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a small addition

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This commit is contained in:
Geevies
2020-04-15 19:58:18 +02:00
parent 21deec90c3
commit 94579a73bf
65 changed files with 1200 additions and 1223 deletions
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code/modules/modular_computers/file_system/programs/games/arcade.dm
+18 -20
View File
@@ -8,24 +8,24 @@
program_icon_state = "game" // Icon state of this program's screen.
extended_desc = "Fun for the whole family! Probably not an AAA title, but at least you can download it on the corporate network.." // A nice description.
size = 5 // Size in GQ. Integers only. Smaller sizes should be used for utility/low use programs (like this one), while large sizes are for important programs.
requires_ntnet = 0 // This particular program does not require NTNet network conectivity...
available_on_ntnet = 1 // ... but we want it to be available for download.
nanomodule_path = /datum/nano_module/arcade_classic/ // Path of relevant nano module. The nano module is defined further in the file.
requires_ntnet = FALSE // This particular program does not require NTNet network conectivity...
available_on_ntnet = TRUE // ... but we want it to be available for download.
nanomodule_path = /datum/nano_module/arcade_classic // Path of relevant nano module. The nano module is defined further in the file.
var/picked_enemy_name
color = LIGHT_COLOR_BLUE
usage_flags = PROGRAM_ALL_REGULAR
// Blatantly stolen and shortened version from arcade machines. Generates a random enemy name
/datum/computer_file/program/game/arcade/proc/random_enemy_name()
var/name_part1 = pick("the Automatic ", "Farmer ", "Lord ", "Professor ", "the Cuban ", "the Evil ", "the Dread King ", "the Space ", "Lord ", "the Great ", "Duke ", "General ", "the vibrating bluespace")
var/name_part2 = pick("Melonoid", "Murdertron", "Sorcerer", "Ruin", "Jeff", "Ectoplasm", "Crushulon", "Uhangoid", "Vhakoid", "Peteoid", "Slime", "Lizard Man", "Unicorn", "Squirrel")
var/name_part1 = pick("The Automatic", "Farmer", "Lord", "Professor", "The Cuban", "The Evil", "The Dread King", "The Space", "Lord", "The Great", "Duke", "General", "The Vibrating Bluespace", "Scalie")
var/name_part2 = pick("Melonoid", "Murdertron", "Sorcerer", "Ruin", "Jeff", "Geoff", "Ectoplasm", "Crushulon", "Uhangoid", "Vhakoid", "Peteoid", "Slime", "Lizard Man", "Unicorn", "Squirrel")
return "[name_part1] [name_part2]"
// When the program is first created, we generate a new enemy name and name ourselves accordingly.
/datum/computer_file/program/game/arcade/New()
..()
picked_enemy_name = random_enemy_name()
filedesc = "Defeat [picked_enemy_name]"
filedesc = "[pick("Defeat", "Destroy", "Decimate", "Decapitate")] [picked_enemy_name]"
// Important in order to ensure that copied versions will have the same enemy name.
/datum/computer_file/program/game/arcade/clone()
@@ -44,7 +44,7 @@
// Nano module the program uses.
// This can be either /datum/nano_module/ or /datum/nano_module/program. The latter is intended for nano modules that are suposed to be exclusively used with modular computers,
// and should generally not be used, as such nano modules are hard to use on other places.
/datum/nano_module/arcade_classic/
/datum/nano_module/arcade_classic
name = "Classic Arcade"
var/player_mana // Various variables specific to the nano module. In this case, the nano module is a simple arcade game, so the variables store health and other stats.
var/player_health
@@ -75,7 +75,7 @@
if (!ui)
ui = new(user, src, ui_key, "arcade_classic.tmpl", "Defeat [enemy_name]", 500, 350, state = state)
if(host.update_layout())
ui.auto_update_layout = 1
ui.auto_update_layout = TRUE
ui.set_initial_data(data)
ui.open()
@@ -92,7 +92,7 @@
enemy_health += healamt
information += "[enemy_name] heals for [healamt] health!"
else
var/dam = rand(3,6)
var/dam = rand(3, 6)
player_health -= dam
information += "[enemy_name] attacks for [dam] damage!"
@@ -102,10 +102,10 @@
information += "You have defeated [enemy_name], but you have died in the fight!"
else
information += "You have been defeated by [enemy_name]!"
gameover = 1
gameover = TRUE
return TRUE
else if(enemy_health <= 0)
gameover = 1
gameover = TRUE
information += "Congratulations! You have defeated [enemy_name]!"
return TRUE
return FALSE
@@ -118,23 +118,21 @@
gameover = FALSE
information = "A new game has started!"
/datum/nano_module/arcade_classic/Topic(href, href_list)
if(..()) // Always begin your Topic() calls with a parent call!
return 1
return TRUE
if(href_list["new_game"])
new_game()
return 1 // Returning 1 (TRUE) in Topic automatically handles UI updates.
return TRUE // Returning 1 (TRUE) in Topic automatically handles UI updates.
if(gameover) // If the game has already ended, we don't want the following three topic calls to be processed at all.
return 1 // Instead of adding checks into each of those three, we can easily add this one check here to reduce on code copy-paste.
return TRUE // Instead of adding checks into each of those three, we can easily add this one check here to reduce on code copy-paste.
if(href_list["attack"])
var/damage = rand(2, 6)
information = "You attack for [damage] damage."
enemy_health -= damage
enemy_play()
check_gameover()
return 1
return TRUE
if(href_list["heal"])
var/healfor = rand(6, 8)
var/cost = rand(1, 3)
@@ -143,11 +141,11 @@
player_mana -= cost
enemy_play()
check_gameover()
return 1
return TRUE
if(href_list["regain_mana"])
var/regen = rand(4, 7)
information = "You rest of a while, regaining [regen] energy."
information = "You rest for a while, regaining [regen] energy."
player_mana += regen
enemy_play()
check_gameover()
return 1
return TRUE
code/modules/modular_computers/file_system/programs/games/sudoku/helpers.dm
+2 -2
View File
@@ -56,9 +56,9 @@
//If we havent found any conflict and all tiles are filled, then the user has won the game.
else if (empty == 0)
message = "Congratulations! You win the game!"
if (!wongame)
if (!won_game)
playsound(get_turf(program.computer), 'sound/magic/light.ogg', 50, 1)
wongame = 1
won_game = 1
.=-1
code/modules/modular_computers/file_system/programs/games/sudoku/sudoku.dm
+50 -59
View File
@@ -4,17 +4,17 @@
program_icon_state = "sudoku" // Icon state of this program's screen.
extended_desc = "A game of numbers, logic, and deduction. Popular for centuries to keep the mind sharp." // A nice description.
size = 5 // Size in GQ. Integers only. Smaller sizes should be used for utility/low use programs (like this one), while large sizes are for important programs.
requires_ntnet = 0 // This particular program does not require NTNet network conectivity...
available_on_ntnet = 1 // ... but we want it to be available for download.
requires_ntnet = FALSE // This particular program does not require NTNet network conectivity...
available_on_ntnet = TRUE // ... but we want it to be available for download.
nanomodule_path = /datum/nano_module/program/sudoku // Path of relevant nano module. The nano module is defined further in the file.
usage_flags = PROGRAM_ALL_REGULAR
/datum/nano_module/program/sudoku
var/list/grid = null
var/building = 0
var/building = FALSE
var/list/solution = list()
var/cheated = 0
var/cheated = FALSE
var/list/boxes = list(//Most efficient way i could think to do this
"11" = list(1,2,3,10,11,12,19,20,21),
@@ -28,19 +28,19 @@
"33" = list(61,62,63,70,71,72,79,80,81)
)
var/message = ""//Error or informational message shown on screen.
var/lastmessage = ""
var/messagesent = 0
var/list/clues = list("Easy" = 36,"Medium"=31,"Hard"=26,"Robust"=17)
var/lastuser = null
var/wongame = 0
var/last_message = ""
var/message_sent = FALSE
var/list/clues = list("Easy" = 36, "Medium" = 31,"Hard" = 26,"Robust" = 17)
var/last_user
var/won_game = FALSE
var/datum/computer_file/program/game/sudoku
var/newdifficulty = "Easy"//The selected difficulty mode for generating the next grid
var/new_difficulty = "Easy" //The selected difficulty mode for generating the next grid
var/collapse = 0
var/collapse = FALSE
var/width = 900
/datum/nano_module/program/sudoku/ui_interact(mob/user, ui_key = "main", var/datum/nanoui/ui = null, var/force_open = 0, var/datum/topic_state/state = default_state)
/datum/nano_module/program/sudoku/ui_interact(mob/user, ui_key = "main", var/datum/nanoui/ui = null, var/force_open = FALSE, var/datum/topic_state/state = default_state)
var/list/data = host.initial_data()
if (!grid)
@@ -49,88 +49,85 @@
data["src"] = "\ref[src]"
data["collapse"] = collapse
data["message"] = message
data["difficulty"] = newdifficulty
if (message != lastmessage)
lastmessage = message
messagesent = world.time
else if ((world.time - messagesent) > 100)//Make sure that messages show onscreen for at least 10 seconds
data["difficulty"] = new_difficulty
if (message != last_message)
last_message = message
message_sent = world.time
else if ((world.time - message_sent) > 100)//Make sure that messages show onscreen for at least 10 seconds
message = ""//Displays for one refresh only
lastuser = user
last_user = user
ui = SSnanoui.try_update_ui(user, src, ui_key, ui, data, force_open)
if (!ui)
ui = new(user, src, ui_key, "sudoku.tmpl", "Sudoku", width, 557, state = state)
//if(host.update_layout()) // This is necessary to ensure the status bar remains updated along with rest of the UI.
ui.auto_update_layout = 1
ui.auto_update_layout = TRUE
ui.set_initial_data(data)
ui.open()
ui.set_auto_update(0)
ui.set_auto_update(FALSE)
/datum/nano_module/program/sudoku/Topic(var/href, var/list/href_list)
..()
if(href_list["save"])//This is called with every keypress
save_grid(href_list)
return//No refreshing for every input
else if (href_list["check"])
else if(href_list["check"])
save_grid(href_list)
check_validity()
else if (href_list["hint"])//Reveals one tile
var/response = alert(usr,"Are you sure you want a hint? This will reveal the correct number for one tile. But you'll lose the pride of having figured it out yourself..","Ask for a hint","Help me","I can do it myself")
if (response == "Help me")
else if(href_list["hint"])//Reveals one tile
var/response = alert(usr, "Are you sure you want a hint? This will reveal the correct number for one tile. But you'll lose the pride of having figured it out yourself...", "Ask for a hint", "Help me.", "I can do it myself.")
if(response == "Help me.")
solver(1)
else
return
else if (href_list["solve"])
else if(href_list["solve"])
solver(81)
else if (href_list["clear"])
var/response = alert(usr,"Are you sure you want to clear the grid? This will remove all the numbers you've typed in. The starting clues will remain.","Clear board","Clear it","Wait no!")
if (response == "Clear it")
clear_grid(0)
else if(href_list["clear"])
var/response = alert(usr, "Are you sure you want to clear the grid? This will remove all the numbers you've typed in. The starting clues will remain.", "Clear board", "Clear it.", "Wait no!")
if(response == "Clear it.")
clear_grid(FALSE)
else
return
else if (href_list["purge"])
clear_grid(1)
else if (href_list["difficulty"])
newdifficulty = href_list["difficulty"]
else if (href_list["newgame"])
var/response = alert(usr,"Are you sure you want to start a new game? All progress on this one will be lost. Be sure to pick your desired difficulty first.","New Puzzle","Start Anew","Wait no!")
if (response == "Start Anew")
advanced_populate_grid(clues[newdifficulty])
else if(href_list["purge"])
clear_grid(TRUE)
else if(href_list["difficulty"])
new_difficulty = href_list["difficulty"]
else if(href_list["newgame"])
var/response = alert(usr, "Are you sure you want to start a new game? All progress on this one will be lost. Be sure to pick your desired difficulty first.", "New Puzzle", "Start Anew.", "Wait no!")
if(response == "Start Anew.")
advanced_populate_grid(clues[new_difficulty])
else
return
else if (href_list["collapse"])
else if(href_list["collapse"])
collapse = !collapse
set_width(usr)
return
if (usr)
if(usr)
ui_interact(usr)
/datum/nano_module/program/sudoku/proc/set_width(var/mob/user)
if (collapse)
if(collapse)
width = 400
else
width = 900
var/datum/nanoui/ui = SSnanoui.get_open_ui(user, src, "main")
if (ui)
if(ui)
ui.close()
ui_interact(user, force_open = 1)
ui_interact(user, force_open = TRUE)
/datum/nano_module/program/sudoku/proc/save_grid(var/list/inputdata)
var/i = 1
for (i = 1, i <= 81, i++)
for(i = 1, i <= 81, i++)
var/list/cell = grid[i]
var/v = text2num(inputdata["[i]"])
if (inputdata["[i]"] == "" || (v > 0 && v < 10))
if(inputdata["[i]"] == "" || (v > 0 && v < 10))
cell["value"] = inputdata["[i]"]
/datum/nano_module/program/sudoku/proc/create_grid()
if (grid)
if(grid)
grid.Cut()
grid = list()
@@ -188,22 +185,16 @@
var/row = 1
var/column = 1
if (index <= 9)
if(index <= 9)
column = index
else
while (index > 9)
while(index > 9)
index -= 9
row++
column = index
return "[row][column]"
//Clears the grid:
//With an input of 0, clears all user input and restores the grid to just the generated clues
//With input of 1, clears every cell, grid becomes empty
@@ -214,6 +205,6 @@
tile["value"] = ""
tile["static"] = 0
tile["highlight"] = 0
if (full)
cheated = 0
wongame = 0
if(full)
cheated = FALSE
won_game = FALSE