Loading doc/usermanual/04_framework/06_fieldmaps.md +4 −4 Original line number Diff line number Diff line Loading @@ -72,20 +72,20 @@ applied to the sensor, and the following possibilities are available: - `PIXEL_QUADRANT_I`: The map represents the quadrant of the plane where both vector components have a positive sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the figure above. three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. - `PIXEL_QUADRANT_II`: The map represents the quadrant of the plane where the vector component $`x`$ has a negative and $`y`$ a positive sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. - `PIXEL_QUADRANT_III`: The map represents the quadrant of the plane where both vector components have a negative sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the figure above. three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. - `PIXEL_QUADRANT_IV`: The map represents the quadrant of the plane where the vector component $`x`$ has a positive and $`y`$ a negative sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. Loading Loading
doc/usermanual/04_framework/06_fieldmaps.md +4 −4 Original line number Diff line number Diff line Loading @@ -72,20 +72,20 @@ applied to the sensor, and the following possibilities are available: - `PIXEL_QUADRANT_I`: The map represents the quadrant of the plane where both vector components have a positive sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the figure above. three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. - `PIXEL_QUADRANT_II`: The map represents the quadrant of the plane where the vector component $`x`$ has a negative and $`y`$ a positive sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. - `PIXEL_QUADRANT_III`: The map represents the quadrant of the plane where both vector components have a negative sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the figure above. three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. - `PIXEL_QUADRANT_IV`: The map represents the quadrant of the plane where the vector component $`x`$ has a positive and $`y`$ a negative sign. Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as show in the Field values in the other three quadrants are obtained by mirroring at the axes of the coordinate system as shown in the figure above. Loading