you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can been advised by your IT department that what you’re doing is safe, you may ignore these warnings. 1.6 Tasks 1.6.1 Managing conda • Verifying that conda is installed • Determining your conda version or changed with the update. If conda reports that a newer version is available, type y to update: 1.6. Tasks 33 conda Documentation, Release 4.6.0 Proceed ([y]/n)? y 1.6.2 Managing environments • Creating

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can been advised by your IT department that what you’re doing is safe, you may ignore these warnings. 1.6 Tasks 1.6.1 Managing conda • Verifying that conda is installed • Determining your conda version or changed with the update. If conda reports that a newer version is available, type y to update: 1.6. Tasks 33 conda Documentation, Release 4.6.1 Proceed ([y]/n)? y 1.6.2 Managing environments • Creating

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can Anaconda Prompt, run: conda create -h Note: You can see the same command help in ../../commands. 1.6 Cheat sheet See the conda cheatsheet PDF (1 MB) for a single-page summary of the most important information 8.9") (',', ('|', '1.2.3', '4.5.6'), '<=7.8.9') >>> treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') (continues on next page) 532

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can or an Anaconda Prompt, run: conda create -h Note: You can see the same command help in commands. 1.6 Cheat sheet See the conda cheatsheet PDF (1 MB) for a single-page summary of the most important information treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') >>> treeify("1.5|(1.6|1.7),1.8,1.9|2.0|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') >>> treeify("1.5|(1.6|1.7),1.8,1.9|2.0|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1 '<=7.8.9')) '(1.2.3|4.5.6),<=7.8.9' >>> untreeify(('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1')) '1.5|((1.6|1.7),1.8,1.9)|2.0|2.1' compatible_release_operator(x, y) version_relation_re

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') >>> treeify("1.5|(1.6|1.7),1.8,1.9|2.0|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1 '<=7.8.9')) '(1.2.3|4.5.6),<=7.8.9' >>> untreeify(('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1')) '1.5|((1.6|1.7),1.8,1.9)|2.0|2.1' compatible_release_operator(x, y) version_relation_re

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') >>> treeify("1.5|(1.6|1.7),1.8,1.9|2.0|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1 '<=7.8.9')) '(1.2.3|4.5.6),<=7.8.9' >>> untreeify(('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1')) '1.5|((1.6|1.7),1.8,1.9)|2.0|2.1' compatible_release_operator(x, y) version_relation_re

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') >>> treeify("1.5|(1.6|1.7),1.8,1.9|2.0|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1 '<=7.8.9')) '(1.2.3|4.5.6),<=7.8.9' >>> untreeify(('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1')) '1.5|((1.6|1.7),1.8,1.9)|2.0|2.1' compatible_release_operator(x, y) version_relation_re

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') >>> treeify("1.5|(1.6|1.7),1.8,1.9|2.0|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1 '<=7.8.9')) '(1.2.3|4.5.6),<=7.8.9' >>> untreeify(('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1')) '1.5|((1.6|1.7),1.8,1.9)|2.0|2.1' compatible_release_operator(x, y) version_relation_re

you may have one environment with NumPy 1.7 and its dependencies, and another environment with NumPy 1.6 for legacy testing. If you change one environment, your other environments are not affected. You can treeify("((1.5|((1.6|1.7), 1.8), 1.9 |2.0))|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1') >>> treeify("1.5|(1.6|1.7),1.8,1.9|2.0|2.1") ('|', '1.5', (',', ('|', '1.6', '1.7'), '1 '<=7.8.9')) '(1.2.3|4.5.6),<=7.8.9' >>> untreeify(('|', '1.5', (',', ('|', '1.6', '1.7'), '1.8', '1.9'), '2.0', '2.1')) '1.5|((1.6|1.7),1.8,1.9)|2.0|2.1' compatible_release_operator(x, y) version_relation_re