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PyTimeloop
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| ▼Npytimeloop | |
| ▼Ntimeloopfe | |
| ▼Ncommon | |
| Nbackend_calls | Call Timeloop from Python |
| Nbase_specification | |
| Ndoc | Provides information on all node subtypes and their attributes |
| Nnodes | Copy Node classes for parsing and processing specification trees |
| Nnodes copy | |
| Nprocessor | Base class for all processors |
| ▼Nversion_transpilers | |
| Nv4_to_v3 | |
| ▼Nv4 | Timeloop v4 Specification |
| Narch | |
| Nart | |
| Ncomponents | |
| Nconstraints | |
| Nert | |
| Nglobals | |
| Nmapper | |
| Nmapspace | |
| Noutput_parsing | |
| Nproblem | |
| ▼Nprocessors | Standard suite of processors for timeloopfe |
| Nconstraint_attacher | Takes constraints from constraints lists and attaches them to objects in the architecture |
| Nconstraint_macro | Defines constraint macros to be used for simplifying constraint specification |
| Ndataspace2branch | Resolves which data spaces are kept in which branches |
| Nenable_dummy_table | Enables the dummy table for Accelergy to placeholder energy/area |
| Npermutation_optimizer | Optimizes permutation by pruning superfluous permutations |
| Nrequired_actions | Takes constraints from constraints lists and attaches them to objects in the architecture |
| Nsparse_opt_attacher | Takes sparse optimizations from sparse optimizations lists and attaches them to the architecture |
| Nto_diagram_processor | |
| Nsparse_optimizations | |
| Nspecification | |
| Nvariables | |
| Nversion |