model %>% compile( loss = 'categorical_crossentropy', optimizer = optimizer_rmsprop(), metrics = c('accuracy') ) # train (fit) model %>% fit( train_images, train_labels, epochs = 30,

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 676 generate_update_count() (Resolve method), 676 generate_version_metrics() (Resolve method), 676 generic (NoarchType attribute), 624 GenericHelp, 565 get() (MatchSpec method)

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) 556 Chapter 5. Developer guide conda, Release 23.7.4.dev7 dependency_sort(must_have: generate_spec_constraints() (Resolve method), 556 generate_update_count() (Resolve method), 556 generate_version_metrics() (Resolve method), 556 generic (NoarchType attribute), 512 GenericHelp, 456 get() (in module conda

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 681 generate_update_count() (Resolve method), 681 generate_version_metrics() (Resolve method), 681 generic (NoarchType attribute), 628 GenericHelp, 568 get() (MatchSpec method)

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 701 generate_update_count() (Resolve method), 701 generate_version_metrics() (Resolve method), 702 generic (NoarchType attribute), 646 GenericHelp, 584 get() (MatchSpec method)

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 694 generate_update_count() (Resolve method), 694 generate_version_metrics() (Resolve method), 695 generic (NoarchType attribute), 638 GenericHelp, 576 get() (MatchSpec method)

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 694 generate_update_count() (Resolve method), 694 generate_version_metrics() (Resolve method), 695 generic (NoarchType attribute), 638 GenericHelp, 576 get() (MatchSpec method)

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 701 generate_update_count() (Resolve method), 701 generate_version_metrics() (Resolve method), 702 generic (NoarchType attribute), 645 GenericHelp, 584 get() (MatchSpec method)

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 731 generate_update_count() (Resolve method), 731 generate_version_metrics() (Resolve method), 732 generic (NoarchType attribute), 664 GenericHelp, 600 get() (MatchSpec method)

in the solution matches the spec. The SAT clauses are now generated in Resolve.generate_version_metrics(). This returns five sets of clauses: channel, version, build, arch or noarch, and timestamp. At specs) generate_install_count(C, specs) generate_package_count(C, missing) generate_version_metrics(C, specs, include0=False) dependency_sort(must_have: dict[str, conda.models.records.PackageRecord]) generate_spec_constraints() (Resolve method), 727 generate_update_count() (Resolve method), 727 generate_version_metrics() (Resolve method), 728 generic (NoarchType attribute), 660 GenericHelp, 596 get() (MatchSpec method)