Information menu

Get raster/vector information

This allows the user to make either a query by location of rasters and vectors, only loaded rasters or only loaded vectors. The cursor changes in appearance to indicate which query mode it is in. Pressing the F9 key has the same effect.

Raster and vector query indiscriminately	Raster query	Vector query

If you would like information about the result of the raster and vector query by location, go to Raster query and Vector query.

Pre-info box (vectors)

Prior to displaying the complete information about a consulted vector, but after highlighting it, MiraMon can show a little box that allows you to "continue searching" or "cancel"; this is useful when many and/or complex vector files are opened.

This option can be activated by using the "PreInfoBox" parameter of the MiraMon.par file (it will be the default option), or through the "Pre-Info Box (vectors)" option in the Information menu.

Open database table

This allows you to open a database table of a topologically structured vector file with MiraDades (Visualizer/Editor of MiraMon databases). Another way of doing this is to make a query by location and pressing the button Open single table with selected records or the button Open main table with selected records.

Once the database table is open it is possible to carry out all the possible options with MiraDades.

Query by attributes (where is ...)

This allows you to query by attribute using any opened file, either raster or vector (structured). For conventional raster files, where each cell contains an attribute value (thematic class, height, slope, radiance, etc.), querying is done on these values. For structured vectors the query is done on a field of any database table. If the database has records not linked to graphic objects (the graphic identifier is a negative value or a number greater than n-1, n is the number of graphic objects in the file), these records are ignored. In polygon databases, the polygon 0 (the universal polygon) cannot be consulted.

The query is done by first choosing the graphic file to consult, which can be visualized by Title or Name. Second, you choose the condition, choosing the field in which you want to make the query (if you are dealing with fields from different associated tables, all the fields appear in a list and the table to which the field belongs is indicated in brackets), the operator to apply and the values to query. The possible operations are:

"Equal to", "different to", "lower than", "higher than", "lower or equal to", "higher or equal to", "between two values", "with" and "without" (respectively). The operators "with" and "without" apply to character chains, for example, you can search for all the cities with "Hill" in the name.

MiraMon allows you to make queries with an unlimited number of conditions, and therefore you can use very sophisticated sentences. To introduce new conditions, press the logic operator you would like and the options of the second condition will be activated. If you want to introduce a condition before the first one, you should press "Ins". The new condition will be the first and the one that was previously defined will become the second condition. If you want to introduce a third condition, press the button "New".

A system of priorities means you do not need to worry about unbalanced parentheses when there is more than two conditions. Suppose we have 3 conditions with the following operators:

 1 or  2 and  3

Suppose that the query is carried out in a forest inventory, in which the first condition is that the species is "Pinus halepensis", the second condition is that the species is "Pinus pinea" and the third condition is that the percentage of cover is higher than 75%.

If we give first priority to the first two conditions, the query is carried out in the following way:

 (1 or  2) and  3.

Therefore, the points of the inventory where there are "Pinus halepensis" or "Pinus pinea" are selected, and that, independent of the specie, have a cover higher than 75%.

However, if we give first priority to the second and third conditions (therefore, between the first and second condition there is second priority), the query is carried out in the following way:

 1 or  (2 and  3)

Therefore, all the points of the inventory where there are "Pinus halepensis" (with any percentage of cover) and the points of the inventory where there are "Pinus pinea" with a cover higher than 75% will be selected.

The summary of the query is continually shown in the lower part of the queries by attribute box. The button of the three points located next to this summary box allows you to see the detailed expression of the query with enriched text.

In a query with 5 conditions and the following priorities, the parenthesis system would be:

Conditions and operators:   1 or  2 and  3 or  4 and  5
Priorities:                 1   3   2   4        
Results of the query:  [(1 or  2) and  (3 or  4)] and  5

Once you launch the question, MiraMon looks for the matching records in the raster files or databases, depending on the target file selected. If some entries are found, they are shown with the color indicated in "View | Selection color". A box also appears a box ("Query by attribute results") where you can check how many cells or pixels (raster) or graphic objects (vectors) have been found, how many database records have been found (vectors) (remember that MiraMon supports a single graphic object linked to several database records: for example different observation dates on the same point) and how many elements are visible in the current view. For raster files, when zoom is <1 the number of visible cells is only approximate.

In the "Query by attribute results" box you can:

• View the layer that was queried by either the name or the title of the layers
• Make a new query by attributes or by layers

  The button "By attributes..." allows access to the classic query by attributes, which selects objects based on a logical selection on the attributes of the database data.

  The button "By layer..." allows you to make a selection based on the inclusion or contact of objects with the objects of another layer.

• View selection results: number of responding objects and records of the query and how many of these are included in the view as well as access to the tables with the selected objects, clear and invert the selection.
• Access into an interactive query and consult new objects that we want to select by means of a click, a transect, a rectangle/square, an ellipse/circle, an irregular polygon or with the coordinates entered via keyboard. Query results are updated with each new selection.

Selection by clic : Allows you to select objects simply by clicking on them with the cursor. The objects are select whether they are partially or completely within the circle which will appear at the cursor tip. A second click deselect the object.

Selection by transect : Lets trace (digitize) a line that selects all objects that touch. Each click sets one of the vertices of the line or transects; by pressing the Backspace key you can undo the vertices introduced if they are unsatisfactory. Once done a minimum of 2 vertices you can finish the line by pressing the right button of the mouse.

Selection by rectangle/square : Lets trace (digitize) a rectangle that selects all objects which contains (the "Total inclusion" button governs whether the objects should be entirely within the rectangle, or not, to be selected). The first click establishes one of the vertices of the rectangle, while the second click sets the opposite vertex (you can also use F3 for a geometric connection of this second vertex or finish the figure by right-clicking). During the process of drawing the rectangle appear in the box the dimensions X,Y (sides) in map units. If you keep pressing the uppercase key, a square is drawn instead of a rectangle. If you want to make squares of one size constant, activate the "Constant side" button and enter the desired side in the appropriate box; in this case the first click sets the top vertex left of the square and no second click is needed.

Selection by ellipse/circle : Lets trace (digitize) an ellipse, centered where you first click, which selects all objects it contains (the "Total inclusion" button allows you to control whether the objects must be entirely inside the ellipse, or no, to be selected). The first click sets the center of the ellipse, while the second click sets the other two radius (you can also use F3 for one geometric connection of this second vertex or end the figure by pressing the right mouse button). During the process of the dimensions of the ellipse appear on the box X,Y (radius) in map units. If you hold down the uppercase key, a circle is drawn instead of an ellipse. If you want to make circles of a constant size, activate the "Constant radius" button and indicate, at the corresponding box, the desired radius; in this case the first click sets the center of the circle and there is no need to make a second click.

Selection by irregular polygon : Lets trace (digitize) an irregular polygon that selects all objects it contains (the "Total inclusion" button allows you to control whether objects should be entirely inside the polygon, or not, to be selected). Each click sets one of the vertices of the polygon; by pressing the backspace key you can undo the entered vertices if they are unsatisfactory. Once you have made a minimum of 3 vertices you can close the polygon by right-clicking. The polygon can be convex if appropriate. On the other hand, if you cross the lines of the edge of the polygon with each other during the tracing (for example if draw a five-pointed star), MiraMon will apply a criterion of inclusion of alternation inside-outside (in the 5-pointed star, the objects in the inner pentagon are not considered "within" the star); that allows, thanks to tracing a connecting strap with a ring interior, generate inner regions of exclusion, as possible see the following figure:



Selection by coordinate entry via keyboard : Allows you to view objects by entering their coordinates via the keyboard. This option allows you to enter a XY coordinate or by angle and distance and continue with the keyboard or mouse. The "Select all... " button is available when there is no object selected and allows, as its text indicates, to select all objects (equivalent to an interactive selection with a polygon that encompasses everything, or to a query by attribute like see ID_GRAFIC>=0). The "Invert" is available when we already have a selected object, and allows make the "negative" of the selection, that is, select everything we do not have selected and deselect what we had selected. It is useful, for example, if we want select all plots in a cadaster except one: we select that one and then we invert the selection. Note: Selection reversal acts at level of objects, not of database records: the selected objects will contain all records, and the deselected will be entirely, regardless of the number of associated records that have been selected for an attribute query. The activable box "Total inclusion ", available when the selector object is of zonal type (ellipse, rectangle or polygon) sets whether we require the entity to be selected either completely inside the selector area, or if only some part is already selected. The button " Clear " cancel the current selection.

The box "Add to set" governs if we want to accumulate the selected objects, either interactively or by attributes.

• Hold selector objects. Often we make an interactive selection based on the scope of one rectangle or circle that we draw, in the digitization of a polygon surrounding the objects to be selected, etc. Sometimes we would like this "selector object" (rectangle, circle, polygon, etc) does not disappear once the selection is made, or even all being able to reuse it without having to redraw again. The interactive checkbox allows you to activate the button "Retain selector objects", which serves us for this purpose: If we activate the button we can still see the selector objects after the query as well reuse them.

  When we enable this option, all objects that act as selectors are saved in a file called SelP####.vec for the case of polygon-type selector objects (rectangles, circles, polygons, etc.), SelL####.vec in the case of line-type selector objects (paths, lines, etc) and SelT####.vec for the case of point-type selector objects (mouse clicks, points, etc); notice all objects are added to these files until we decide to delete them (more it is discussed below) and that objects from others layers that act as selector layers are also added as selector objects. The attribute given to the selector objects is a letter (P, L or T depending on the file type) followed by a integer, which starting at 1, is taking incremental values different for each new object retained; that the attribute is alphanumeric causes the default symbolization to be of categorical type, which makes sense in selector objects. In the case of polygons with topological holes or with outer islands (groups), the different rings receive the same attribute, which serves MiraMon to know that he must treat them as one topological object.

  Retained selector object layers have a certain default symbolization (e.g. transparent polygons with a magenta edge in the case of SelP####.vec layers, turquoise lines in the case of SelL####.vec layers, points of 2 pixel radius in the case of the SelT####.vec layers) but this can be changed to suit the user in the same way as any vector layer.

  Pressing the button with next to the activation button of selectable objects a box like the one in the figure will appear, with 3 groups, one for each type of selection object. In this box only the groups corresponding to those objects that are currently being held will be active (in the example of the figure we are only retaining the selector points). The 3 first choices of each group are self-explanatory and work as well as the equivalent options in the box that appears pressing the "Advanced" button on the distance, perimeters and areas measuring box. The fourth option, "Reuse", allows to re-launched the objects as selector entities against the selected layer to receive the selections; although we can retain the selector objects used in the box main interactive selection and also those used in the box of "Layer selection", the button of management of the selector objects can only be pressed from the main box to avoid situations that seem too baroque (however, as objects can be defined from the main box selectors by pressing the "Selected objects --> Selectors" this option is also possible). In any of the four options you need to press the "Apply" button to achieve the desired effect (in fact, the first option has none effect rather than continuing in the usual temporal file situation).

  

  When leaving MiraMon, if we have not deleted the select objects, the program will ask us to keep these objects in a permanent file, from similar to how we proceed when we took measurements fast.

• Close and retain the current selection
• Close (clearing) the current selection (with button)
• Show statistics about the selected cells or database records. These statistics are shown in a dialog box, from which you can copy the results to the Windows clipboard. Results include:

  - Numeric (N) fields and raster cells: mean, mode, standard deviation, variance, sum, minimum, maximum, range, number of unique values and list of frequencies for each value.

  In addition, in the case of raster cells the area occupied by each category is given (in pixels, map units, etc). This method offers an interesting alternative to the conventional histograms followed by some algebra to find out the area of some or all of the categories. The maximum number of categories is 512; if your selection involves more than 512 categories or it is done on real data, they are automatically grouped into 512 equal intervals. When the number of categories is 512 (real data or integer data with a required range of more than 512 categories) the informed range is computed as "maximum-minimum"; in the remaining cases it is computed as "maximum-minimum+1" (for example if you do a [3,4] selection on an integer data file, the range will be 2).

  In raster files the number of categories is established according to the requested range in all selections and the [minimum, maximum] of the documentation file (REL) of the image. For example, given an image ranging from 0 to 15 and a selection done with the criteria ">12" (which in fact implies range [13,15]) and "[5,7]", the result will show data for the categories 5, 6, 7, 13, 14 and 15. Furthermore, the empty categories will also be shown (excluded from the range of the query) between the minimum and maximum values of the query (in the previous case, 5 empty classes).

  

  - Character (C) fields: mode, number of unique values and list of frequencies for each value.

  - Logic (L) fields: mode, number of unique values and list of frequencies for each value.

  - Data (D) fields: mode, minimum (first data), maximum (last data), number of unique values and list of frequencies for each value.

• Save the result as an IMG file (in the case of rasters). The results of the query are saved as a mask raster in bit, byte-RLE or byte format. MiraMon also allows you to clip output raster to selection resulting from the query; in this case the resulting file is usually smaller than the original.
  
• Save the result as a structured or non-structured vector format (in the case of vectors). When you save a query as a non-structured file, given that this format only has one field, the attribute chosen from among the fields available in the queried database, should be the one which you would like to inherit as an attribute of the non-structured file. Exporting a selection in 3D structured vectors to VEC format results in a VEC file that is also 3D.

After any query by attribute, the Zoom menu allows you to zoom to the selected objects, using the button "Zoom to selection" ().

Selection: cancel, statistics, export

This allows direct access to the "Query by attribute results" box (cf. Query by attributes (where is ...) for more information) if in the previous query you have chosen "Close (keep selection)". This:

• Allows you to access the previous selection avoiding running the query again.
• Provides a quick and easy way for accessing the two major types in a geographic information system:

  The query by location (using the left button, having eventually opened the coordinates box).

  The query by attribute (using the right button).

A quick way of accessing the query by attribute box is with the icon in the tool bar.

Measure distance, perimeter, area

This allows you to calculate the distance between two points, either in one segment or in various segments. For the latter, MiraMon allows you to find out the total length and the length of the last segment in map units.

If you wish to know the area and the perimeter of a polygon, you should press the corresponding button. MiraMon will close the polygon automatically joining the first and last marked vertex, and calculate the corresponding Area and Perimeter.

The button "New" allows you to start a new distance measurement. The button "Keep" allows you to return to the client window, keeping the segments used in the previous distance measurement.

The button "Advanced" in the "Measurements" dialog box allows you to carry out the query in a temporary file, save it in a permanent file or erase it. If you choose to save the query in a temporary file, when you close the MiraMon session a message will appear asking you if would like to save the measurement in a file.

The button "Computing method" in the "Advanced options of fast measurements" dialog box allows you to calculate the lengths, perimeters and areas on the cartographic projection or on the reference ellipsoid. MiraMon automatically applies the geodesic calculation (on the ellipsoid).

A quick way of accessing the query by attribute box is with the icon in the tool bar.

Crear annotations

Allows the user to incorporate annotations into one map by inserting dots (with or without anchored text), lines or polygons, which are modifiable, eliminable and they can save on maps. This annotation tool is accessible from the toolbar via the button or from the menu "Information | Create annotations".

Point type annotations carry an associated symbol as well as an anchor text. To choose symbol size is allowed (in screen pixels) and the source of the text. There are three default symbols (circumference, cross and balloon) and another symbol can be chosen through the button . It is possible not to represent the symbol by indicating a zero size, so only the text will be seen.

In line type annotations the user can choose the color and thickness of the line. There are three colors and thicknesses by default and others can be chosen through the button. It is also possible to choose whether the lines end in a point (so that they become arrows) or not.

Notice that there are two types of annotations in this figure: one used to generate black arrows, and another used to make a red enclosure (like a polygon without inner color).

Polygon type annotations allows the user to choose the color and transparency degree of polygons. There are three colors and transparencies by default and others that can be chosen via the button . Transparency is a value between 0 (polygon without transparency, opaque) and 100 (polygon completely transparent). In case of transparency different from 100, the user can choose whether the polygons have an edge or not.

Annotations can be modified or delete once they have been created. To do this the user needs to access the Delete/Modify annotations button in the same window as annotations.

To delete an annotation it is necessary to press the button with the delete icon (, choose the annotation to delete and accept or continue searching (in the same area as the click) the annotation the user wants to delete.

To modify an annotation it is necessary to press the button with the modify icon , choose the annotation to be modified (the box will be updated with the features of the selected annotation), modify the updated features in the window (for example the color to fill in the case of polygons and accept the modification with the icon or cancel it with the icon .

ANSI/OEM character set

This allows you to work with the character sets of the plain text files and the database files with the ANSI 1252 set (used mainly in Europe and in the entire American continent) or the OEM-850 set (used approximately in the same geographic area).

ANSI/OEM character set in plain text files:

MiraMon assumes you always edit your plain text files (TXT, REL, DVC, etc) using the same text editor: a Windows editor using the ANSI 1252 set or a DOS editor using the OEM-850 set. Therefore, you can configure the program to interpret texts according to some of these character sets: "Treat text fields as Windows ANSI" or "Treat text fields as DOS OEM-850". If your accented characters are not displayed properly when you are displaying text (either in titles, legend, queries, etc), try to invert the ANSI/OEM criterion with |Information | ANSI/OEM Character set | and this will probably solve the problem. To establish the MiraMon default for this criterion use the parameter "JocCaracTXTPerDefecte" in the MiraMon.par file.

If you have mixed ANSI and OEM files, a good idea would be to join them to one of the two sets by translating the files from the system that is considered to be less convenient (ANSI or OEM) into the desired one (ANSI or OEM). If you wish to convert your files permanently you can use the ANSIOEM program, shipped with MiraMon (or its Windows interface, accessible through "Tools | File maintenance").

Remember that to edit OEM texts you can use the DOS "EDIT" and that to edit ANSI texts you can use the Windows "NOTEPAD".

ANSI/OEM character set in database files (DBF):

Many DBF tables generated by modern programs have an internal mark indicating which character set is used. If this set is supported by MiraMon (most European and American languages) the right conversion is automatic and the table is always properly displayed. Nevertheless, you can also translate all your tables to an internally coherent character set by using the ANSIOEM program. However, this is not necessary for display purposes because MiraMon and MiraDades do the necessary conversions. ANSIOEM is accessible through "Tools | File maintenance".

However, if the table has been generated using less modern software (such as dBASE III+), this mark may be missing (set=0) and the table is usually in the OEM-850 character set; if the table has been translated directly from some other software, it may also not be marked and is usually written in ANSI 1252 if it comes from a Windows software. In these cases you can switch from one system to the other to see which is the correct one (if any); once it is clear, mark the table to the appropriate type using the ANSIOEM program. After the table has been marked using a set recognized by MiraMon, it will be automatically displayed with the appropriate conversion. As mentioned before, you can always translate tables in order to join them internally to the same character set. MiraDades reports the character set in the header of each DBF table. To access it, open the DBF table (| Information | Open database table), and press "Information" button.

The "JocCaracDBFPerDefecte" parameter from the MiraMon.par file allows you to establish which conversion MiraMon applies to the non-marked tables (set=0) or to the tables marked with a set that is not known by MiraMon.

Show coordinates and colors

This turns a dialog box showing information about the central point of the cursor or on off. This information includes the coordinate [columns, rows] (only raster maps) and [X, Y] and [longitude, latitude] (raster and vector maps) and also the RGB values of the pixel's color on screen and the index in the color symbolization table that is currently active (shown in brackets). When there is no color palette loaded, or when there are only palettes associated with vectors, a dash [-] will be shown at the index position. A pixel's RGB value is shown as P25 palette indices. [longitude, latitude] coordinates only appear if the reference system is known by MiraMon. You can set which kind of coordinates you wish to see with "Information | Advanced options".

The initial position and dimensions of the coordinates box can be defined through the "AmpleCaixaCoord" parameters of the MiraMon.par file.

You can resize the window (useful when the coordinates fill a lot of figures or when you want to save screen space) and it can be located where it is most useful for you. Keep in mind that the drawing scrolls may become slower if you set it inside the map area. This is because drawing scrolls have to "skip" the obstacle. The amount of coordinate figures [X, Y] is determined by the "MostrarCoordenades" parameter of the MiraMon.par file or through "Information | Advanced options".

As displaying coordinates continuously can affect multitask processes negatively (the computer works slower), we suggest that when executing background programs, it is better to close the coordinates display while you do not need it. Moreover, if your CPU is not very fast, cursor redrawing (when moving it) is finer when you have the coordinates turned off.

You can also turn this window on and off by pressing the F6 key.

Using Ctrl+F6 the user can copy to clipboard coordinates and color information that appears on the status bar or the floating bar that appears when pressing F6. This feature is useful when it is not possible to get the coordinates consulting by location in some area (for example having only visible a layer from a WMS server that does not allow location queries).

WARNING: When you display a raster map, the index of the color palette is only the same as the value in the file if the map is bit, byte or byte-RLE and you have a graphic board that can show at least 32768 simultaneous colors. On 256-color graphic boards there may be some changes, in a maximum of 20 of the 256 colors.

Examples:

1/ Regardless of your graphic board, if you want to find out the value of a cell in an integer file you consult it using the left mouse button, so that the value is read on the file, and not on the graphic board.

2/ If your graphic board can only show 256 colors simultaneously and you are displaying a byte file that shows pixels with all values, there will be some colors (20 at the most) represented with a palette index that may be different from the file value. This is because Windows reserves some colors for the title bars and other parts of the display: if you need 256 colors and some of them are not the ones preserved by Windows, it means that you are asking for more than the 256 colors supported by your system; Windows adapts (scans) the "excess" colors to a similar color of the 256 ones that it can load; when displaying images with a grey palette this means that some greys are seen as pale yellows.

Show legend

This turns a floating window showing the title and the legend of the raster map you are displaying on and off. To save space on the screen, only 16 categories are shown, but if the legend has more than 16 classes, the buttons will allow you to access them all (this process does not affect the map colors that you are displaying). Note that, also in order to save space, MiraMon does not show the empty classes in the legend: if the 1,2,3 and 255 classes are described in the REL, MiraMon will not show the color box of the 0 class nor the 4-254 classes unless it is otherwise indicated in the "Visualization of the LAYER in the legend" dialog box. If you use the old DOC files, remember that the empty classes need to have an empty input in the DOC file: "category### : ", including the space after the colon ": "). You can also turn this window on and off with the F11 key. For more information consult Visualization of the legend.

Modify layer order and properties

Allows you to change the order (vertical) of the layers or groups of layers shown. It also allows you to change their properties (visible, consultable, copiable when digitizing, etc). For more information consult Modify layer order and properties in view menu.

Legend defaults

This allows you to show the color visualization in the legend as the color indices of the categories or as the indices of the links with categories, when the layer does not have the visualization conditions in the legend defined in the REL file or the MMM.

Show GPS track

The GPSMM module that is available in the menu "Tools | GPSMM" allows you to take data from a GPS connected to the computer (usually a laptop) and generate a PNT or a screen dump. Using the option "Show GPS tracking" you can see the GPS data in real time in the MiraMon window and follow up of selected objects (either by attributes or interactively) that change the position in space ("map moving") or its attributes. This typically allows track objects from a base updating, either in position or content (e.g. see the position of fire engines that are acting in a fire) and of which the position is updated periodically. At the same time too you will be able to manage the various types of regular refreshment and follow-up of layers (including that of GPS). Finally, it is also possible that the layers with periodic refresh maintain their selection of objects in case it exists.

GPS tracking parameters

When you are capturing data from a GPS connected to the computer you can define the percentage of the screen that you don't need re-centered. With a value of 0%, each new point that is captured will be re-centered. With a value of 100% the new point is only re-centered when it goes off the screen. The value is automatically 80%.

You can also define the radius of the GPS tracking zone, that is the radius of the circle drawn on the edge of the arc of the path when tracking with the GPS in real time, which can be defined in pixels or in map units.

Current reference system

Allows you to access the information about the parameters of the reference system used in the files which are currently active.

Information is given about the following parameters: the identifier of the reference system (with the description and its units), the cartographic projection (identifier, description, if dealing with an equivalent projection, equidistant, conform, etc), the projection parameters (zone, hemisphere, Tissot constant, etc), the parameters of the data (identifier, description, application locations, etc) and the parameters of the ellipsoid (identifier, description, type, equatorial radius, etc).

For more information consult MiraMon horizontal reference systems.

Opened maps

This lists the MiraMon Maps (*.MMM) that are currently loaded and their titles.

Opened rasters

This gives the essential characteristics of the currently opened rasters that we are displaying through the "File | Opened raster" option as well as the ones we are displaying through "File | Opened map". Among other characteristics, information is given on the database distributor, the title, the file type, the number of columns, the raster limits, etc. From the information window on opened rasters you can access their Metadata.

Opened WMS/WMTS layers

This gives the essential characteristics of the WMS layers currently open. This provides information about the source of the WMS layer, the title, the format, and other factors.

Opened vectors

This gives the essential characteristics of the currently opened rasters that we are displaying through the "File | Open vector..." option as well as the ones we are displaying through "Edit | Digitize/Edit vector" or through "File | Open map". It also gives information about the type of graphic object of each file and about the characteristics selected for its display (color, text, etc.).

Opened series

It gives the essential features of the currently open cartographic series. Among other features, the number of open series, the identifier of each series, the title, the number of open sheets in each series, etc. are reported.

Opened palettes and symbolization tables

This gives the name and the number of colors of the currently loaded palettes. If these palettes have been resized to adapt them to the raster or vectors, the number of colors will be equal to the new number. If a palette has been changed using the color editor or due to image enhancement processes, MiraMon will also indicate this.

Advanced options

This allows you to define some of the parameters shown in the information about the layers, such as the number of decimal figures of the coordinates, the reference system units, the format of the longitude-latitude coordinates, the number of decimal figures in queries and statistics, etc.