PUMP GP-HYD 0R4606 - Caterpillar

Illustration 4 g01439189
Illustration 5 shows the guidance screen for an actual 7-alignment single slope ".dc" design. Vertical guidance is given to both of the blade edges.
Illustration 5 g01443752
Single Slope, from road (1) Design Surface (2) Working Surface (3) Master AlignmentDual Slope, from road
A Dual Slope Layered Lift requires at least five points. The design uses point "2", "3" and "4" in order to define the slope of the layered lift. Refer to Illustration 6 and 7.
Illustration 6 g01443919
Description of Points
Illustration 7 g01443928
Dual Slope, from roadIllustration 8 shows the plan and cross-section view of a simple 5-alignment road design exported as a ".dc" road design providing dual slope layered lift. The two cross slopes are calculated from the cross slopes of the design on either side of the center alignment.
Illustration 8 g01439211
Note: On the guidance screens for a 5-alignment dual slope ".dc" design, the vertical guidance is given to the right blade edge.Daylight Points
Horizontal guidance is given to the "daylight points" of a line that is drawn through the edge of the blade with focus that is parallel to the calculated cross slope."Daylight points" are points in which the blade would reach the edge of the design for that elevation."Daylight points" can be used with Single or Dual Slope designs.Single Slope, from road
Illustration 9 and 10 describe the "daylight points" for a Single Slope.
Illustration 9 g01443994
(5) "Daylight Points" in a cross section view
Illustration 10 g01443996
(5) "Daylight Points" in a plan viewDual Slope, from road
Illustration 12 and 12 describe the "daylight points" for a Dual Slope.
Illustration 11 g01443999
(5) "Daylight Points" in a cross section view
Illustration 12 g01444000
(5) "Daylight Points" in a plan viewText Items
The following new text items have been added in order to support Dynamic Layered Lifts.
Table 1
Text View Options for Dynamic Layered Lifts    
Items     Details    
"Offline L"     Offline L considers all alignments to the left of the dividing point. The distance that is displayed is the shortest distance from the left blade edge to the nearest considered alignment. If there are no alignments to the left of the dividing point, then "N/A" is displayed.    
"Offline R"     Offline R considers all alignments to the right of the dividing point. The distance that is displayed is the shortest distance from the right blade edge to the nearest considered alignment. If there are no alignments to the right of the dividing point, then "N/A" is displayed.    
"Offline DL"     When a standard DC road or SVD