This article show the how maps of an original file can be displayed if associated to a driver when using ECM Titanium.
Preparations:
Crack ECM Titanium 1.61 With 18259+ Driver Free Download
How to Install Crack & Original ECM Titanium Software
How to Use ECM Titanium to Edit ECU Maps
ECM Titanium can display the m maps listed in a Driver in four different ways:
1.Map
2.3D Graphics
3.2D Graphics
4.Hexadecimal
Each one of these views is suitable for a specific purpose. Map and 3D Graphics views are specific for editing the values of a single map; 2D Graphics view is more useful if f used to compare two files, and Hexadecimal view to search data (e.g. values or text strings).
To use one of these four views, it is necessary to have previously loaded a stock original file and associated it to a Driver (Picture 15).
The 2D Graphics and the Hexadecimal views can be used without Driver association, but this means having no information concerning map names and their position into o the original file. For this reason they are used by expert tuners.
Map View
To look a map using Map view (Picture 16), just double click on the desired m map name, listed in the Available Maps panel from the main window of the software.
The map in Picture 16 has a dimension of 16 rows by 12 columns (192 values) and it is sorted according to a vertical axis, representing the from which the resenting the engine revs (specific to the vehicle from which the original file has been read) and a horizontal axis, representing the percentage of air (engine load). Generally, the axes of a map can be different, depending on its function or the category to which it belongs.
To select a portion of a map, place the mouse cursor on the corner where you want to start the selection and hold the left mouse button until the end of the selection.
3D Graphics View
From Map view, you can switch directly to the 3D Graphics view (Picture 17 7), by clicking the icon on the top left.
The map in Picture 17 maintains the same dimensions and characteristics of the reference axes, relative to its representation as the Map view in Picture 16. The previous views are basically different ways to represent the same values of the
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