Thank you Alex, I manage to find the reason why. I think maybe no need to define the diff_timer.
Just to share with others who might be looking for the "Find the Difference" Game.
You need to update a small part of this section in the original codes for the screen left and right. Be careful of the indentation.
define battle_narrator = Character(None, interact=False)
screen battle_screen:
vbox:
xalign 0.01 yalign 0.05
spacing 5
for each_party_member in party_list:
frame:
size_group "party"
xminimum 250 xmaximum 250
yminimum 75
vbox:
text "[each_party_member[name]]" size 22 xalign 0.5
null height 5
hbox:
bar:
xmaximum 130
value each_party_member["current_hp"]
range each_party_member["max_hp"]
left_gutter 0
right_gutter 0
thumb None
thumb_shadow None
null width 5
text "[each_party_member[current_hp]] / [each_party_member[max_hp]]" size 16
hbox:
frame:
size_group "party"
yminimum 40
text "Potions left - [potions_left]" yalign 0.5
if players_turn and potions_left > 0:
textbutton "<- Use" action Return("heal") yminimum 40
else:
textbutton "<- Use" action None yminimum 40
vbox:
xalign 0.99 yalign 0.05
spacing 5
if enemies_list != []:
for i, each_enemy_member in enumerate(enemies_list):
hbox:
if players_turn and each_enemy_member["current_hp"] > 0:
textbutton "Attack ->" action Return(i) yminimum 75
else:
textbutton "Attack ->" action None yminimum 75
frame:
size_group "enemies"
xminimum 250 xmaximum 250
yminimum 75
vbox:
text "[each_enemy_member[name]]" size 22 xalign 0.5
null height 5
hbox:
bar:
xmaximum 130
value each_enemy_member["current_hp"]
range each_enemy_member["max_hp"]
left_gutter 0
right_gutter 0
thumb None
thumb_shadow None
null width 5
text "[each_enemy_member[current_hp]] / [each_enemy_member[max_hp]]" size 16
init python:
def check_party(x):
#### This function will check
# if at least one of X party members is alive.
#
for member in x:
if member["current_hp"] > 0:
return "ok"
return "lost"
label battle_game_2:
#### Some variables that describes the game state.
#
# The "party_list" is a list of all allies each one of that
# is described by a dictionary.
#
$ party_list =[{"name":"Me", "max_hp":50, "current_hp":50, "min_damage":3, "max_damage":5}]
$ potions_left = 10
$ players_turn = False
#### Enemies list will have the description for enemies.
#
$ enemies_list = []
scene black
#### Let's show the game screen.
#
show screen battle_screen
#### We can add some allies to the party:
#
menu:
"Who do you take with you?"
"Friend 1":
$ party_list.append ( {"name":"Friend 1", "max_hp":30, "current_hp":30, "min_damage":5, "max_damage":6} )
"Friend 2":
$ party_list.append ( {"name":"Friend 2", "max_hp":60, "current_hp":60, "min_damage":1, "max_damage":4} )
"Noone... :(":
pass
#### Enemies party can be set manually or automatically like:
#
python:
for i in range ( 0, renpy.random.randint(1,4) ):
enemy_name = "Enemy %d" %i
enemy_max_hp = renpy.random.randint(10,20)
enemy_current_hp = enemy_max_hp
enemy_min_damage = renpy.random.randint(1,3)
enemy_max_damage = renpy.random.randint(4,6)
enemies_list.append ( {"name":enemy_name, "max_hp":enemy_max_hp, "current_hp":enemy_current_hp, "min_damage":enemy_min_damage, "max_damage":enemy_max_damage} )
"Let the battle begins!"
#### Main battle loop.
#
label battle_2_loop:
#### At first let's check if player's party is ok.
#
if check_party(party_list) == "lost":
jump battle_2_lose
#### All the party members will do their actions one after another.
#
$ party_index = 0
while party_index < len(party_list):
$ current_player = party_list[party_index]
#### Current player will act only if he still alive.
#
if current_player["current_hp"] > 0:
#### Let's check if enemies party is still ok.
#
if check_party(enemies_list) == "lost":
jump battle_2_win
#### Let the player make his turn.
#
$ players_turn = True
battle_narrator"[current_player[name]], it's your turn now."
#### Store the result of player's interaction.
#
$ res = ui.interact()
#### Now disallow player's interact with the game.
#
$ players_turn = False
if res == "heal":
$ current_player["current_hp"] = min( current_player["current_hp"]+5, current_player["max_hp"] )
$ potions_left -= 1
"*Drink* 5hp restored"
else:
$ player_damage = renpy.random.randint( current_player["min_damage"], current_player["max_damage"] )
$ enemies_list[res]["current_hp"] -= player_damage
"Take this! (damage dealt - [player_damage]hp)"
#### And the turn goes to the next party member.
#
$ party_index += 1
##### And now it's enemies party turn.
#
# At first let's check if enemy's party is ok.
#
if check_party(enemies_list) == "lost":
jump battle_2_win
#### All the party members will do their actions one after another.
#
$ enemy_index = 0
while enemy_index < len(enemies_list):
$ current_enemy = enemies_list[enemy_index]
#### Current enemy will act only if he is still alive.
#
if current_enemy["current_hp"] > 0:
#### Let's check if player's party is still ok.
#
if check_party(party_list) == "lost":
jump battle_2_lose
#### Enemy will attack the random player.
#
$ party_member_to_attack = party_list[renpy.random.randint( 0, (len(party_list)-1) )]
$ enemy_damage = renpy.random.randint( current_enemy["min_damage"], current_enemy["max_damage"] )
$ party_member_to_attack["current_hp"] -= enemy_damage
"Rrrrr! ([current_enemy[name]] dealt [enemy_damage]hp damage to [party_member_to_attack[name]])"
#### And the turn goes to the next party member.
#
$ enemy_index += 1
#### Next round of the battle.
#
jump battle_2_loop
#### The results of the game.
#
label battle_2_win:
"Well done!"
hide screen battle_screen
return
label battle_2_lose:
"X_X"
hide screen battle_screen
return
A question, how can I display interactive sprites (ex. imagebuttons), to choose who to attack?
# If cards are matched, will check if player has opened all the cards
else:
$ renpy.pause (1.0, hard = True)
python:
# Let's remove opened cards from game field
# But if you prefere to let them stay - just comment out next 2 lines
for i in range (0, len(turned_cards_numbers) ):
cards_list[turned_cards_numbers[i]]["c_value"] = Null()
for j in cards_list:
if j["c_chosen"] == False and j["c_value"] not in trap_cards: # <---
renpy.jump ("memo_game_loop")
renpy.jump ("memo_game_win")
# If cards are matched, will check if player has opened all the cards
else:
$ renpy.pause (1.0, hard = True)
python:
# Let's remove opened cards from game field
# But if you prefere to let them stay - just comment out next 2 lines
for i in range (0, len(turned_cards_numbers) ):
cards_list[turned_cards_numbers[i]]["c_value"] = Null()
for j in cards_list:
if j["c_chosen"] == False and j["c_value"] not in trap_cards: # <---
renpy.jump ("memo_game_loop")
renpy.jump ("memo_game_win")
# If cards are matched, will check if player has opened all the cards
else:
$ renpy.pause (1.0, hard = True)
python:
# Let's remove opened cards from game field
# But if you prefere to let them stay - just comment out next 2 lines
for i in range (0, len(turned_cards_numbers) ):
cards_list[turned_cards_numbers[i]]["c_value"] = Null()
for j in cards_list:
if j["c_chosen"] == False and j["c_value"] not in trap_cards: # <---
renpy.jump ("memo_game_loop")
renpy.jump ("memo_game_win")
Thanks Alex I will try it out
it work but not as I intended
what i meant is player must match card that are in value_list but if you open card in trap_list time will decreaseand it will get removed and if the player matches all the cards only in value list then the game end it doest matter if trap_list cards are matched or not.
value_list = [A,B,C,D] Trap_list = [T]
grid: ABCD
TABC
DTAA
if player open (T) time decreases (X represent open matches)
End Of game grid:
XXXX
TXXX
XTXX
game ends even with trap cards on the field (just the cards in value list are matched)
Max987r wrote: ↑Tue May 17, 2022 4:30 am
...what i meant is player must match card that are in value_list but if you open card in trap_list time will decreaseand ...
Max987r wrote: ↑Tue May 17, 2022 4:30 am
...what i meant is player must match card that are in value_list but if you open card in trap_list time will decreaseand ...
label turns_loop:
if turns_left > 0:
$ result = ui.interact()
$ memo_timer = memo_timer
$ turned_cards_numbers.append (cards_list[result]["c_number"])
$ turned_cards_values.append (cards_list[result]["c_value"])
if cards_list[result]["c_value"] in trap_cards: #<----- check for trap-cards
$ memo_timer -= 5 # <---
jump turns_done
$ turns_left -= 1
jump turns_loop
I have done that and that's how I was able to decrease the time.
I need your help to figure out how to make even some card ie trap cards remain on screen game ends?
