使用函数如 array_append_record、table_attach_rows、table_attach_columns、conform 和ndtooned 进行数组扩展。 例如,ndtooned 可以将一维数组转换为多维数组。 转置: 对于二维数组,转置操作将行和列互换位置。 使用内置函数 transpose 或通过维序重排操作实现。 示例代码 ncl ; 直接定义一维数组 a = (/1, 2, 3,...
7.write_table——向文件输出列表中各元素 21 31 32-34 22-24 10 1.array_append_record——向数组追加元素 22 32 描述∶ x1和x2维数相同,右边维度相同,最左边一维合并成新数组,即(a01,a1,…,an)和(a02,a1,…,an)合并成(a01+a02,a1,…,an)。 2.merge_levels_sfc——合并分层数据和地表数据 22 3...
area_hi2lores_Wrap Interpolates from high resolution grids to low resolution grids using local area averaging. (retains meta data) array_append_record Attaches [appends] additional records [leftmost dimension] to a previously existing array.
NCL简介 •专为（大气）科学•数据分析和可视化•程序设计语言 NCL优势和缺点 •足够便捷 –较低的学习成本–简练的文件和图形接口–良好的文档和示例 netCDF-3、netCDF-4classic、netCDF-4、HDF4、二进制、ASCII文本HDF-EOS2、HDF-EOS5、GRIB1、GRIB2、OGR •足够强大 –丰富而有针对性的函数库–漂亮...
skill扩展函数参考-SKILL Development Functions ReferenceDescribes 热度: abs acos add90LatX add90LatY addfile addfiles addfiles_GetVar all angmom_atm any area_conserve_remap area_conserve_remap_Wrap area_hi2lores area_hi2lores_Wrap array_append_record ...
array_append_recordAttaches[appends]additionalrecords[leftmost dimension]toapreviouslyexistingarray. asciireadReadsafilethatcontainsASCIIrepresentations ofbasicdatatypes. asciiwriteCreatesanasciitextfileofnumericorstringdata type. asinComputestheinversesineofnumerictypes. ...
(retains meta data) array_append_record Attaches [appends] additional records [leftmost dimension] to a previously existing array. asciiread Reads a file that contains ASCII representations of basic data types. asciiwrite Creates an ascii text file of numeric or string data type. asin Computes ...
master .vim after autoload bin bundle colors dictionary ftdetect ftplugin plugin record snippets syntax Dockerfile.vim ncl.vim README.txt test.vim bash-git-prompt bin git_hooks others .bash_logout .bash_profile .bashrc .git_bashrc .gitconfig ...
CREATE OR REPLACE PACKAGE BODY SYS.dbms_random AS mem num_array; -- big internal state hidden from the user counter BINARY_INTEGER := 55;-- counter through the results saved_norm NUMBER := NULL; -- unused random normally distributed value ...
array1(0:63) = file_data(0:63) Graphing is a bit more complex. The first step is to create a data object that will store the values to be graphed. For example, you could use something like this: field1 = create "field1" coordArraysClass defaultapp ...