Photo CD Demo 1/Demo.bin/cellsim/v2_5/cm2/dummy.c

C/C++ Source or Header | 1990-02-26 | 30.4 KB | 1,175 lines

/*****
 *
 * File: dummy.c
 *
 * Cellsim, cellular automata simulator
 *
 * Force many Paris routines to be linked in, so that dynamic linking
 * won't bomb later with unresolved external errors...
 *
 */

#include "cm_cell.h"


/*
 *
 * Cellsim copyright 1989, 1990 by Chris Langton and Dave Hiebeler
 * ([e-mail], [e-mail])
 *
 * This package may be freely distributed, as long as you don't:
 * - remove this notice
 * - try to make money by doing so
 * - prevent others from copying it freely
 * - distribute modified versions without clearly documenting your changes
 *   and notifying us
 *
 * Please contact either of the authors listed above if you have questions
 * or feel an exception to any of the above restrictions is in order.
 *
 * If you make changes to the code, or have suggestions for changes,
 * let us know!  If we use your suggestion, you will receive full credit
 * of course.
 */

/*****
 * Cellsim history:
 *
 * Cellsim was originally written on Apollo workstations by Chris Langton.
 *
 * Sun versions:
 *
 * - version 1.0
 *   by C. Ferenbaugh and C. Langton
 *   released 09/02/88
 *
 * - version 1.5
 *   by Dave Hiebeler and C. Langton  May - June 1989
 *   released 07/03/89
 *
 * - version 2.0
 *   by Dave Hiebeler and C. Langton  July - August 1989
 *   never officially released (unofficially released 09/08/89)
 *
 * - version 2.5
 *   by Dave Hiebeler and C. Langton  September '89 - February 1990
 *   released 02/26/90
 *****/



/* note that this function never actually gets called */
void
dummy()
{
    CM_physical_vp_set();
    CM_remove_field_alias();
    CM_set_field_alias_vp_set();
    CM_allocate_stack_field_in_vp_set();
    CM_allocate_heap_field_in_vp_set();
    CM_deallocate_upto_stack_field_exclusive();
    CM_deallocate_upto_stack_field_e();
    CM_deallocate_stack_to();
    CM_available_memory();
    CM_geometry_serial_number();
    CM_add_scan_backward();
    CM_f_max_scan_backward();
    CM_max_scan_backward();
    CM_u_add_scan_backward();
    CM_u_max_scan_backward();
    CM_u_resize_field_always();
    CM_resize_field_always();
    CM_s_resize_field_always();
    CM_make_field_alias();
    CM_change_field_alias();
    CM_is_field_an_alias();
    CM_is_field_in_heap();
    CM_is_field_in_stack();
    CM_next_stack_field_id();
    CM_send_to_news_1L();
    CM_extract_multi_coordinate_1L();
    CM_make_news_coordinate_1L();
    CM_pop_and_discard();
    CM_push_space();
    CM_get_stack_limit();
    CM_get_stack_upper_bound();
    CM_stack();
    CM_f_move_always_1L();
    CM_f_move_zero_1L();
    CM_f_move_zero_always_1L();
    CM_send_to_news_always_1L();
    CM_fe_packed_array_format();
    CM_fe_structure_array_format();
    CM_fe_array_format();
    CM_add_scan();
    CM_f_add_scan();
    CM_f_max_scan();
    CM_max_scan();
    CM_u_add_scan();
    CM_u_max_scan();
    CM_f_subfrom_2_1L();
    CM_f_subfrom_always_2_1L();
    CM_f_divinto_2_1L();
    CM_f_divinto_always_2_1L();
    CM_f_subfrom_constant_2_1L();
    CM_f_subfrom_const_always_2_1L();
    CM_f_divinto_constant_2_1L();
    CM_f_divinto_const_always_2_1L();
    CM_f_divinto_const_always_3_1L();
    CM_f_mult_subf_1L();
    CM_f_mult_add_const_1L();
    CM_f_mult_sub_const_1L();
    CM_f_mult_subf_const_1L();
    CM_f_sub_mult_const_1L();
    CM_f_mult_const_subf_1L();
    CM_f_subf_const_mult_1L();
    CM_f_mult_const_add_const_1L();
    CM_f_mult_const_sub_const_1L();
    CM_f_mult_const_subf_const_1L();
    CM_f_add_const_mult_const_1L();
    CM_f_sub_const_mult_const_1L();
    CM_f_eq();
    CM_f_subf_const_mult_const_1L();
    CM_f_lt_constant_1L();
    CM_f_le_constant_1L();
    CM_f_ne();
    CM_f_gt_constant_1L();
    CM_f_ge_constant_1L();
    CM_f_gt_zero_1L();
    CM_f_ge_zero_1L();
    CM_f_min_constant_2_1L();
    CM_f_min_3_1L();
    CM_f_min_constant_3_1L();
    CM_f_max_constant_2_1L();
    CM_f_max_3_1L();
    CM_f_max_constant_3_1L();
    CM_f_max();
    CM_f_max_2_1L();
    CM_f_min();
    CM_f_min_2_1L();
    CM_f_divide();
    CM_max_constant();
    CM_min_constant();
    CM_u_ceiling_and_remainder();
    CM_u_round_and_remainder();
    CM_truncate_and_rem();
    CM_floor_and_mod();
    CM_ceiling_and_remainder();
    CM_round_and_remainder();
    CM_round_divide();
    CM_front_end_integer_from_gray_code();
    CM_front_end_gray_code_from_integer();
    CM_get_from_north_always();
    CM_get_from_south_always();
    CM_get_from_east_always();
    CM_get_from_west_always();
    CM_get_from_north();
    CM_get_from_south();
    CM_get_from_east();
    CM_get_from_west();
    CM_get_from_next();
    CM_get_from_previous();
    CM_get_from_power_two_1L();
    CM_get_from_power_two_always_1L();
    CM_global_u_add_1L();
    CM_global_u_add();
    CM_global_count();
    CM_global_count_always();
    CM_global_count_bit_always();
    CM_global_add();
    CM_global_s_add_1L();
    CM_scan_with_u_max_1L();
    CM_scan_with_u_min_1L();
    CM_scan_with_s_max_1L();
    CM_scan_with_s_min_1L();
    CM_scan_with_s_add_1L();
    CM_scan_with_logior_1L();
    CM_scan_with_logxor_1L();
    CM_scan_with_logand_1L();
    CM_scan_with_f_max_1L();
    CM_scan_with_f_min_1L();
    CM_scan_with_f_multiply_1L();
    CM_spread_with_logxor_1L();
    CM_spread_with_logand_1L();
    CM_spread_with_logior_1L();
    CM_spread_with_u_min_1L();
    CM_spread_with_u_add_1L();
    CM_spread_with_s_max_1L();
    CM_spread_with_s_min_1L();
    CM_spread_with_s_add_1L();
    CM_spread_with_f_max_1L();
    CM_spread_with_f_min_1L();
    CM_multispread_copy_1L();
    CM_multispread_f_max_1L();
    CM_multispread_f_min_1L();
    CM_multispread_logand_1L();
    CM_multispread_logior_1L();
    CM_multispread_logxor_1L();
    CM_multispread_s_add_1L();
    CM_multispread_s_max_1L();
    CM_multispread_s_min_1L();
    CM_multispread_u_add_1L();
    CM_multispread_u_max_1L();
    CM_multispread_u_min_1L();
    CM_reduce_with_logxor_1L();
    CM_reduce_with_logand_1L();
    CM_reduce_with_logior_1L();
    CM_reduce_with_copy_1L();
    CM_reduce_with_u_max_1L();
    CM_reduce_with_u_min_1L();
    CM_reduce_with_u_add_1L();
    CM_reduce_with_s_max_1L();
    CM_reduce_with_s_min_1L();
    CM_reduce_with_s_add_1L();
    CM_reduce_with_f_max_1L();
    CM_reduce_with_f_min_1L();
    CM_f_news_add_3_1L();
    CM_f_news_add_always_3_1L();
    CM_f_news_mult_3_1L();
    CM_f_news_mult_always_3_1L();
    CM_f_news_sub_3_1L();
    CM_f_news_sub_always_3_1L();
    CM_f_news_add_const_3_1L();
    CM_f_news_add_const_a_3_1L();
    CM_f_news_mult_const_3_1L();
    CM_f_news_mult_const_a_3_1L();
    CM_f_news_sub_const_3_1L();
    CM_f_news_sub_const_a_3_1L();
    CM_f_news_add_2_1L();
    CM_f_news_add_always_2_1L();
    CM_f_news_mult_2_1L();
    CM_f_news_mult_always_2_1L();
    CM_f_news_sub_2_1L();
    CM_f_news_sub_always_2_1L();
    CM_f_news_mult_add_4_1L();
    CM_f_news_add_mult_4_1L();
    CM_f_add_mult_1L();
    CM_f_news_mult_sub_4_1L();
    CM_f_news_sub_mult_4_1L();
    CM_f_sub_mult_1L();
    CM_f_news_add_const_mult_4_1L();
    CM_f_add_const_mult_1L();
    CM_f_news_sub_const_mult_4_1L();
    CM_f_sub_const_mult_1L();
    CM_f_news_mult_const_add_4_1L();
    CM_f_news_mult_const_sub_4_1L();
    CM_get_aref32_2L();
    CM_send_with_logxor_1L();
    CM_send_with_logior_1L();
    CM_send_with_logand_1L();
    CM_send_with_u_add_1L();
    CM_send_with_s_add_1L();
    CM_send_with_f_min_1L();
    CM_send_with_f_max_1L();
    CM_send_aset32_logior_2L();
    CM_send_aset32_u_add_2L();
    CM_send_aset32_overwrite_2L();
    CM_send_aset32_logior_1L();
    CM_send_aset32_u_add_1L();
    CM_send_aset32_overwrite_1L();
    CM_aset32_2L();
    CM_aref32_always_2L();
    CM_aref32_2L();
    CM_aref32_shared_always_2L();
    CM_get();
    CM_fetch();
    CM_store_with_overwrite();
    CM_send_with_overwrite();
    CM_store_with_logior();
    CM_send_with_logior();
    CM_store_with_logand();
    CM_send_with_logand();
    CM_store_with_logxor();
    CM_send_with_logxor();
    CM_store_with_add();
    CM_send_with_add();
    CM_store_with_max();
    CM_send_with_max();
    CM_store_with_min();
    CM_send_with_min();
    CM_store_with_u_max();
    CM_send_with_u_max();
    CM_store_with_u_min();
    CM_send_with_u_min();
    CM_store();
    CM_processor_cons();
    CM_enumerate_for_rendezvous();
    CM_reset_timer();
    CM_set_system_leds_mode();
    CM_start_timer();
    CM_stop_timer();
    CM_clear_context();
    CM_invert_test_always();
    CM_initialize_random_number_generator();
    CM_f_random_1L();
    CM_rank();
    CM_u_rank();
    CM_f_rank();
    CM_enumerate();
    CM_enumerate_and_count();
    CM_s_rank_2L();
    CM_f_rank_2L();
    /*
    CM_f_f_power_2_1L();
    CM_f_f_power_3_1L();
    CM_f_f_power_constant_2_1L();
    */
    CM_f_lt_zero_1L();
    CM_f_le_zero_1L();
    /*
    CM_f_u_power_2_2L();
    CM_f_u_power_constant_2_1L();
    CM_f_s_power_2_2L();
    CM_f_s_power_3_2L();
    CM_f_s_power_constant_2_1L();
    CM_f_s_power_constant_3_1L();
    */
    CM_f_divinto_constant_3_1L();
    CM_s_s_power_2_1L();
    CM_s_s_power_3_1L();
    CM_s_s_power_3_3L();
    CM_s_s_power_constant_3_1L();
    CM_s_s_power_constant_2_1L();
    CM_s_s_power_constant_3_2L();
    CM_s_u_power_3_3L();
    CM_s_u_power_constant_3_1L();
    CM_s_u_power_constant_2_1L();
    CM_s_u_power_constant_3_2L();
    CM_u_u_power_2_1L();
    CM_u_u_power_3_1L();
    CM_u_u_power_constant_2_1L();
    CM_u_u_power_constant_3_1L();
    CM_u_s_power_3_3L();
    CM_u_u_power_3_3L();
    CM_u_s_power_constant_3_1L();
    CM_u_s_power_constant_2_1L();
    CM_u_s_power_constant_3_2L();
    CM_u_u_power_constant_3_2L();
    CM_f_f_floor_2_1L();
    CM_f_f_ceiling_1_1L();
    CM_f_f_ceiling_2_1L();
    CM_f_f_truncate_2_1L();
    CM_f_f_round_2_1L();
    CM_f_f_round_1_1L();
    CM_f_rem_constant_3_1L();
    CM_f_rem_3_1L();
    CM_f_rem_constant_2_1L();
    CM_f_rem_2_1L();
    CM_f_f_truncate_1_1L();
    CM_f_mod_constant_3_1L();
    CM_f_mod_3_1L();
    CM_f_mod_constant_2_1L();
    CM_f_mod_2_1L();
    CM_f_f_floor_1_1L();
    CM_f_sin_1_1L();
    CM_f_cos_1_1L();
    CM_f_tan_1_1L();
    CM_f_tan_2_1L();
    CM_f_asin_1_1L();
    CM_f_asin_2_1L();
    CM_f_acos_1_1L();
    CM_f_acos_2_1L();
    CM_f_atan_1_1L();
    CM_f_atan_2_1L();
    CM_f_sinh_1_1L();
    CM_f_cosh_1_1L();
    CM_f_tanh_1_1L();
    CM_f_tanh_2_1L();
    CM_f_asinh_1_1L();
    CM_f_asinh_2_1L();
    CM_f_acosh_1_1L();
    CM_f_acosh_2_1L();
    CM_f_atanh_1_1L();
    CM_f_atanh_2_1L();
    CM_f_ln_1_1L();
    CM_f_log2_1_1L();
    CM_f_log2_2_1L();
    CM_f_log10_1_1L();
    CM_f_log10_2_1L();
    CM_f_exp_1_1L();
    CM_f_exp2_1_1L();
    CM_f_exp2_2_1L();
    CM_f_ge();
    CM_f_ge_1L();
    CM_geometry_axis_on_chip_bits();
    CM_geometry_axis_off_chip_bits();
    CM_spread_with_copy_1L();
    CM_get_from_news_always_1L();
    CM_fe_make_news_coordinate();
    CM_fe_extract_multi_coordinate();
    CM_fe_make_news_mask();
    CM_front_end_x_from_cube();
    CM_front_end_y_from_cube();
    CM_front_end_cube_from_x_y();
    CM_x_from_cube();
    CM_y_from_cube();
    CM_cube_from_x_y();
    CM_my_x_address();
    CM_my_y_address();
    CM_global_s_max_1L();
    CM_global_max();
    CM_global_s_min_1L();
    CM_global_min();
    CM_global_f_max_1L();
    CM_global_f_max();
    CM_global_f_min_1L();
    CM_global_f_min();
    CM_f_write_to_processor_1L();
    CM_s_write_to_processor_1L();
    CM_write_to_processor();
    CM_f_read_from_processor_1L();
    CM_s_read_from_processor_1L();
    CM_read_from_processor();
    CM_u_read_from_processor_1L();
    CM_s_multiply_3_3L();
    CM_u_read_from_processor();
    CM_s_subtract_3_3L();
    CM_subtract();
    CM_s_add_3_3L();
    CM_add();
    CM_u_multiply_3_3L();
    CM_u_subtract_3_3L();
    CM_u_subtract();
    CM_shift();
    CM_u_s_signum_2_2L();
    CM_isqrt();
    CM_move_reversed_1L();
    CM_s_negate_2_1L();
    CM_u_negate_2_1L();
    CM_logandc1_2_1L();
    CM_logandc2_2_1L();
    CM_logandc2_always();
    CM_logeqv_2_1L();
    CM_logeqv_always();
    CM_logior_2_1L();
    CM_lognand_2_1L();
    CM_lognand_always();
    CM_lognor_2_1L();
    CM_lognor_always();
    CM_logorc1_always();
    CM_logorc2_always();
    CM_logxor_2_1L();
    CM_s_max_2_1L();
    CM_s_min_2_1L();
    CM_s_move_1L();
    CM_s_move_always_1L();
    CM_s_ne_1L();
    CM_s_eq_1L();
    CM_s_lt_1L();
    CM_s_le_1L();
    CM_s_gt_1L();
    CM_s_ge_1L();
    CM_u_lt_1L();
    CM_u_le_1L();
    CM_u_gt_1L();
    CM_u_ge_1L();
    CM_isminus();
    CM_isplus();
    CM_latch_leds();
    CM_latch_leds_always();
    CM_f_float_signum();
    CM_f_abs();
    CM_s_add_constant_2_1L();
    CM_s_subtract_constant_2_1L();
    CM_s_move_constant_1L();
    CM_s_le_constant_1L();
    CM_s_lt_constant_1L();
    CM_s_eq_constant_1L();
    CM_s_ge_constant_1L();
    CM_s_gt_constant_1L();
    CM_u_ge_constant_1L();
    CM_invert_test();
    CM_invert_overflow();
    CM_invert_overflow_always();
    CM_logand_test();
    CM_logand_test_always();
    CM_logand_overflow();
    CM_logand_overflow_always();
    CM_logior_context();
    CM_logior_test_always();
    CM_logior_overflow_always();
    CM_cross_vp_move_1L();
    CM_deposit_news_constant_1L();
    CM_send_with_overwrite_1L();
    CM_c_move_2L();
    CM_c_eq_1L();
    CM_c_eq_constant_1L();
    CM_f_eq_constant_1L();
    CM_f_eq_1L();
    CM_c_ne_1L();
    CM_c_ne_constant_1L();
    CM_f_ne_constant_1L();
    CM_c_ne_zero_1L();
    CM_f_ne_zero_1L();
    CM_f_ne_1L();
    CM_c_conjugate_2_1L();
    CM_c_conjugate_1_1L();
    CM_c_c_power_2_1L();
    CM_c_add_always_2_1L();
    CM_c_add_3_1L();
    CM_c_add_always_3_1L();
    CM_c_add_const_always_2_1L();
    CM_f_add_const_always_2_1L();
    CM_c_add_const_always_3_1L();
    CM_f_add_const_always_3_1L();
    CM_c_c_power_3_1L();
    CM_c_subtract_2_1L();
    CM_c_subtract_always_2_1L();
    CM_c_subtract_constant_2_1L();
    CM_c_subtract_const_always_2_1L();
    CM_f_subtract_const_always_2_1L();
    CM_c_subtract_constant_3_1L();
    CM_f_subtract_constant_3_1L();
    CM_c_subfrom_2_1L();
    CM_c_subtract_3_1L();
    CM_c_move_zero_1L();
    CM_c_negate_2_1L();
    CM_c_subfrom_always_2_1L();
    CM_c_subtract_always_3_1L();
    CM_c_move_zero_always_1L();
    CM_c_subfrom_constant_2_1L();
    CM_c_subfrom_const_always_2_1L();
    CM_c_subfrom_const_always_3_1L();
    CM_f_subfrom_const_always_3_1L();
    CM_f_subtract_3_1L();
    CM_c_multiply_always_2_1L();
    CM_c_multiply_always_3_1L();
    CM_f_multiply_const_always_2_1L();
    CM_c_multiply_constant_2_1L();
    CM_c_multiply_const_always_2_1L();
    CM_c_divide_always_2_1L();
    CM_c_divide_constant_2_1L();
    CM_c_divide_const_always_2_1L();
    CM_c_divide_const_always_3_1L();
    CM_f_subtract_always_3_1L();
    CM_f_divide_const_always_2_1L();
    CM_f_divide_const_always_3_1L();
    CM_c_divinto_2_1L();
    CM_c_divinto_always_2_1L();
    CM_c_divide_always_3_1L();
    CM_c_move_const_always_1L();
    CM_f_move_const_always_1L();
    CM_c_divinto_constant_2_1L();
    CM_c_divinto_const_always_2_1L();
    CM_c_divinto_constant_3_1L();
    CM_c_divinto_const_always_3_1L();
    CM_c_multiply_const_always_3_1L();
    CM_f_add_always_3_1L();
    CM_f_subtract_always_2_1L();
    CM_f_multiply_const_always_3_1L();
    CM_f_multiply_always_2_1L();
    CM_f_divide_always_3_1L();
    CM_f_multiply_always_3_1L();
    CM_f_divide_always_2_1L();
    CM_global_c_add_1L();
    CM_global_f_add();
    CM_global_f_add_1L();
    CM_c_read_from_processor_1L();
    CM_f_read_from_processor();
    CM_c_write_to_processor_1L();
    CM_f_write_to_processor();
    CM_scan_with_c_add_1L();
    CM_scan_with_f_add_1L();
    CM_multispread_c_add_1L();
    CM_multispread_f_add_1L();
    CM_spread_with_c_add_1L();
    CM_spread_with_f_add_1L();
    CM_reduce_with_c_add_1L();
    CM_reduce_with_f_add_1L();
    CM_send_with_c_add_1L();
    CM_send_with_f_add_1L();
    CM_c_c_signum_1_1L();
    CM_c_c_signum_2_1L();
    CM_f_c_phase_2_1L();
    CM_c_f_cis_2_1L();
    CM_c_tan_1_1L();
    CM_c_tan_2_1L();
    CM_c_sin_2_1L();
    CM_c_sin_1_1L();
    CM_c_cos_2_1L();
    CM_c_cos_1_1L();
    CM_f_sinh_2_1L();
    CM_f_cosh_2_1L();
    CM_u_iszero();
    CM_c_cosh_1_1L();
    CM_c_cosh_2_1L();
    CM_c_sinh_1_1L();
    CM_c_sinh_2_1L();
    CM_c_divide_constant_3_1L();
    CM_f_divide_constant_2_1L();
    CM_f_divide_constant_3_1L();
    CM_c_tanh_1_1L();
    CM_c_tanh_2_1L();
    CM_c_asinh_1_1L();
    CM_c_acosh_1_1L();
    CM_c_acosh_2_1L();
    CM_c_subtract_const_always_3_1L();
    CM_f_subtract_const_always_3_1L();
    CM_c_divide_2_1L();
    CM_c_atanh_1_1L();
    CM_c_atanh_2_1L();
    CM_c_add_constant_3_1L();
    CM_f_add_constant_3_1L();
    CM_c_divide_3_1L();
    CM_c_move_always_1L();
    CM_c_asin_1_1L();
    CM_c_asin_2_1L();
    CM_c_asinh_2_1L();
    CM_c_acos_1_1L();
    CM_c_acos_2_1L();
    CM_c_add_2_1L();
    CM_c_subfrom_constant_3_1L();
    CM_f_subfrom_constant_3_1L();
    CM_c_atan_1_1L();
    CM_c_atan_2_1L();
    CM_c_add_constant_2_1L();
    CM_f_add_constant_2_1L();
    CM_c_multiply_2_1L();
    CM_c_sqrt_1_1L();
    CM_c_exp_1_1L();
    CM_c_ln_1_1L();
    CM_c_c_power_constant_2_1L();
    CM_c_c_power_constant_3_1L();
    CM_c_multiply_constant_3_1L();
    CM_f_multiply_constant_3_1L();
    CM_f_mult_const_add_1L();
    CM_f_mult_const_sub_1L();
    CM_c_f_power_2_1L();
    CM_c_f_power_3_1L();
    CM_f_isplus();
    CM_c_f_power_constant_2_1L();
    CM_c_f_power_constant_3_1L();
    CM_c_sqrt_2_1L();
    CM_f_add_mult_const_1L();
    CM_f_isminus();
    CM_c_negate_1_1L();
    CM_c_exp_2_1L();
    CM_f_sin_2_1L();
    CM_f_cos_2_1L();
    CM_f_exp_2_1L();
    CM_f_add_3_1L();
    CM_f_gt();
    CM_add2();
    CM_u_gt_constant_1L();
    CM_c_ln_2_1L();
    CM_f_ln_2_1L();
    CM_f_atan2_3_1L();
    CM_f_new_size();
    CM_f_gt_1L();
    CM_f_lt();
    CM_f_lt_1L();
    CM_f_le();
    CM_f_le_1L();
    CM_store_overflow();
    CM_logand_2_1L();
    CM_f_iszero();
    CM_f_c_abs_2_1L();
    CM_c_u_power_2_2L();
    CM_c_u_power_constant_2_1L();
    CM_c_s_power_2_2L();
    CM_c_s_power_3_2L();
    CM_abs();
    CM_c_eq_zero_1L();
    CM_f_eq_zero_1L();
    CM_c_u_power_3_2L();
    CM_logandc1_always();
    CM_u_isplus();
    CM_c_s_power_constant_2_1L();
    CM_c_s_power_constant_3_1L();
    CM_c_reciprocal_2_1L();
    CM_f_divide_3_1L();
    CM_c_reciprocal_1_1L();
    CM_f_divide_2_1L();
    CM_f_negate();
    CM_c_u_power_constant_3_1L();
    CM_c_move_1L();
    CM_c_move_constant_1L();
    CM_c_multiply_3_1L();
    CM_f_multiply_3_1L();
    CM_f_multiply_constant_2_1L();
    CM_f_mult_add_1L();
    CM_f_mult_sub_1L();
    CM_u_random_1L();
    CM_u_random_with_limit();
    CM_u_add_3_1L();
    CM_u_add_constant_3_1L();
    CM_u_add_flags_2_1L();
    CM_u_add_flags();
    CM_s_add_3_1L();
    CM_s_add_2_1L();
    CM_s_add_constant_3_1L();
    CM_add_constant();
    CM_s_add_flags_2_1L();
    CM_add_flags();
    CM_u_subtract_3_1L();
    CM_u_subtract_constant_3_1L();
    CM_u_subtract_constant();
    CM_s_subtract_3_1L();
    CM_s_subtract_2_1L();
    CM_s_subtract_constant_3_1L();
    CM_subtract_constant();
    CM_u_subfrom_2_1L();
    CM_u_subfrom_constant_2_1L();
    CM_u_subfrom_constant_3_1L();
    CM_s_subfrom_2_1L();
    CM_s_subfrom_constant_2_1L();
    CM_s_subfrom_constant_3_1L();
    CM_u_multiply_2_1L();
    CM_u_multiply_3_1L();
    CM_u_multiply_constant_3_1L();
    CM_s_multiply_2_1L();
    CM_s_multiply_3_1L();
    CM_s_multiply_constant_2_1L();
    CM_s_multiply_constant_3_1L();
    CM_multiply2();
    CM_multiply();
    CM_u_truncate_3_3L();
    CM_u_truncate_2_1L();
    CM_u_truncate_3_1L();
    CM_u_truncate_constant_2_1L();
    CM_s_truncate_3_3L();
    CM_s_truncate_2_1L();
    CM_s_truncate_3_1L();
    CM_s_truncate_constant_2_1L();
    CM_s_truncate_constant_3_1L();
    CM_truncate_divide();
    CM_u_mod_2_1L();
    CM_u_mod_3_1L();
    CM_u_mod_constant_2_1L();
    CM_s_mod_2_1L();
    CM_s_mod_3_1L();
    CM_s_mod_constant_2_1L();
    CM_s_mod_constant_3_1L();
    CM_mod();
    CM_u_rem_2_1L();
    CM_u_rem_3_1L();
    CM_u_rem_constant_2_1L();
    CM_u_rem_constant_3_1L();
    CM_s_rem_2_1L();
    CM_s_rem_3_1L();
    CM_s_rem_constant_2_1L();
    CM_s_rem_constant_3_1L();
    CM_rem();
    CM_u_eq_2L();
    CM_s_eq_2L();
    CM_s_eq_zero_1L();
    CM_u_ne_2L();
    CM_u_ne();
    CM_u_ne_constant_1L();
    CM_s_ne_2L();
    CM_ne();
    CM_s_ne_constant_1L();
    CM_s_ne_zero_1L();
    CM_u_lt_2L();
    CM_u_lt();
    CM_u_lt_zero_1L();
    CM_s_lt_2L();
    CM_lt();
    CM_s_lt_zero_1L();
    CM_lt_constant();
    CM_u_le_2L();
    CM_u_le();
    CM_u_le_zero_1L();
    CM_s_le_2L();
    CM_le();
    CM_s_le_zero_1L();
    CM_le_constant();
    CM_u_gt_2L();
    CM_u_gt();
    CM_u_gt_zero_1L();
    CM_s_gt_2L();
    CM_gt();
    CM_s_gt_zero_1L();
    CM_gt_constant();
    CM_u_ge_2L();
    CM_u_ge();
    CM_u_ge_zero_1L();
    CM_s_ge_2L();
    CM_ge();
    CM_s_ge_zero_1L();
    CM_ge_constant();
    CM_logand_3_1L();
    CM_logand_constant_2_1L();
    CM_logand_constant_3_1L();
    CM_lognand_3_1L();
    CM_lognand_constant_2_1L();
    CM_lognand_constant_3_1L();
    CM_lognand();
    CM_logandc1_3_1L();
    CM_logandc1_constant_2_1L();
    CM_logandc1_constant_3_1L();
    CM_logandc1();
    CM_logandc2_3_1L();
    CM_logandc2_constant_2_1L();
    CM_logandc2_constant_3_1L();
    CM_logandc2();
    CM_logior_3_1L();
    CM_logior_constant_2_1L();
    CM_logior_constant_3_1L();
    CM_logior();
    CM_lognor_3_1L();
    CM_lognor_constant_2_1L();
    CM_lognor_constant_3_1L();
    CM_lognor();
    CM_logeqv_3_1L();
    CM_logeqv_constant_2_1L();
    CM_logeqv_constant_3_1L();
    CM_logeqv();
    CM_logxor_3_1L();
    CM_logxor_constant_2_1L();
    CM_logxor_constant_3_1L();
    CM_logxor();
    CM_s_f_floor_2_2L();
    CM_floor();
    CM_s_f_truncate_2_2L();
    CM_truncate();
    CM_s_max_constant_2_1L();
    CM_s_max_3_1L();
    CM_s_max_constant_3_1L();
    CM_s_min_constant_2_1L();
    CM_s_min_3_1L();
    CM_s_min_constant_3_1L();
    CM_global_logxor_1L();
    CM_global_u_min_1L();
    CM_global_u_min();
    CM_global_u_max_1L();
    CM_clear_all_flags();
    CM_clear_all_flags_always();
    CM_clear_bit();
    CM_clear_test();
    CM_f_abs_1_1L();
    CM_f_abs_2_1L();
    CM_f_f_signum_1_1L();
    CM_f_f_signum_2_1L();
    CM_f_negate_1_1L();
    CM_f_negate_2_1L();
    CM_f_u_float_2_2L();
    CM_fe_from_gray_code();
    CM_fe_integer_from_gray_code();
    CM_fe_to_gray_code();
    CM_fe_gray_code_from_integer();
    CM_global_count_overflow();
    CM_global_count_test();
    CM_global_logand_bit();
    CM_global_logand_bit_always();
    CM_global_logand_always();
    CM_global_logand_context();
    CM_global_logand_overflow();
    CM_global_logand_test();
    CM_global_logand_1L();
    CM_global_logior_bit();
    CM_global_logior_bit_always();
    CM_global_logior_always();
    CM_global_logior_context();
    CM_global_logior_overflow();
    CM_global_logior_test();
    CM_global_logior_1L();
    CM_global_u_max_s_intlen_1L();
    CM_global_u_max_u_intlen_1L();
    CM_logorc1_2_1L();
    CM_logorc1_3_1L();
    CM_logorc1_constant_2_1L();
    CM_logorc1_constant_3_1L();
    CM_logorc1();
    CM_logorc2_2_1L();
    CM_logorc2_3_1L();
    CM_logorc2_constant_2_1L();
    CM_logorc2_constant_3_1L();
    CM_logorc2();
    CM_s_abs_1_1L();
    CM_s_abs_2_2L();
    CM_s_abs_2_1L();
    CM_s_add_carry_3_1L();
    CM_s_add_carry_3_3L();
    CM_s_add_carry_2_1L();
    CM_add_carry();
    CM_s_integer_length_2_2L();
    CM_integer_length();
    CM_s_isqrt_1_1L();
    CM_s_isqrt_2_2L();
    CM_s_isqrt_2_1L();
    CM_s_logcount_2_2L();
    CM_logcount();
    CM_s_max_3_3L();
    CM_max();
    CM_s_min_3_3L();
    CM_min();
    CM_s_move_zero_1L();
    CM_s_move_zero_always_1L();
    CM_s_negate_1_1L();
    CM_s_negate_2_2L();
    CM_set_bit_always();
    CM_set_overflow();
    CM_set_test();
    CM_u_from_gray_code_1_1L();
    CM_u_from_gray_code_2_1L();
    CM_integer_from_gray_code();
    CM_u_to_gray_code_1_1L();
    CM_u_to_gray_code_2_1L();
    CM_gray_code_from_integer();
    CM_u_integer_length_2_2L();
    CM_u_integer_length();
    CM_u_isqrt_2_2L();
    CM_u_isqrt();
    CM_u_logcount_2_2L();
    CM_u_logcount();
    CM_u_max_2_1L();
    CM_u_max_3_1L();
    CM_u_max_3_3L();
    CM_u_max();
    CM_u_max_constant_2_1L();
    CM_u_max_constant_3_1L();
    CM_u_max_constant();
    CM_u_min_2_1L();
    CM_u_min_3_1L();
    CM_u_min_3_3L();
    CM_u_min();
    CM_u_min_constant_2_1L();
    CM_u_min_constant_3_1L();
    CM_u_min_constant();
    CM_u_gt_constant();
    CM_u_negate_1_1L();
    CM_u_negate_2_2L();
    CM_u_negate();
    CM_s_f_signum_2_2L();
    CM_f_signum();
    CM_s_s_signum_1_1L();
    CM_s_s_signum_2_1L();
    CM_signum();
    CM_u_move_const_always_1L();
    CM_s_move_const_always_1L();
    CM_u_isqrt_1_1L();
    CM_u_isqrt_2_1L();
    CM_u_add_carry_3_1L();
    CM_u_add_carry_3_3L();
    CM_u_new_size();
    CM_u_add_carry_2_1L();
    CM_u_add_carry();
    CM_swap_always_2_1L();
    CM_logxor_always();
    CM_s_subtract_borrow_2_1L();
    CM_subtract_borrow();
    CM_u_subtract_borrow_2_1L();
    CM_u_subtract_borrow();
    CM_f_compare_3_2L();
    CM_f_compare();
    CM_aref_2L();
    CM_array_ref();
    CM_aset_2L();
    CM_array_set();
    CM_s_f_ceiling_2_2L();
    CM_ceiling();
    CM_s_f_round_2_2L();
    CM_round();
    CM_u_f_ceiling_2_2L();
    CM_u_ceiling();
    CM_u_f_round_2_2L();
    CM_u_round();
    CM_u_f_floor_2_2L();
    CM_u_floor();
    CM_u_f_truncate_2_2L();
    CM_s_compare_3_3L();
    CM_compare();
    CM_u_compare_3_3L();
    CM_u_compare();
    CM_s_ceiling_3_3L();
    CM_ceiling_divide();
    CM_u_ceiling_3_3L();
    CM_u_ceiling_divide();
    CM_u_floor_3_3L();
    CM_u_round_3_3L();
    CM_u_round_divide();
    CM_s_floor_3_3L();
    CM_floor_divide();
    CM_read_array_by_news_addresses();
    CM_write_array_by_news_addresses();
    CM_u_read_array_by_news_addresses();
    CM_u_write_array_by_news_addresses();
    CM_f_read_array_by_news_addresses();
    CM_f_write_array_by_news_addresses();
    CM_read_array_by_cube_addresses();
    CM_s_read_from_news_array_1L();
    CM_write_array_by_cube_addresses();
    CM_s_write_to_news_array_1L();
    CM_u_read_array_by_cube_addresses();
    CM_u_read_from_news_array_1L();
    CM_u_write_array_by_cube_addresses();
    CM_u_write_to_news_array_1L();
    CM_f_read_array_by_cube_addresses();
    CM_f_read_from_news_array_1L();
    CM_f_write_array_by_cube_addresses();
    CM_f_write_to_news_array_1L();
    CM_c_read_from_news_array_1L();
    CM_c_write_to_news_array_1L();
    CM_f_ieee_to_vax_1L();
    CM_load_overflow();
    CM_logior_test();
    CM_u_ne_zero_1L();
    CM_set_bit();
    CM_u_truncate_constant_3_1L();
    CM_u_add_3_3L();
    CM_u_le_constant();
    CM_u_ge_constant();
    CM_s_move_2L();
    CM_f_move_2L();
    CM_f_move_1L();
    CM_f_vax_to_ieee_1L();
    CM_logior_overflow();
    CM_invert_context();
    CM_load_test();
    CM_s_s_signum_2_2L();
    CM_clear_overflow();
    CM_swap_2_1L();
    CM_lognot_2_1L();
    CM_u_subtract_2_1L();
    CM_u_le_constant_1L();
    CM_u_lt_constant_1L();
    CM_u_multiply_constant_2_1L();
    CM_u_multiply2();
    CM_intern_detailed_geometry();
    CM_fe_extract_news_coordinate();
    CM_fe_deposit_news_coordinate();
    CM_u_float();
    CM_f_move_constant_1L();
    CM_f_subtract();
    CM_f_subtract_2_1L();
    CM_f_sqrt();
    CM_f_sqrt_2_1L();
    CM_u_truncate_and_rem();
    CM_u_floor_divide();
    CM_ne_constant();
    CM_u_write_to_processor();
    CM_declare_vp_set();
    CM_u_truncate();
    CM_f_subtract_constant_2_1L();
    CM_f_move_decoded_constant_1L();
    CM_f_sqrt_1_1L();
    CM_f_add();
    CM_f_add_2_1L();
    CM_f_multiply();
    CM_f_multiply_2_1L();
    CM_f_s_float_2_2L();
    CM_float();
    CM_deallocate_vp_set();
    CM_deallocate_heap_field();
    CM_deallocate_geometry();
    CM_logand_context();
    CM_u_mod_constant_3_1L();
    CM_u_rem();
    CM_u_eq_zero_1L();
    CM_u_move_zero_1L();
    CM_load_test_always();
    CM_store_context();
    CM_store_test_always();
    CM_send();
    CM_aset32_shared_2L();
    CM_aref32_shared_2L();
    CM_global_logand();
    CM_global_logior();
    CM_u_lt_constant();
    CM_geometry_axis_vp_ratio();
    CM_geometry_rank();
    CM_read_string_from_processor();
    CM_write_string_to_processor();
    CM_bus_error_handler();
    CM_cold_boot();
    CM_init();
    CM_warm_boot();
    CM_intern_identical_vp_set();
    CM_allocate_vp_set();
    CM_allocate_heap_field_vp_set();
    CM_allocate_heap_field();
    CM_set_safety_mode();
    CM_get_stack_pointer();
    CM_set_stack_limit();
    CM_set_stack_upper_bound();
    CM_reset_stack_pointer();
    CM_send_with_s_max_1L();
    CM_send_with_s_min_1L();
    CM_eq();
    CM_send_with_u_max_1L();
    CM_send_with_u_min_1L();
    CM_get_1L();
    CM_field_vp_set();
    CM_allocate_stack_field_vp_set();
    CM_set_vp_set_geometry();
    CM_geometry_total_processors();
    CM_intern_geometry();
    CM_create_geometry();
    CM_make_axis_descriptor();
    CM_create_detailed_geometry();
    CM_my_send_address();
    CM_get_from_news_1L();
    CM_scan_with_copy_1L();
    CM_load_context();
    CM_load_overflow_always();
    CM_store_test();
    CM_store_overflow_always();
    CM_u_rank_2L();
    CM_send_1L();
    CM_set_vp_set();
    CM_do_not_notify_token();
    CM_f_add_always_2_1L();
    CM_geometry_axis_length();
    CM_my_news_coordinate_1L();
    CM_geometry_coordinate_length();
    CM_extract_news_coordinate_1L();
    CM_my_send_address_1L();
    CM_deposit_news_coordinate_1L();
    CM_geometry_send_address_length();
    CM_spread_with_u_max_1L();
    CM_deallocate_upto_stack_field();
    CM_set_context();
    CM_logand_context_with_test();
    CM_my_cube_address();
    CM_global_u_max();
    CM_u_write_to_processor_1L();
    CM_u_add();
    CM_u_multiply();
    CM_new_size();
    CM_u_move_2L();
    CM_u_shift();
    CM_negate();
    CM_subtract2();
    CM_logand();
    CM_logand_always();
    CM_logior_always();
    CM_lognot_always();
    CM_u_move_1L();
    CM_u_move_always_1L();
    CM_u_add_2_1L();
    CM_u_add2();
    CM_u_subtract2();
    CM_u_ne_1L();
    CM_u_eq_1L();
    CM_u_eq();
    CM_iszero();
    CM_u_move_constant_1L();
    CM_u_add_constant_2_1L();
    CM_u_add_constant();
    CM_u_subtract_constant_2_1L();
    CM_u_eq_constant_1L();
    CM_eq_constant();
    CM_lognot_1_1L();
    CM_lognot();
    CM_clear_bit_always();
    CM_global_count_context();
    CM_global_count_bit();
    CM_u_move_zero_always_1L();
    CM_enumerate_1L();
    CM_scan_with_u_add_1L();
    CM_geometry_axis_ordering();
    CM_allocate_stack_field();
    CM_deallocate_stack_through();
    CM_compress_heap();
    CM_vp_set_geometry();
    CM_geometry_total_vp_ratio();
    CM_is_stack_field_newer();
    CM_set_stack_pointer();
    CM_attach();
    CM_detach();
    CM_power_up();
    CM_panic();

}