在Python中调用ArcToolbox中的工具时，需要知道每个工具在Python的中用法，需要输入哪些变量等等，现将所有可以在Python中调用的工具及其使用方法列表如下，大家可以在本页面按Ctrl+F查找需要的工具。
静观世界3D Analyst Tool:
CreateTin_3d <out_tin> {spatial_reference}
SurfaceSpot_3d <in_surface><in_feature_class> {out_spot_field} {z_factor} {method}
SurfaceLength_3d <in_surface><in_feature_class> {out_length_field} {sample_distance} {z_factor}
InterpolateShape_3d <in_surface><in_feature_class><out_feature_class> {sample_distance} {z_factor} {method} {DENSIFY | VERTICES_ONLY} {pyramid_level_resolution}
SurfaceVolume_3d <in_surface> {out_text_file} {ABOVE | BELOW} {ba_z} {z_factor}
春色小屋
LineOfSight_3d 北理工就业信息网<in_surface><in_line_feature_class><out_los_feature_class> {out_obstruction_feature_class} {NO_CURVATURE | CURVATURE} {NO_REFRACTION | REFRACTION} {refraction_factor} {pyramid_level_resolution}
EditTin_3d <in_tin><in_feature_class {height_field} {tag_field} {SF_type} {u_z};in_feature_class {height_field} {tag_field} {SF_type} {u_z}…>
Idw_3d <in_point_features><z_field><out_raster> {cell_size} {power} {arch_radius} {in_barrier_polyline_features}
Kriging_3d <in_point_features><z_field><out_surface_raster><miVariogram_props> {cell_size} {arch_radius} {out_variance_prediction_raster}
NaturalNeighbor_3d <in_point_features><z_field><out_raster> {cell_size}
Spline_3d <in_point_features><z_field><out_raster> {cell_size} {REGULARIZED | TENSION} {weight} {number_points}
TopoToRaster_3d <Feature Layer {Field} {Type};Feature Layer {Field} {Type}…><out_surface_raster> {cell_size} {extent} {Margin} {minimum_z_value} {maximum_z_value} {ENFORCE | NO_ENFORCE | ENFORCE_WITH_SINK} {CONTOUR | SPOT} {maximum_iterations} {roughness_penalty} {discrete_error_factor} {vertical_standard_error} {tolerance_1} {tolerance_2} {out_stream_features} {out_sink_features} {out_diagnostic_file} {out_parameter_file}
TopoToRasterByFile_3d <in_parameter_file><out_surface_raster> {out_stream_features} {out_sink_features}
Trend_3d <in_point_features><z_field><out_raster> {cell_size} {order} {LINEAR | LOGISTIC} {out_rms_file}
Divide_3d <in_raster_or_constant1><in_raster_or_constant2><out_raster>
Float_3d <in_raster_or_constant><out_raster>
Int_3d <in_raster_or_constant><out_raster>
Minus_3d <in_raster_or_constant1><in_raster_or_constant2><out_raster>
Plus_3d <in_raster_or_constant1><in_raster_or_constant2><out_raster>
Times_3d <in_raster_or_constant1><in_raster_or_constant2><out_raster>
对自己的寄语Lookup_3d <in_raster><lookup_field><out_raster>
ReclassByASCIIFile_3d <in_raster><in_remap_file><out_raster> {DATA | NODATA}
ReclassByTable_3d <in_raster><in_remap_table><from_value_field><to_value_field><output_value_field><out_raster> {DATA | NODATA}
Reclassify_3d <in_raster><reclass_field><remap><out_raster> {DATA | NODATA}
Slice_3d <in_raster><out_raster><number_zones> {EQUAL_INTERVAL | EQUAL_AREA | NATURAL_BREAKS} {ba_output_zone}
Aspect_3d <in_raster><out_raster>
无人生还2012
Contour_3d <in_raster><out_polyline_features><contour_interval> {ba_contour} {z_factor}
手抄党章ContourList_3d <in_raster><out_polyline_features><contour_values;contour_values…>
Curvature_3d <in_raster><out_curvature_raster> {z_factor} {out_profile_curve_raster} {out_plan_curve_raster}
CutFill_3d <in_before_surface><in_after_surface><out_raster> {z_factor}
HillShade_3d <in_raster><out_raster> {azimuth} {altitude} {NO_SHADOWS | SHADOWS} {z_factor}
ObrverPoints_3d <in_raster><in_obrver_point_features><out_raster> {z_factor} {FLAT_EARTH | CURVED_EARTH} {refractivity_coefficient}
Slope_3d <in_raster><out_raster> {DEGREE | PERCENT_RISE} {z_factor}
Viewshed_3d <in_raster><in_obrver_features><out_raster> {z_factor} {FLAT_EARTH
| CURVED_EARTH} {refractivity_coefficient}花木兰怎么玩连招
DelineateTinDataArea_3d <in_tin><max_edge_length> {PERIMETER_ONLY | ALL}
DecimateTinNodes_3d <in_tin><out_tin><method> {NO_BREAKLINES | BREAKLINES}
ExtrudeBetween_3d <in_tin1><in_tin2><in_feature_class><out_feature_class>
InterpolatePolyToPatch_3d 马云创业名言<in_tin><in_feature_class><out_feature_class> {max_strip_size} {z_factor} {area_field} {surface_area_field}
TinAspect_3d <in_tin><out_feature_class> {class_breaks_table} {aspect_field}
TinContour_3d <in_tin><out_feature_class><interval> {ba_contour} {contour_field} {contour_field_precision} {index_interval} {index_interval_field} {z_factor}
TinDifference_3d <in_tin1><in_tin2><out_feature_class>
TinPolygonVolume_3d <in_tin><in_feature_class><in_height_field> {BELOW | ABOVE} {out_volume_field} {surface_area_field}
