dd package abstract

CommandDynamicVarOrdering(): Implements the dynamic_var_ordering command.
CommandPrintBddStats(): Implements the print_bdd_stats command.
CommandSetBddParameters(): Implements the set_bdd_parameters command.
DynOrderTypeConvertToString(): Converts a dynamic ordering method type to a string.
InvalidType(): Function to print a warning that an illegal value was read.
StringConvertToDynOrderType(): Converts a string to a dynamic ordering method type.
add_and_accumulate(): Applies AND to the corresponding discriminants of f and g.
add_and(): Applies AND to the corresponding discriminants of f and g.
add_apply(): Applies binary op to the corresponding discriminants of f and g.
add_build(): Checks the unique table of the DdManager for the existence of an internal node.
add_count_minterm(): Counts the number of ADD minterms of an ADD.
add_cube_diff(): Computes the difference between two ADD cubes.
add_deref(): Dereference an ADD node.
add_dup(): Creates a copy of an ADD node.
add_else(): Returns the else child of an internal node.
add_exist_abstract(): Abstracts away variables from an ADD.
add_free(): Dereference an ADD node. If it dies, recursively decreases the reference count of its children.
add_get_leaf(): Returns the value of a constant node.
add_if_then(): Given a minterm, it returns an ADD indicating the rules to traverse the ADD.
add_iff(): Applies IMPLY to the corresponding discriminants of f.
add_ifthenelse(): Implements ITE(f,g,h).
add_implies(): Applies IMPLY to the corresponding discriminants of f.
add_index(): Returns the index of the node.
add_is_one(): Check if the ADD is one.
add_is_zero(): Check if the ADD is zero.
add_isleaf(): Returns 1 if the node is a constant node.
add_leaf(): Creates an returns an ADD for constant leaf_node.
add_monadic_apply(): Applies unary op to the corresponding discriminant of f
add_new_var_at_level(): Returns a new ADD variable at a specified level.
add_new_var_with_index(): Returns the ADD variable with index index.
add_not(): Applies NOT to the corresponding discriminant of f.
add_one(): Reads the constant 1 ADD of the manager.
add_or_accumulate(): Applies OR to the corresponding discriminants of f and g.
add_or(): Applies OR to the corresponding discriminants of f and g.
add_permute(): Permutes the variables of an ADD.
add_ref(): Reference an ADD node.
add_simplify_assuming(): ADD restrict according to Coudert and Madre's algorithm (ICCAD90).
add_size(): Counts the number of ADD nodes in an ADD.
add_support(): Finds the variables on which an ADD depends on.
add_then(): Returns the then child of an internal node.
add_to_bdd_strict_threshold(): Converts an ADD to a BDD according to a strict threshold
add_to_bdd(): Converts an ADD to a BDD.
add_value(): Given the result of add_if_then it returns the leaf corresponding.
add_walkleaves(): Applies a generic function to constant nodes.
add_xnor(): Applies XNOR to the corresponding discriminants of f and g.
add_xor(): Applies XOR to the corresponding discriminants of f and g.
add_zero(): Reads the constant 0 ADD of the manager.
bdd_and_abstract(): Takes the AND of two BDDs and simultaneously abstracts the variables in cube.
bdd_and_accumulate(): Applies AND to the corresponding discriminants of f and g.
bdd_and(): Applies AND to the corresponding discriminants of f and g.
bdd_between(): Return a minimum size BDD between bounds.
bdd_cofactor(): Computes f constrain c.
bdd_compute_primes(): Finds a set of prime implicants for a BDD.
bdd_count_minterm(): Counts the number of BDD minterms of an BDD.
bdd_cube_diff(): Computes the difference between two BDD cubes.
bdd_cube_intersection(): Computes the intersection between two BDD cubes.
bdd_cube_union(): Computes the union between two BDD cubes.
bdd_deref(): Dereference an BDD node.
bdd_dup(): Creates a copy of an BDD node.
bdd_else(): Returns the else child of a bdd node.
bdd_entailed(): Determines whether f is less than or equal to g.
bdd_forall(): Universally abstracts all the variables in cube from f.
bdd_forsome(): Existentially abstracts all the variables in cube from fn.
bdd_free(): Dereference an BDD node. If it dies, recursively decreases the reference count of its children.
bdd_get_lowest_index(): Returns the index of the lowest variable in the BDD a.
bdd_get_one_sparse_sat(): Finds a satisfying path in the BDD d.
bdd_imply(): Applies IMPLY to the corresponding discriminants of f and g.
bdd_index(): Returns the index of the node.
bdd_is_one(): Check il the BDD is one.
bdd_is_zero(): Check if the BDD is zero.
bdd_iscomplement(): Returns 1 if the BDD pointer is complemented.
bdd_isnot_one(): Check il the BDD is not one.
bdd_isnot_zero(): Check if the BDD is not zero.
bdd_ite(): Implements ITE(i,t,e).
bdd_largest_cube(): Finds a largest cube in a BDD.
bdd_make_prime(): Expands cube to a prime implicant of f.
bdd_minimize(): Restrict operator as described in Coudert et al. ICCAD90.
bdd_new_var_with_index(): Returns the BDD variable with index index.
bdd_not(): Applies NOT to the corresponding discriminant of f.
bdd_one(): Reads the constant 1 BDD of the manager.
bdd_or_accumulate(): Applies OR to the corresponding discriminants of f and g.
bdd_or(): Applies OR to the corresponding discriminants of f and g.
bdd_permute(): Permutes the variables of a BDD.
bdd_pick_all_terms(): Returns the array of All Possible Minterms
bdd_pick_one_minterm_rand(): Picks one on-set minterm randomly from the given DD.
bdd_pick_one_minterm(): Picks one on-set minterm deterministically from the given BDD.
bdd_readperm(): Finds the current position of variable index in the order.
bdd_ref(): Reference an BDD node.
bdd_simplify_assuming(): BDD restrict according to Coudert and Madre's algorithm (ICCAD90).
bdd_size(): Counts the number of BDD nodes in an BDD.
bdd_support(): Finds the variables on which an BDD depends on.
bdd_then(): Returns the then child of a bdd node.
bdd_to_add(): Converts a BDD to a 0-1 ADD.
bdd_xor(): Applies XOR to the corresponding discriminants of f and g.
bdd_zero(): Reads the constant 0 BDD of the manager.
dd_autodyn_disable(): Disables automatic dynamic reordering of BDD and ADD.
dd_autodyn_enable(): Enables automatic dynamic reordering of BDDs and ADDs.
dd_checkzeroref(): Checks the unique table for nodes with non-zero reference counts.
dd_dump_davinci(): Writes a daVnci file representing the argument DDs.
dd_dump_dot(): Writes a dot file representing the argument DDs.
dd_free_var_block(): Dissolves a group previously created by dd_new_var_block
dd_get_index_at_level(): Returns the index of the variable currently in the i-th position of the order.
dd_get_level_at_index(): Returns the current position of the i-th variable in the order.
dd_get_ordering_method(): Gets the internal reordering method used.
dd_get_reorderings(): Returns the number of times reordering has occurred.
dd_get_size(): Returns the number of BDD variables in existance.
dd_new_var_block(): Builds a group of variables that should stay adjacent during reordering.
dd_print_stats(): Prints out statistic and setting of the DD manager.
dd_printminterm(): Prints a disjoint sum of products.
dd_reordering_status(): Reports the status of automatic dynamic reordering of BDDs and ADDs.
dd_reorder(): Main dynamic reordering routine.
dd_set_order(): Reorders variables according to given permutation.
dd_set_parameters(): Sets the internal parameters of the package to the given values.
get_dd_nodes_allocated(): Returns the number of nodes in the unique table.
init_dd_package(): Creates a new DD manager.
map_dd(): Applies function f to the list of BDD/ADD l.
quit_dd_package(): Deletes resources associated with a DD manager.
walk_dd(): Applies function f to the list of BDD/ADD l.

Last updated on 2007/04/06 14h:06