• Top
    • Documentation
    • Books
    • Recursion-and-induction
    • Boolean-reasoning
    • Debugging
    • Projects
    • Std
    • Proof-automation
      • Gl
        • Term-level-reasoning
        • Glmc
        • Other-resources
        • Optimization
        • Reference
          • Def-gl-thm
          • Shape-specs
          • Symbolic-objects
          • Gl-aside
          • Def-gl-param-thm
          • Symbolic-arithmetic
          • Bfr
          • Def-gl-boolean-constraint
          • Gl-mbe
          • Bvec
          • Flex-bindings
          • Auto-bindings
          • Gl-interp
          • Gl-set-uninterpreted
          • Def-gl-clause-processor
          • Def-glcp-ctrex-rewrite
          • ACL2::always-equal
          • Gl-hint
          • Def-gl-rewrite
          • Def-gl-branch-merge
          • Gl-force-check
          • Gl-concretize
          • Gl-assert
          • Gl-param-thm
            • Gl-simplify-satlink-mode
            • Gl-satlink-mode
            • Gl-bdd-mode
            • Gl-aig-bddify-mode
            • Gl-fraig-satlink-mode
          • Debugging
          • Basic-tutorial
        • Witness-cp
        • Ccg
        • Install-not-normalized
        • Rewrite$
        • Removable-runes
        • Efficiency
        • Rewrite-bounds
        • Bash
        • Def-dag-measure
        • Fgl
        • Bdd
        • Remove-hyps
        • Contextual-rewriting
        • Simp
        • Rewrite$-hyps
        • Bash-term-to-dnf
        • Use-trivial-ancestors-check
        • Minimal-runes
        • Clause-processor-tools
        • Fn-is-body
        • Without-subsumption
        • Rewrite-equiv-hint
        • Def-bounds
        • Rewrite$-context
        • Try-gl-concls
        • Hint-utils
      • Macro-libraries
      • ACL2
      • Interfacing-tools
      • Hardware-verification
      • Software-verification
      • Testing-utilities
      • Math
    • Reference
    • Optimization

    Gl-param-thm

    Prove a theorem using GL symbolic simulation with parametrized case-splitting, without storing the theorem.

    Exactly the same as def-gl-param-thm, but does not store the resulting theorem: def-gl-param-thm is to gl-param-thm as defthm is to thm. The :rule-classes argument is accepted, but ignored.