of the profile page 50 . additionally , since the integrated asp model permits the profile page 50 to substantially represent a mini web page , the trademark , a logo , or any other art work can be entered by the user . additionally , audio and streaming video can be provided by way of the profile page 50 . profile page 50 can provide multi - line text boxes wherein only a few lines of text are displayed , but a record set having additional text is associated with the displayed text and can be requested for display . the profile pages 50 have corresponding administrative sections . the administrative sections allow a user unlimited access to their profile page for instant text updates . profile pages 50 have a default design that is made available at a lower cost than the customizable version . in the default design of the profile page 50 , the content of the banner field 55 displayed on the top of the screen is selected by the provider of the method of the present invention . a default background is provided with the default page 50 . the user inserts the desired text in the default design in substantially the same manner used for inserting text into customized profile pages 50 . using a personal computer , pda , or any other user electronic device adapted for requesting information , a user can activate any layer of a map . when performing the method of the invention over the internet , the user thus sends the request for the specified layer , including the code number of the requested layer , over the internet to the server of the website that provides the method of the present invention . the user then receives the requested layer from the server by way of the internet . furthermore , at the time of the request , the layer displayed on the user electronic device is transmitted back to the server , and stored until it is requested again by the user . therefore , the layer retrieval request is accomplished simultaneously with the layer storage transmission . this process can be illustrated schematically as follows . referring now to fig3 there is shown a process flow 30 illustrating the process of requesting a new map screen in accordance with the present invention . in the process flow 30 , a request 34 is transmitted by a user client 32 . a code number 36 corresponding to a map layer is included in the transmitted request 34 . a provider server 40 storing the map layers 38 receives the request 34 from the user client 32 . using the code number 36 included in the request 34 the provider server 40 determines which layer of the stored layers 38 is requested by the user client 32 . the requested map layer is selected from the stored layers 38 and transmitted to the user client 32 by the server 40 . transmissions of the request 34 and the requested layer between the user client 32 and the provider server 40 can be by way of any media capable of transmitting requests and images that are suitable for viewing as map displays . for example , the transmission medium can be the internet . map displays consisting of any number of map screens are downloadable and executable on a pda , such as a palm device or a pocket device , or on a personal computer . furthermore , the map screens are downloadable and executable on any other device capable of receiving transmissions of the information related to the layers of a map and performing the required operations for their display . the files that are executable within the video display technology of the provider of the inventive method are . swf files , where . swf is the file extension of a well known preferred video display technology . the . swf files that correspond to the code numbered map layers are preferably transformed by the provider into a format compatible with the receiving device at the time of the request . the files , in a form compatible with the receiving device , are then transmitted by the provider to the user in response to the user request . in an alternate embodiment the provider executable files are transmitted to the receiving device and the transform is performed at the receiving device . if the receiving device is a wireless device the transformed and transmitted files can be downloaded immediately into the device in another embodiment , a computer can download the files and later transmit them by synchronization or other methods to a further receiving device such as a pda . the system and method of the present invention is the subject of companion application ser . no . ______ , filed on even date herewith , entitled “ bundled map systems ” by patrick ruiz , nicola valentino , john s . summer , mike goldstein , charles freedman and craig runyan . without further elaboration , the foregoing so fully illustrates the invention that others may , by applying current or future knowledge , readily adapt the same for use under various conditions of service .