A geological section map elevation calculation method based on a CATIA engineering drawing
The invention discloses a CATIA engineering drawing-based geological profile elevation calculation method. The method comprises the following steps of: specifying a profile line in a three-dimensionalgeological model; determining geographic coordinates of two end points of the profile line; calculat...
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| creator | ZHANG SHIHU ZENG GUANGHUI WANG SHENGBO MA DANXUAN LUO DENGCHANG XU JUN HAN XU FENG MINGQUAN HU KUNSHENG FENG JIANWEI WAN YONGLIANG LI RUI LI LIN MENG ZHAOWEI LU SHUSHENG XIAO DONGYOU |
| description | The invention discloses a CATIA engineering drawing-based geological profile elevation calculation method. The method comprises the following steps of: specifying a profile line in a three-dimensionalgeological model; determining geographic coordinates of two end points of the profile line; calculating relevant parameters of the profile line; obtaining parameters related to an XY plane front viewof the three-dimensional geological model; defining section view parameters; drawing a geological profile map according to the defined profile parameters to obtain a profile view; Acquiring relevantparameters of the profile view; solving coordinates of the two end points of the line segments A and B in a profile view coordinate system; solving the distance h from the central point of the profileview to the bottom edge of the profile view; solving the maximum height of the section; obtaining view related parameters after the view is rotated; and elevation calculation: calculating a profile view bottom elevation Zy. The |
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The method comprises the following steps of: specifying a profile line in a three-dimensionalgeological model; determining geographic coordinates of two end points of the profile line; calculating relevant parameters of the profile line; obtaining parameters related to an XY plane front viewof the three-dimensional geological model; defining section view parameters; drawing a geological profile map according to the defined profile parameters to obtain a profile view; Acquiring relevantparameters of the profile view; solving coordinates of the two end points of the line segments A and B in a profile view coordinate system; solving the distance h from the central point of the profileview to the bottom edge of the profile view; solving the maximum height of the section; obtaining view related parameters after the view is rotated; and elevation calculation: calculating a profile view bottom elevation Zy. 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The method comprises the following steps of: specifying a profile line in a three-dimensionalgeological model; determining geographic coordinates of two end points of the profile line; calculating relevant parameters of the profile line; obtaining parameters related to an XY plane front viewof the three-dimensional geological model; defining section view parameters; drawing a geological profile map according to the defined profile parameters to obtain a profile view; Acquiring relevantparameters of the profile view; solving coordinates of the two end points of the line segments A and B in a profile view coordinate system; solving the distance h from the central point of the profileview to the bottom edge of the profile view; solving the maximum height of the section; obtaining view related parameters after the view is rotated; and elevation calculation: calculating a profile view bottom elevation Zy. 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The method comprises the following steps of: specifying a profile line in a three-dimensionalgeological model; determining geographic coordinates of two end points of the profile line; calculating relevant parameters of the profile line; obtaining parameters related to an XY plane front viewof the three-dimensional geological model; defining section view parameters; drawing a geological profile map according to the defined profile parameters to obtain a profile view; Acquiring relevantparameters of the profile view; solving coordinates of the two end points of the line segments A and B in a profile view coordinate system; solving the distance h from the central point of the profileview to the bottom edge of the profile view; solving the maximum height of the section; obtaining view related parameters after the view is rotated; and elevation calculation: calculating a profile view bottom elevation Zy. The</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | CALCULATING COMPUTING COUNTING IMAGE DATA PROCESSING OR GENERATION, IN GENERAL PHYSICS |
| title | A geological section map elevation calculation method based on a CATIA engineering drawing |
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