经调整核对后，即可确定纵坡线。所谓定坡就是把坡度值、变坡点位置（桩号）

经调整核对后，即可确定纵坡线。所谓定坡就是把坡度值、变坡点位置（桩号）和高程确定下来。坡度值一般是用三角板推平行线法，直接读厘米格子得出，要求取值到千分之一。变坡点位置直接从图上读出，一般要调整到整10桩位上。变坡点的高程是根据路线起点的设计标高由已定的坡度、坡长依次推算而来。

結果 (英文) 1:

Adjusted after checking, you can determine the grade line. So-called slope is slope gradient values, points (number) and elevations determined. Grades are usually triangular plate parallel to the push method, read cm grid drawn directly, request values to 1 per thousand. Grade change point locations read out directly on the map, generally on adjustments to a full 10-bit. Change the elevation is set according to the elevation of the route starting point by slope gradient and slope length calculation in turn.

結果 (英文) 2:

After adjustment check, you can determine the longitudinal slope line. The so-called fixed slope is the slope value, PVI location (station) and elevation determined. Gradient value is generally used to push triangle parallel line method, direct reading cm grid drawn, it requires the value to the thousandth. PVI position read directly from the diagram, generally adjusted to the entire 10-position. PVI elevation is based on the design of the route starting from the estimated level in turn has given slope, slope length.

結果 (英文) 3:

After adjusting the check, you can determine the longitudinal slope line. The so-called fixed slope is the slope value, slope position (pile number) and elevation determined. Slope value is generally used to push the parallel triangle plate method, directly read the grid grid, the required value to 1/1000. The position of the slope of the slope is directly read out from the map, which is generally adjusted to the 10 position of the whole. The elevation of the slope of the slope is based on the design elevation of the course starting point, which is determined by the fixed slope and the slope length.