# Each regression scenario must be on one line, with the following syntax:
# scenario_name   rand_seed
#
# The rand seed is a number, used to initialize the random numbers generator.
# To each scenario 'scenario' correspond an input file 'scenario.input' and a
# reference file 'scenario.ref'. The regression gives the input file to the
# text interface (along with the rand seed), which generates a 'scenario.run'
# file. This file is then compared to the reference file, and if there is no
# difference the scenario is considered successful.
#
# Everything after a # is ignored.

################
# Training mode
################

# Check various words in the dictionary
training_dict       0  # randseed unused
# Display the tiles remaining in the bag
training_bag        0  # randseed unused
# Enter a rack, then display all the possibilities
training_search     0  # randseed unused
# Several ways of getting a rack and playing a word
training_play       4
# Training rack+search+play+back 
training_back       5
# Board cross off by one score problem
training_cross      0
# Joker problem on search
training_joker      0

#################
# Duplicate mode
#################

# 2 AI players
duplicate_2_ai      5

#################
# Free game mode
#################

# The human player always passes, letting the AI player do what it wants
freegame_passing    1
# 2 human players, changing letters a lot
freegame_change     3
# Three AI players
freegame_3_ai       2

##############
# Load / Save 
##############

# load a standard training game (fumee)
load_game           0
# save and reload a training game, standard format
load_saved_game     5
# load a training game with advanced format (test.elt)
# load_test_adv       0 # We need to specifie a much more complete file format
                        # before we can handle load/save on duplicate and
			# freegame games

#####################
# Regular Expression
#####################

# test some patterns
regexp              0