#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <string.h>
#include <sys/stat.h>
#include <time.h>
#include <inttypes.h>
#include <signal.h>
#include "../core/game_core.h"
#include "../release_data/release_data.h"

Include dependency graph for game_utils.h:

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Go to the source code of this file.

Macros
#define	_POSIX_C_SOURCE 200809L

#define	hlpd_d_keyval(key)

Functions
void *	s4c_gui_malloc (size_t size)

void *	s4c_gui_calloc (size_t count, size_t size)

void	hlpd_sigint_handler (int signum)
	Function to handle Ctrl+C signal.

void	initWincon (Wincon w, Path p, winconClass class)
	Takes a Wincon and a Path pointers and a winconClass and initialises the passed Wincon.

void	printGlobVars (void)
	Prints global vars to stdout.

void	red (void)
	Prints an ASCII escape code that makes subsequent output a thick red color.

void	lightRed (void)
	Prints an ASCII escape code that makes subsequent output a light red color.

void	strongWhite (void)
	Prints an ASCII escape code that makes subsequent output a thick white color.

void	white (void)
	Prints an ASCII escape code that makes subsequent output a light white color.

void	green (void)
	Prints an ASCII escape code that makes subsequent output a thick green color.

void	lightGreen (void)
	Prints an ASCII escape code that makes subsequent output a light green color.

void	yellow (void)
	Prints an ASCII escape code that makes subsequent output a thick yellow color.

void	lightYellow (void)
	Prints an ASCII escape code that makes subsequent output a light yellow color.

void	blue (void)
	Prints an ASCII escape code that makes subsequent output a thick blue color.

void	lightBlue (void)
	Prints an ASCII escape code that makes subsequent output a light blue color.

void	purple (void)
	Prints an ASCII escape code that makes subsequent output a thick purple color.

void	lightPurple (void)
	Prints an ASCII escape code that makes subsequent output a light purple color.

void	cyan (void)
	Prints an ASCII escape code that makes subsequent output a thick cyan color.

void	lightCyan (void)
	Prints an ASCII escape code that makes subsequent output a light cyan color.

void	init_game_color_pairs (void)

void	resolve_staticPath (char static_path[500])
	Sets the passed char array to the expected path for /static/ folder.

void	dbg_print_floor_layout (Floor *floor)
	Logs floor layout for passed Floor.

void	dbg_print_explored_layout (Floor *floor)
	Logs explored layout for passed Floor.

void	dbg_print_roomclass_layout (Floor *floor)
	Logs roomclass layout for passed Floor.

void	dbg_Gamestate (Gamestate *gmst)
	Debugs the passed (preallocated) Gamestate with log_tag().

void	dbg_GameScreen (GameScreen *scr)
	Debugs the passed (preallocated) GameScreen with log_tag().

void	dbg_GameOptions (GameOptions *options)

void	dbg_Fighter (Fighter *fighter)
	Debugs the passed (preallocated) Fighter with log_tag().

void	dbg_countStats (countStats *stats)
	Debugs the passed (preallocated) countStats with log_tag().

void	dbg_Wincon (Wincon *wc)
	Debugs the passed (preallocated) Wincon with log_tag().

void	dbg_Path (Path *path)
	Debugs the passed (preallocated) Path with log_tag().

void	dbg_Saveslot (Saveslot *saveslot)
	Debugs the passed (preallocated) Saveslot with log_tag().

void	update_Gamestate (Gamestate gmst, int current_fighters, roomClass current_roomtype, int current_room_index, int current_enemy_index, Floor current_floor, Room current_room, GameOptions game_options)
	Updates the passed (preallocated) Gamestate with the passed int values.

void	update_Equipslots (Fighter *f)
	Updates the passed Fighter's Equipslots item fields, by reading the equipsBag field and setting the equipped ones.

void	loadLore (char **lore_strings, int loreKind)
	Loads the lore strings from the appropriate lore file.

void	setRoomType (Path path, int roadFork_value, roomClass *room_type, int roomsDone)
	Takes a path pointer, a roadFork value pointer, a room type pointer, and an integer.

void	freeRoom (Room *room)
	Frees the memory allocated for the passed room pointer.

void	printTitle (void)
	Prints an hardcoded title screen.

void	printVersion (void)
	Prints version string.

void	printFormattedVersion (const char *progname)
	Prints formatted version string.

void	hlpd_dbg_features (void)
	Prints configuration info.

void	usage (const char *progname)
	Prints correct argument syntax for command line invocation.

void	log_tag (char filename, char header, const char *format,...)
	Takes a filename string, a string headear and a format string.

void	log_OP (turnOption_OP op)
	Logs a turnOption_OP to "$STATICDIR/OPS_log.txt".

saveType	saveTypeFrom_string (char *s)
	Takes a string and returns the corresponding saveType.

const char *	stringFrom_HLPD_DirectionalKeys_Schema (int dks)
	Takes a integer and returns the corresponding HLPD_DirectionalKeys_Schema string by the inner array position.

char *	stringFrom_HLPD_KeyClass (HLPD_KeyClass k)
	Takes a integer and returns the corresponding HLPD_KeyClass string by the inner array position.

char *	stringFrom_HLP_Region_Type (HLP_Region_Type t)
	Takes a integer and returns the corresponding HLP_Region_Type string by the inner array position.

char *	stringFrom_OP_res (OP_res r)
	Takes a OP_res and returns the corresponding string by the inner array position.

char *	stringFrom_saveType (saveType s)
	Takes a saveType and returns the corresponding string by the inner array position.

char *	stringFrom_fightResult (fightResult fr)
	Takes a fightResult fr and returns the corresponding string by the inner array position.

char *	stringFromTurnOP (turnOption_OP t)
	Takes a turnOption_OP and returns the corresponding string by the inner array position.

char *	stringFromFoeTurnOP (foeTurnOption_OP ft)
	Takes a foeTurnOption_OP and returns the corresponding string by the inner array position.

char *	stringFromStatus (fighterStatus s)
	Takes a fighterStatus and returns the corresponding string by the inner array position.

char *	stringFromClass (fighterClass f)
	Takes a fighterClass and returns the corresponding string by the inner array position.

char *	stringFromEClass (enemyClass e)
	Takes a enemyClass and returns the corresponding string by the inner array position.

char *	stringFromBossClass (bossClass b)
	Takes a bossClass and returns the corresponding string by the inner array position.

char *	stringFromConsumables (int c)
	Takes a integer and returns the corresponding consumable string by the inner array position.

char *	stringFromEquips (int e)
	Takes a integer and returns the corresponding equip string by the inner array position.

char *	stringFromEquipzones (int z)
	Takes a integer and returns the corresponding equipzone string by the inner array position.

char *	stringFromQuality (int q)
	Takes a integer and returns the corresponding quality string by the inner array position.

char *	stringFromArtifacts (int a)
	Takes a integer and returns the corresponding artifact string by the inner array position.

char *	stringFromFloorclass (floorClass fc)
	Takes a integer and returns the corresponding floorClass string by the inner array position.

char *	descStringFromSpecial (fighterClass class, specialMove move)
	Takes a fighterClass and a specialMove and returns the corresponding desc string by the inner array position.

char *	nameStringFromSpecial (fighterClass class, specialMove move)
	Takes a fighterClass and a specialMove and returns the corresponding name string by the inner array position.

int	costFromSpecial (fighterClass class, specialMove move)
	Takes a fighterClass and a specialMove and returns the corresponding cost by the inner array position, as an integer.

char *	descStringFromSkill (skillType class)
	Takes a fighterClass and a specialMove and returns the corresponding desc string by the inner array position.

char *	nameStringFromSkill (skillType class)
	Takes a skillType and returns the corresponding name string by the inner array position.

int	costFromSkill (skillType class)
	Takes a skillType and returns the corresponding cost by the inner array position, as an integer.

char *	nameStringFromPerk (int p)
	Takes a integer and returns the corresponding perk name string by the inner array position.

char *	descStringFromPerk (int p)
	Takes a integer and returns the corresponding perk desc string by the inner array position.

char *	descStringFromTreasure (int t)
	Takes a integer and returns the corresponding treasure desc string by the inner array position.

char *	descStringFromChest (int c)
	Takes a integer and returns the corresponding chest desc string by the inner array position.

char *	stringFromWinconClass (winconClass w)
	Takes a winconClass and returns the corresponding string by the inner array position.

char *	stringFromFoePartyClass (foePartyClass fp)
	Takes a integer and returns the corresponding FoeParty desc string by the inner array position.

char *	stringFromRoom (roomClass r)
	Takes a integer and returns the corresponding room name string by the inner array position.

char *	stringFromGamemode (Gamemode g)
	Takes a integer and returns the corresponding gamemode string by the inner array position.

void	scanName (Fighter *player)
	Takes a Fighter pointer and sets its name value to the string provided on stdin.

void	printClasses (void)
	Prints all the fighterClass values as integers and as strings.

int	scanClass (void)
	Asks for an integer on stdin and returns it if it's a valid fighterClass index.

void	pickClass (Fighter *player)
	Takes a Fighter pointer and sets the class value after asking the user for input.

void	printWincons (void)
	Prints all the winconClass values as integers and as strings.

int	scanWincon (void)
	Asks for an integer on stdin and returns it if it's a valid winconClass index.

void	pickWincon (Wincon *w)
	Takes a Wincon pointer and sets its class after asking the user for input.

void	pickName (Fighter *player)
	Takes a Fighter pointer and sets the name value after asking the user for input.

void	copy_fighter (Fighter source, Fighter dest)
	Takes two Fighter pointers, with all their fields already allocated, and copies all valaues from source to dest.

effect_fun	getStatusCounterFun (fighterStatus status)
	Takes a fighterStatus and returns the corresponding effect_fun pointer for the function relating to the status.

effect_e_fun	getStatusCounterEnemyFun (fighterStatus status)
	Takes a fighterStatus and returns the corresponding effect_e_fun pointer for the function relating to the status.

effect_b_fun	getStatusCounterBossFun (fighterStatus status)
	Takes a fighterStatus and returns the corresponding effect_e_fun pointer for the function relating to the status.

effect_fp_fun	get_StatusCounter_FoeParty_Fun (fighterStatus status)

boost_fun	getStatBoostCounterFun (Stat s)
	Takes a Stat and returns the corresponding boost_fun pointer for the function relating to the stat.

boost_e_fun	getStatBoostCounterEnemyFun (Stat s)
	Takes a Stat and returns the corresponding boost_e_fun pointer for the function relating to the stat.

boost_b_fun	getStatBoostCounterBossFun (Stat s)
	Takes a Stat and returns the corresponding boost_b_fun pointer for the function relating to the stat.

boost_fp_fun	get_StatBoostCounter_FoeParty_Fun (Stat s)
	Takes a Stat and returns the corresponding boost_fp_fun pointer for the function relating to the stat.

void	set_turnboost_atk (Fighter *f, int boost)
	Takes a Fighter pointer and an integer, used to set the turnboost_atk value at the pointer.

void	set_turnboost_def (Fighter *f, int boost)
	Takes a Fighter pointer and an integer, used to set the turnboost_def value at the pointer.

void	set_turnboost_vel (Fighter *f, int boost)
	Takes a Fighter pointer and an integer, used to set the turnboost_vel value at the pointer.

void	set_turnboost_enr (Fighter *f, int boost)
	Takes a Fighter pointer and an integer, used to set the turnboost_enr value at the pointer.

void	set_enemy_turnboost_atk (Enemy *e, int boost)
	Takes a Enemy pointer and an integer, used to set the turnboost_atk value at the pointer.

void	set_enemy_turnboost_def (Enemy *e, int boost)
	Takes a Enemy pointer and an integer, used to set the turnboost_def value at the pointer.

void	set_enemy_turnboost_vel (Enemy *e, int boost)
	Takes a Enemy pointer and an integer, used to set the turnboost_vel value at the pointer.

void	set_enemy_turnboost_enr (Enemy *e, int boost)
	Takes a Enemy pointer and an integer, used to set the turnboost_enr value at the pointer.

void	set_boss_turnboost_atk (Boss *b, int boost)
	Takes a Boss pointer and an integer, used to set the turnboost_atk value at the pointer.

void	set_boss_turnboost_def (Boss *b, int boost)
	Takes a Boss pointer and an integer, used to set the turnboost_def value at the pointer.

void	set_boss_turnboost_vel (Boss *b, int boost)
	Takes a Boss pointer and an integer, used to set the turnboost_vel value at the pointer.

void	set_boss_turnboost_enr (Boss *b, int boost)
	Takes a Boss pointer and an integer, used to set the turnboost_enr value at the pointer.

void	set_foeparty_turnboost_atk (FoeParty *fp, int boost)
	Takes a FoeParty pointer and an integer, used to set the turnboost_atk value at the pointer.

void	set_foeparty_turnboost_def (FoeParty *fp, int boost)
	Takes a FoeParty pointer and an integer, used to set the turnboost_def value at the pointer.

void	set_foeparty_turnboost_vel (FoeParty *fp, int boost)
	Takes a FoeParty pointer and an integer, used to set the turnboost_vel value at the pointer.

void	set_foeparty_turnboost_enr (FoeParty *fp, int boost)
	Takes a FoeParty pointer and an integer, used to set the turnboost_enr value at the pointer.

void	resetFighterStatus (Fighter *f)
	Takes a Fighter pointer and resets its status value to Normal.

void	resetEnemyStatus (Enemy *e)
	Takes a Enemy pointer and resets its status value to Normal.

void	resetBossStatus (Boss *b)
	Takes a Boss pointer and resets its status value to Normal.

void	setEquipPrices (int size, int equipPrices, Equip equips[])
	Takes a size int and a pointer to integer array, initialises all the prices, depending on stats from the Equips array pointer.

void	setConsumablePrices (int size, int consumablePrices, Consumable *consumables)
	Takes a size int and a pointer to integer array, initialises all the prices.

void	statReset (Fighter *player, int force)
	Takes a Fighter pointer and an integer used to force execution.

void	statResetBoss (Boss *b, int force)
	Takes a Boss pointer and an integer used to force execution.

void	statResetEnemy (Enemy *e, int force)
	Takes an Enemy pointer and an integer used to force execution.

int	getBossBoost (int lvl, bossClass bclass)
	Takes one integer and a bossClass and returns the boost relative to the level delta with base boss stats, as an integer.

int	getEnemyBoost (int lvl, enemyClass eclass)
	Takes one integer and an enemyClass and returns the boost relative to the level delta with base enemy stats, as an integer.

void	resetPermboosts (Fighter *f)
	Takes a Fighter pointer and resets all of its permboost_STAT values to 0, also correctly updating the current stat values.

void	applyPermboosts (Fighter *f)
	Takes a Fighter pointer and applies all of its permboost_STAT values by adding them to the current stat values.

void	resetArtifactsState (Fighter *f)
	Takes a Fighter pointer and Resets the active value for each Artifact in the fighter's artifactsBag array that doesn't have an always active trait.

void	printSpawnMessage (Enemy *e, int roomIndex, int enemyIndex)
	Takes a Enemy pointer and two integers for current room index and current enemy index, and prints the spawn message formatted.

int	dropConsumable (Fighter *player)
	Takes a Fighter pointer value and adds a random Consumable to consumablesBag.

int	dropArtifact (Fighter *player)
	Takes a Fighter pointer value and adds a random Artifact to artifactsBag.

int	getConsumableQty (Fighter *f, int n)
	Takes a Fighter pointer and an integer denoting the consumableClass and returns the respective qty value from player's consumablesBag at the provided index.

void	emptyConsumables (Fighter *player)
	Sets the qty value to 0 for all Consumable in f's consumablesBag with positive qty.

void	emptyArtifacts (Fighter *player)
	Takes a Fighter pointer and sets the qty value to 0 and the active flag to false for all Artifacts in the fighter's artifactsBag with positive qty.

void	emptyEquips (Fighter *player)
	Takes a Fighter pointer and, for all Equip in equipsBag field with positive qty, sets qty to 0 and frees the Equip pointer.

Path *	randomise_path (char seed, Koliseo kls, const char *path_to_savefile)
	Takes an integer seed and returns a Path pointer.

void	printStats (Fighter *f)
	Takes a Fighter pointer and prints most of its values formatted.

void	printEStats (Enemy *e)
	Takes a Enemy pointer and prints most of its values formatted.

void	printConsumablesStats (Consumable *c)
	Takes a Consumable pointer and prints most of its values formatted.

void	printArtifactStats (Artifact *a)
	Takes a Artifact pointer and prints most of its values formatted.

void	enqueue_notification (char text, int time, int color, RingaBuf rb_notifications)
	Takes a RingaBuf pointer and queues the passed text to it.

void	applyStatus (Fighter f, RingaBuf rb_notifications)
	Takes a RingaBuf pointer to queue notifications to, a Fighter pointer value and applies the effect pertaining to its status value.

void	applyEStatus (Enemy e, RingaBuf rb_notifications)
	Takes a RingaBuf pointer to queue notifications to, a Enemy pointer value and applies the effect pertaining to its status value.

void	applyBStatus (Boss b, RingaBuf rb_notifications)
	Takes a RingaBuf pointer to queue notifications to, a Boss pointer value and applies the effect pertaining to its status value.

void	printStatusText (fighterStatus status, char subject, int color, RingaBuf rb_notifications)
	Takes a RingaBuf pointer to queue notifications to, a fighterStatus value and a string of who's the entity to print the respective status message.

void	dropEquip (Fighter player, int beast, Koliseo kls, RingaBuf *rb_notifications)
	Takes a Fighter pointer value and an integer indicating if the drop was from a beast enemy, and adds a random Equip to the fighter's equipsBag.

void	death (Fighter player, loadInfo load_info)
	Takes a Fighter and loadInfo pointers and prints fighter stats and a game over message.

void	e_death (Enemy *e)
	Takes a Enemy pointer and frees its allocated memory.

void	b_death (Boss *b)
	Takes a Boss pointer and frees its allocated memory.

void	updateCounters (Turncounter counters[], int isEnemy, Fighter f, Enemy *e)
	Takes a Turncounter array, an integer, a Fighter pointer and an Enemy pointer.

void	updateCounters_Boss (Turncounter counters[], int isBoss, Fighter f, Boss *b)
	Takes a Turncounter array, an integer, a Fighter pointer and a Boss pointer.

void	checkremainder (Fighter *player, int xp)
	Takes a Fighter pointer and the amount of xp to add.

void	giveXp (Fighter player, Enemy e)
	Takes a Fighter and a Enemy pointers and handles xp gain by fighter.

void	giveXp_Boss (Fighter player, Boss b)
	Takes a Fighter and a Boss pointers and handles xp gain by fighter.

int	getEnemyXpGain (Enemy *e)
	Takes a Enemy pointer and returns its xp gain as sum of xp field value and level.

int	getBossXpGain (Boss *b)
	Takes a Boss pointer and returns its xp gain as sum of xp field value and level.

void	onLevelUp (Fighter *player)
	Takes a Fighter pointer and updated its stats.

int	getBoost (int lvl, int luck)
	Takes two integers for level to calc against and luck, and returns the boost relative to the level with luck variations, as an integer.

void	sell_all_equips (Fighter f, Koliseo_Temp t_kls)
	Takes a Fighter pointer and deleted all the equips not in use, granting a payment to the Fighter balance.

turnOption	getTurnChoice (char *ch)
	Returns the chosen option as a turnOption.

foeTurnOption	enemyTurnPick (Enemy e, Fighter f)
	Returns a randomised pick as foeTurnOption.

foeTurnOption	bossTurnPick (Boss b, Fighter f)
	Returns a randomised pick as foeTurnOption.

void	quit (Fighter p, Room room, loadInfo load_info, Koliseo_Temp t_kls)
	Takes a Fighter, a Room and a loadInfo pointers, and prints fighter stats and a quitting message, before quitting the program and freeing Room.

void	setCounter (Turncounter *c, int turns)
	Takes a Turncounter pointer and an integer.

void	useConsumable (Fighter f, Enemy e, Boss b, char string, int isBoss)
	Takes a Fighter, an Enemy and a Boss pointers, a string denoting the consumableClass and an int for use on enemy or boss.

int	hlpd_rand_docount (bool count)
	Wraps over rand() to update G_RNG_ADVANCEMENTS if passed flag is true.

int	hlpd_rand (void)
	Wraps over hlpd_rand_docount() to update G_RNG_ADVANCEMENTS.

unsigned long	hlpd_hash (unsigned char *str)
	djb2 by Dan Bernstein.

void	gen_random_seed (char buffer[PATH_SEED_BUFSIZE+1])
	Sets the passed buffer up to be a random seed.

bool	check_seed (char buffer[PATH_SEED_BUFSIZE])
	Checks the passed buffer as a seed.

void	hlpd_reset_logfile (void)

void	hlpd_use_forced_flags (const char *whoami)

int	display_colorpairs (void)
	Runs some shell commands to see all color pairs, then returns exitcode Prints the encoded value of the passed char to the window at the coordinates.

int	hlpd_getopt (size_t argc, char *argv, const char whoami)
	Parse options from CLI arguments.

Macro Definition Documentation

◆ _POSIX_C_SOURCE

#define _POSIX_C_SOURCE 200809L

◆ hlpd_d_keyval

#define hlpd_d_keyval ( key )

Value:

((((key) >= 0) && ((key) <= HLPD_KEYCLASS_MAX)) ? (hlpd_default_keybinds[(key)].val) : -1 )

hlpd_default_keybinds

HLPD_Key hlpd_default_keybinds[HLPD_KEYCLASS_MAX+1]

Array with the keybinds for the game.

Definition game_core.c:46

HLPD_KEYCLASS_MAX

#define HLPD_KEYCLASS_MAX

Maximum index of HLPD_KeyClass, so that the size has to add 1 for the 0th index.

Definition game_core.h:125

HLPD_Key::val

int val

Definition game_core.h:138

Function Documentation

◆ applyBStatus()

void applyBStatus	(	Boss *	b,
		RingaBuf *	rb_notifications )

Takes a RingaBuf pointer to queue notifications to, a Boss pointer value and applies the effect pertaining to its status value.

See also: Boss; fighterStatus; printStatusText(); stringFromBossClass()

Parameters

b	The Boss pointer at hand.
rb_notifications	The RingaBuf used for notifications.

◆ applyEStatus()

void applyEStatus	(	Enemy *	e,
		RingaBuf *	rb_notifications )

Takes a RingaBuf pointer to queue notifications to, a Enemy pointer value and applies the effect pertaining to its status value.

See also: Enemy; fighterStatus; printStatusText(); stringFromEClass()

Parameters

e	The Enemy pointer at hand.
rb_notifications	The RingaBuf used for notifications.

See also: enqueue_notification()

◆ applyPermboosts()

void applyPermboosts ( Fighter * f )

Takes a Fighter pointer and applies all of its permboost_STAT values by adding them to the current stat values.

See also: Fighter

Parameters

f	The fighter pointer whose permboosts will be applied.

◆ applyStatus()

void applyStatus	(	Fighter *	f,
		RingaBuf *	rb_notifications )

Takes a RingaBuf pointer to queue notifications to, a Fighter pointer value and applies the effect pertaining to its status value.

See also: Fighter; fighterStatus; printStatusText()

Parameters

f	The Fighter pointer at hand.
rb_notifications	The RingaBuf pointer used for notifications.

◆ b_death()

void b_death ( Boss * b )

Takes a Boss pointer and frees its allocated memory.

The counters field is freed before the boss pointer.

See also: Boss

Parameters

b	The Boss pointer to free.

◆ blue()

void blue ( void )

Prints an ASCII escape code that makes subsequent output a thick blue color.

◆ bossTurnPick()

foeTurnOption bossTurnPick	(	Boss *	b,
		Fighter *	f )

Returns a randomised pick as foeTurnOption.

Parameters

b	Pointer to the boss to pick for.
f	Pointer to the target fighter.

Returns: The chosen foeturnOption value representing turn action.

◆ check_seed()

bool check_seed ( char buffer[PATH_SEED_BUFSIZE] )

Checks the passed buffer as a seed.

Only chars >= 0, <= Z; not including the symbols between digits and letters. Notably, the passed buffer is checked by applying toupper() to each char.

Parameters

buffer The buffer to check.

Returns: True for a valid seed.

◆ checkremainder()

void checkremainder	(	Fighter *	player,
		int	xp )

Takes a Fighter pointer and the amount of xp to add.

Current level xp is managed by this function, including how much xp is needed to level up again. The values are stored in the fighter struct. Thresholds for each level are checked and eventually onLevelUp() is called, with recursion on this function after.

See also: Fighter; onLevelUp()

Parameters

player	The Fighter pointer that gets xp.
xp	The amount of xp.

◆ copy_fighter()

void copy_fighter	(	Fighter *	source,
		Fighter *	dest )

Takes two Fighter pointers, with all their fields already allocated, and copies all valaues from source to dest.

See also: Fighter

Parameters

source	The Fighter pointer to be copied.
dest	The Fighter pointer to copy to.

◆ costFromSkill()

int costFromSkill ( skillType class )

Takes a skillType and returns the corresponding cost by the inner array position, as an integer.

Correct result is only possible by having the enum values in a consistent order with the integer array.

See also: fighterClass; skillType

Parameters

class The skillType.

Returns: int Cost of the corresponding skillType.

◆ costFromSpecial()

int costFromSpecial	(	fighterClass	class,
		specialMove	move )

Takes a fighterClass and a specialMove and returns the corresponding cost by the inner array position, as an integer.

Correct result is only possible by having the enum values in a consistent order with the integer array.

See also: fighterClass; specialMove

Parameters

class	The fighterClass.
move	The specialMove.

Returns: int Cost of the corresponding special move.

◆ cyan()

void cyan ( void )

Prints an ASCII escape code that makes subsequent output a thick cyan color.

◆ dbg_countStats()

void dbg_countStats ( countStats * stats )

Debugs the passed (preallocated) countStats with log_tag().

Parameters

stats The allocated countStats to debug.

◆ dbg_Fighter()

void dbg_Fighter ( Fighter * fighter )

Debugs the passed (preallocated) Fighter with log_tag().

Parameters

fighter The allocated Fighter to debug.

◆ dbg_GameOptions()

void dbg_GameOptions ( GameOptions * options )

◆ dbg_GameScreen()

void dbg_GameScreen ( GameScreen * scr )

Debugs the passed (preallocated) GameScreen with log_tag().

Parameters

scr	The allocated GameScreen to debug.

◆ dbg_Gamestate()

void dbg_Gamestate ( Gamestate * gmst )

Debugs the passed (preallocated) Gamestate with log_tag().

Parameters

gmst	The allocated Gamestate to debug.

◆ dbg_Path()

void dbg_Path ( Path * path )

Debugs the passed (preallocated) Path with log_tag().

Parameters

path	The allocated Path to debug.

◆ dbg_print_explored_layout()

void dbg_print_explored_layout ( Floor * floor )

Logs explored layout for passed Floor.

◆ dbg_print_floor_layout()

void dbg_print_floor_layout ( Floor * floor )

Logs floor layout for passed Floor.

◆ dbg_print_roomclass_layout()

void dbg_print_roomclass_layout ( Floor * floor )

Logs roomclass layout for passed Floor.

◆ dbg_Saveslot()

void dbg_Saveslot ( Saveslot * saveslot )

Debugs the passed (preallocated) Saveslot with log_tag().

Parameters

saveslot The allocated Saveslot to debug.

◆ dbg_Wincon()

void dbg_Wincon ( Wincon * wc )

Debugs the passed (preallocated) Wincon with log_tag().

Parameters

wc	The allocated countStats to debug.

◆ death()

void death	(	Fighter *	player,
		loadInfo *	load_info )

Takes a Fighter and loadInfo pointers and prints fighter stats and a game over message.

Consumables and Artifacts are emptied before freeing the player's specials, counters, perks and stats field. At last, the player pointer is freed.

See also: Fighter; handleStats(); emptyConsumables(); emptyArtifacts()

Parameters

player	The Fighter pointer to free.
load_info	The loadInfo pointer to free.

◆ descStringFromChest()

char * descStringFromChest ( int c )

Takes a integer and returns the corresponding chest desc string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: chestClass

Parameters

c	The integer/chestClass.

Returns: String corresponding to the chest desc.

◆ descStringFromPerk()

char * descStringFromPerk ( int p )

Takes a integer and returns the corresponding perk desc string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: perkClass; Perk

Parameters

p	The integer/perkClass.

Returns: String corresponding to the perk desc.

◆ descStringFromSkill()

char * descStringFromSkill ( skillType class )

Takes a fighterClass and a specialMove and returns the corresponding desc string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: fighterClass; skillType

Parameters

class The skillType.

Returns: String corresponding to the skillType.

◆ descStringFromSpecial()

char * descStringFromSpecial	(	fighterClass	class,
		specialMove	move )

Takes a fighterClass and a specialMove and returns the corresponding desc string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: fighterClass; specialMove

Parameters

class	The fighterClass.
move	The specialMove.

Returns: String corresponding to the special move.

◆ descStringFromTreasure()

char * descStringFromTreasure ( int t )

Takes a integer and returns the corresponding treasure desc string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: treasureClass

Parameters

t	The integer/treasureClass.

Returns: String corresponding to the treasure desc.

◆ display_colorpairs()

int display_colorpairs ( void )

Runs some shell commands to see all color pairs, then returns exitcode Prints the encoded value of the passed char to the window at the coordinates.

◆ dropArtifact()

int dropArtifact ( Fighter * player )

Takes a Fighter pointer value and adds a random Artifact to artifactsBag.

The Artifact is randomised according to ARTIFACTSMAX until one which was not found yet drops. Special Equip functions are also set up here.

See also: Fighter; Artifact; artifactClass; stringFromArtifacts()

Parameters

player The Fighter pointer at hand.

Returns: int Returns the enum value of the drop as an integer.

◆ dropConsumable()

int dropConsumable ( Fighter * player )

Takes a Fighter pointer value and adds a random Consumable to consumablesBag.

See also: Fighter; Consumable; consumableClass; CONSUMABLESMAX; stringFromConsumables()

Parameters

player The Fighter pointer at hand.

Returns: int Returns the enum value of the drop as an integer.

◆ dropEquip()

void dropEquip	(	Fighter *	player,
		int	beast,
		Koliseo *	kls,
		RingaBuf *	rb_notifications )

Takes a Fighter pointer value and an integer indicating if the drop was from a beast enemy, and adds a random Equip to the fighter's equipsBag.

Prints notifications to the passed RingaBuf pointer. The Equip dropped is initalised here, including stat variations for quality and level boosts (stat increase from base level by adding player level over EQUIPLVLBOOSTRATIO. The values of earliestBagSlot and equipsBagOccupiedSlots are managed. If equipsBag is full (EQUIPSBAGSIZE), user has to choose one Equip not currently equipped to be deleted and replaced by the new one. Special Equip functions are also set up here.

See also: Fighter; Equip; equipClass; quality; EQUIPLVLBOOSTRATIO; EQUIPSBAGSIZE; stringFromQuality(); stringFromEquips()

Parameters

player	The Fighter pointer at hand.
beast	The integer for drops coming from a beast kill if true.
kls	The Koliseo used for allocations.
rb_notifications	The RingaBuf used for notifications.

◆ e_death()

void e_death ( Enemy * e )

Takes a Enemy pointer and frees its allocated memory.

The counters field is freed before the enemy pointer.

See also: Enemy

Parameters

e	The Enemy pointer to free.

◆ emptyArtifacts()

void emptyArtifacts ( Fighter * f )

Takes a Fighter pointer and sets the qty value to 0 and the active flag to false for all Artifacts in the fighter's artifactsBag with positive qty.

See also: Artifact; artifactClass; ARTIFACTSMAX

Parameters

f	The Fighter pointer at hand.

◆ emptyConsumables()

void emptyConsumables ( Fighter * f )

Sets the qty value to 0 for all Consumable in f's consumablesBag with positive qty.

See also: Consumable; consumableClass; CONSUMABLESMAX; getConsumableQty()

Parameters

f	The Fighter pointer at hand.

◆ emptyEquips()

void emptyEquips ( Fighter * player )

Takes a Fighter pointer and, for all Equip in equipsBag field with positive qty, sets qty to 0 and frees the Equip pointer.

See also: Fighter; Equip

Parameters

player The fighter pointer whose equipsbag will be emptied.

◆ enemyTurnPick()

foeTurnOption enemyTurnPick	(	Enemy *	e,
		Fighter *	f )

Returns a randomised pick as foeTurnOption.

Parameters

e	Pointer to the enemy to pick for.
f	Pointer to the target fighter.

Returns: The chosen foeturnOption value representing turn action.

◆ enqueue_notification()

void enqueue_notification	(	char *	text,
		int	time,
		int	color,
		RingaBuf *	rb_notifications )

Takes a RingaBuf pointer and queues the passed text to it.

See also: handleRoom_Enemies(); handleRoom_Boss()

Parameters

text	The contents of the notification.
time	The display time in milliseconds (unused, for now)
color	The index of color to use for the notification drawing.
rb_notifications	The Ringabuf to push the notification to.

◆ freeRoom()

void freeRoom ( Room * room )

Frees the memory allocated for the passed room pointer.

Parameters

room	The Room pointer to free.

See also: Room

◆ gen_random_seed()

void gen_random_seed ( char buffer[PATH_SEED_BUFSIZE+1] )

Sets the passed buffer up to be a random seed.

Only chars >= 0, <= Z; not including the symbols between digits and letters.

Parameters

buffer The buffer to set.

◆ get_StatBoostCounter_FoeParty_Fun()

boost_fp_fun get_StatBoostCounter_FoeParty_Fun ( Stat s )

Takes a Stat and returns the corresponding boost_fp_fun pointer for the function relating to the stat.

See also: Stat; boost_fp_fun

Parameters

s	The Stat that the caller needs to match to a boost_fp_fun pointer.

Returns: The boost_fp_fun pointer related to the stat.

◆ get_StatusCounter_FoeParty_Fun()

effect_fp_fun get_StatusCounter_FoeParty_Fun ( fighterStatus status )

◆ getBoost()

int getBoost	(	int	lvl,
		int	luck )

Takes two integers for level to calc against and luck, and returns the boost relative to the level with luck variations, as an integer.

At level 1, returns 0.

Parameters

lvl	The level to check the boost against.
luck	The luck value to influence calcs.

Returns: int The boost for any given stat, at the level passed as argument.

◆ getBossBoost()

int getBossBoost	(	int	lvl,
		bossClass	bclass )

Takes one integer and a bossClass and returns the boost relative to the level delta with base boss stats, as an integer.

The EnemyBossStats pointer for the boss's bossClass is loaded. If the boost is negative, returns 0.

See also: Boss; bossClass; BossBaseStats

Parameters

lvl	The level to check the boost against.
bclass	The bossClass used to determine base level.

Returns: int The boost for any given stat, at the level passed as argument.

◆ getBossXpGain()

int getBossXpGain ( Boss * b )

Takes a Boss pointer and returns its xp gain as sum of xp field value and level.

See also: Boss

Parameters

b	The Boss pointer.

Returns: int The xp gain.

◆ getConsumableQty()

int getConsumableQty	(	Fighter *	f,
		int	n )

Takes a Fighter pointer and an integer denoting the consumableClass and returns the respective qty value from player's consumablesBag at the provided index.

See also: Fighter; Consumable; consumableClass

Parameters

f	The Fighter pointer.
n	The consumableClass value.

Returns: int The qty value in consumablesBag for selected consumableClass.

◆ getEnemyBoost()

int getEnemyBoost	(	int	lvl,
		enemyClass	eclass )

Takes one integer and an enemyClass and returns the boost relative to the level delta with base enemy stats, as an integer.

The EnemyBaseStats pointer for the enemy's enemyClass is loaded. If the boost is negative, returns 0.

See also: Enemy; enemyClass; EnemyBaseStats

Parameters

lvl	The level to check the boost against.
eclass	The enemyClass used to determine base level.

Returns: int The boost for any given stat, at the level passed as argument.

◆ getEnemyXpGain()

int getEnemyXpGain ( Enemy * e )

Takes a Enemy pointer and returns its xp gain as sum of xp field value and level.

See also: Enemy

Parameters

e	The Enemy pointer.

Returns: int The xp gain.

◆ getStatBoostCounterBossFun()

boost_b_fun getStatBoostCounterBossFun ( Stat s )

Takes a Stat and returns the corresponding boost_b_fun pointer for the function relating to the stat.

See also: Stat; boost_b_fun

Parameters

s	The Stat that the caller needs to match to a boost_b_fun pointer.

Returns: The boost_b_fun pointer related to the stat.

◆ getStatBoostCounterEnemyFun()

boost_e_fun getStatBoostCounterEnemyFun ( Stat s )

Takes a Stat and returns the corresponding boost_e_fun pointer for the function relating to the stat.

See also: Stat; boost_e_fun

Parameters

s	The Stat that the caller needs to match to a boost_e_fun pointer.

Returns: The boost_e_fun pointer related to the stat.

◆ getStatBoostCounterFun()

boost_fun getStatBoostCounterFun ( Stat s )

Takes a Stat and returns the corresponding boost_fun pointer for the function relating to the stat.

See also: Stat; boost_fun

Parameters

s	The Stat that the caller needs to match to a boost_fun pointer.

Returns: The boost_fun pointer related to the stat.

◆ getStatusCounterBossFun()

effect_b_fun getStatusCounterBossFun ( fighterStatus status )

Takes a fighterStatus and returns the corresponding effect_e_fun pointer for the function relating to the status.

See also: fighterStatus; effect_e_fun

Parameters

status The fighterStatus that the caller needs to match to a effect_e_fun pointer.

Returns: The effect_e_fun pointer related to the status.

◆ getStatusCounterEnemyFun()

effect_e_fun getStatusCounterEnemyFun ( fighterStatus status )

Takes a fighterStatus and returns the corresponding effect_e_fun pointer for the function relating to the status.

See also: fighterStatus; effect_e_fun

Parameters

status The fighterStatus that the caller needs to match to a effect_e_fun pointer.

Returns: The effect_e_fun pointer related to the status.

◆ getStatusCounterFun()

effect_fun getStatusCounterFun ( fighterStatus status )

Takes a fighterStatus and returns the corresponding effect_fun pointer for the function relating to the status.

See also: fighterStatus; effect_fun

Parameters

status The fighterStatus that the caller needs to match to a effect_fun pointer.

Returns: The effect_fun pointer related to the status.

◆ getTurnChoice()

turnOption getTurnChoice ( char * ch )

Returns the chosen option as a turnOption.

Parameters

ch	A string representing the turn choice.

Returns: The chosen turnOption value representing turn action.

◆ giveXp()

void giveXp	(	Fighter *	player,
		Enemy *	e )

Takes a Fighter and a Enemy pointers and handles xp gain by fighter.

See also: Fighter; Enemy; getEnemyXpGain(); checkremainder()

Parameters

player	The Fighter pointer that gets xp.
e	The Enemy pointer that gives xp.

◆ giveXp_Boss()

void giveXp_Boss	(	Fighter *	player,
		Boss *	b )

Takes a Fighter and a Boss pointers and handles xp gain by fighter.

See also: Fighter; Boss; getBossXpGain(); checkremainder()

Parameters

player	The Fighter pointer that gets xp.
b	The Boss pointer that gives xp.

◆ green()

void green ( void )

Prints an ASCII escape code that makes subsequent output a thick green color.

◆ hlpd_dbg_features()

void hlpd_dbg_features ( void )

Prints configuration info.

◆ hlpd_getopt()

int hlpd_getopt	(	size_t	argc,
		char **	argv,
		const char *	whoami )

Parse options from CLI arguments.

Parameters

argc	argc from main
argv	argv from main
whoami	Name used by the program

Returns: The value of "optind" at the end of the routine.

◆ hlpd_hash()

unsigned long hlpd_hash ( unsigned char * str )

djb2 by Dan Bernstein.

See: http://www.cse.yorku.ca/~oz/hash.html https://stackoverflow.com/questions/7666509/hash-function-for-string

Parameters

str	The string to hash.

Returns: The resulting hash.

◆ hlpd_rand()

int hlpd_rand ( void )

Wraps over hlpd_rand_docount() to update G_RNG_ADVANCEMENTS.

See also: G_RNG_ADVANCEMENTS; hlpd_rand_docount()

Returns: A random integer from hlpd_rand_docount().

◆ hlpd_rand_docount()

int hlpd_rand_docount ( bool count )

Wraps over rand() to update G_RNG_ADVANCEMENTS if passed flag is true.

See also: G_RNG_ADVANCEMENTS; rand()

Parameters

count When true, advance G_RNG_ADVANCEMENTS.

Returns: A random integer from rand().

◆ hlpd_reset_logfile()

void hlpd_reset_logfile ( void )

◆ hlpd_sigint_handler()

void hlpd_sigint_handler ( int signum )

Function to handle Ctrl+C signal.

See also: SIGINT

Parameters

signum The signal number, expected to be SIGINT.

◆ hlpd_use_forced_flags()

void hlpd_use_forced_flags ( const char * whoami )

◆ init_game_color_pairs()

void init_game_color_pairs ( void )

◆ initWincon()

void initWincon	(	Wincon *	w,
		Path *	p,
		winconClass	class )

Takes a Wincon and a Path pointers and a winconClass and initialises the passed Wincon.

See also: Wincon; Path; winconClass; WINCON_CLASS_MAX

Parameters

w	The Wincon pointer to initialise.
p	The Path to use to initialise Wincon.
class	The winconClass to use to initialise.

◆ lightBlue()

void lightBlue ( void )

Prints an ASCII escape code that makes subsequent output a light blue color.

◆ lightCyan()

void lightCyan ( void )

Prints an ASCII escape code that makes subsequent output a light cyan color.

◆ lightGreen()

void lightGreen ( void )

Prints an ASCII escape code that makes subsequent output a light green color.

◆ lightPurple()

void lightPurple ( void )

Prints an ASCII escape code that makes subsequent output a light purple color.

◆ lightRed()

void lightRed ( void )

Prints an ASCII escape code that makes subsequent output a light red color.

◆ lightYellow()

void lightYellow ( void )

Prints an ASCII escape code that makes subsequent output a light yellow color.

◆ loadLore()

void loadLore	(	char **	lore_strings,
		int	loreKind )

Loads the lore strings from the appropriate lore file.

Parameters

lore_strings	The string array to copy to.
loreKind	The kind of lore, used to open the corresponding lore file.

See also: gameloop()

◆ log_OP()

void log_OP ( turnOption_OP op )

Logs a turnOption_OP to "$STATICDIR/OPS_log.txt".

Parameters

op	The turnOption_OP to log.

◆ log_tag()

void log_tag	(	char *	filename,
		char *	header,
		const char *	format,
			... )

Takes a filename string, a string headear and a format string.

Tries logging the message to the passed file if global var G_DEBUG_ON is set.

Parameters

filename	The filename to open.
header	The string header for the message to log.
format	The format string for message.

◆ nameStringFromPerk()

char * nameStringFromPerk ( int p )

Takes a integer and returns the corresponding perk name string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: perkClass; Perk

Parameters

p	The integer/perkClass.

Returns: String corresponding to the perk name.

◆ nameStringFromSkill()

char * nameStringFromSkill ( skillType class )

Takes a skillType and returns the corresponding name string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: fighterClass; specialMove

Parameters

class The skillType.

Returns: String corresponding to the skillType.

◆ nameStringFromSpecial()

char * nameStringFromSpecial	(	fighterClass	class,
		specialMove	move )

Takes a fighterClass and a specialMove and returns the corresponding name string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: fighterClass; specialMove

Parameters

class	The fighterClass.
move	The specialMove.

Returns: String corresponding to the special move.

◆ onLevelUp()

void onLevelUp ( Fighter * player )

Takes a Fighter pointer and updated its stats.

getBoost() is called to get the stat boost for current level, which is then applyed to atk, def and vel; while hp gets first multiplied by 1.13 and then gets the boost added. The totalenergy value is increased by player level over 5. Hp and energy are replenished. If the level is multiple of SPECIALLVLRATIO and the player still has at least one SpecialSlot not enabled, unlockSpecial() is called.

See also: Fighter; getBoost(); BaseStats; SpecialSlot; SPECIALSMAX; SPECIALLVLRATIO; unlockSpecial()

Parameters

player The Fighter pointer that levels up.

◆ pickClass()

void pickClass ( Fighter * player )

Takes a Fighter pointer and sets the class value after asking the user for input.

See also: fighterClass; scanClass()

Parameters

player The pointer whose class value will be set.

◆ pickName()

void pickName ( Fighter * player )

Takes a Fighter pointer and sets the name value after asking the user for input.

See also: fighterClass; scanName()

Parameters

player The pointer whose name value will be set.

◆ pickWincon()

void pickWincon ( Wincon * w )

Takes a Wincon pointer and sets its class after asking the user for input.

See also: winconClass; scanWincon()

Parameters

w	The wincon pointer whose class value will be set.

◆ printArtifactStats()

void printArtifactStats ( Artifact * a )

Takes a Artifact pointer and prints most of its values formatted.

See also: Artifact

Parameters

a	The Artifact pointer with stats to print.

◆ printClasses()

void printClasses ( void )

Prints all the fighterClass values as integers and as strings.

See also: fighterClass

◆ printConsumablesStats()

void printConsumablesStats ( Consumable * c )

Takes a Consumable pointer and prints most of its values formatted.

See also: Consumable

Parameters

c	The Consumable pointer with stats to print.

◆ printEStats()

void printEStats ( Enemy * e )

Takes a Enemy pointer and prints most of its values formatted.

See also: Enemy; stringFromEClass(); stringFromStatus()

Parameters

e	The Enemy pointer with stats to print.

◆ printFormattedVersion()

void printFormattedVersion ( const char * progname )

Prints formatted version string.

Parameters

progname The program name string.

◆ printGlobVars()

void printGlobVars ( void )

Prints global vars to stdout.

◆ printSpawnMessage()

void printSpawnMessage	(	Enemy *	e,
		int	roomIndex,
		int	enemyIndex )

Takes a Enemy pointer and two integers for current room index and current enemy index, and prints the spawn message formatted.

See also: Enemy; stringFromEClass()

Parameters

e	The Enemy pointer to print.
roomIndex	The index of current room.
enemyIndex	The index of current enemy.

◆ printStats()

void printStats ( Fighter * f )

Takes a Fighter pointer and prints most of its values formatted.

See also: Fighter; stringFromClass(); stringFromStatus()

Parameters

f	The Fighter pointer with stats to print.

◆ printStatusText()

void printStatusText	(	fighterStatus	status,
		char *	subject,
		int	color,
		RingaBuf *	rb_notifications )

Takes a RingaBuf pointer to queue notifications to, a fighterStatus value and a string of who's the entity to print the respective status message.

See also: fighterStatus

Parameters

status	The fighterStatus at hand.
subject	A string with name of entity owning the fighterStatus.
color	The color to use for the notification.
rb_notifications	The RingaBuf used for notifications.

◆ printTitle()

void printTitle ( void )

Prints an hardcoded title screen.

See also: helapordo_title_string

◆ printVersion()

void printVersion ( void )

Prints version string.

◆ printWincons()

void printWincons ( void )

Prints all the winconClass values as integers and as strings.

See also: winconClass

◆ purple()

void purple ( void )

Prints an ASCII escape code that makes subsequent output a thick purple color.

◆ quit()

void quit	(	Fighter *	p,
		Room *	room,
		loadInfo *	load_info,
		Koliseo_Temp *	t_kls )

Takes a Fighter, a Room and a loadInfo pointers, and prints fighter stats and a quitting message, before quitting the program and freeing Room.

See also: Fighter; printStats(); death()

Parameters

p	The Fighter pointer at hand.
room	The Room pointer at hand.
load_info	The loadInfo pointer at hand.
t_kls	The Koliseo_Temp to end if possible.

◆ randomise_path()

Path * randomise_path	(	char *	seed,
		Koliseo *	kls,
		const char *	path_to_savefile )

Takes an integer seed and returns a Path pointer.

The seed provided is used to set the random seed and initialise the path values.

See also: Path; MAXLENGTH; MAXLUCK

Parameters

seed	A string seed.
kls	The Koliseo used for allocation.
path_to_savefile	Path to savefile.

Returns: A Path pointer with stats.

◆ red()

void red ( void )

Prints an ASCII escape code that makes subsequent output a thick red color.

◆ resetArtifactsState()

void resetArtifactsState ( Fighter * f )

Takes a Fighter pointer and Resets the active value for each Artifact in the fighter's artifactsBag array that doesn't have an always active trait.

At the moment, this only excludes CHAOSORB.

See also: Artifact; artifactClass; Fighter

◆ resetBossStatus()

void resetBossStatus ( Boss * b )

Takes a Boss pointer and resets its status value to Normal.

See also: Boss; fighterStatus

Parameters

b	The pointer whose status value will be reset.

◆ resetEnemyStatus()

void resetEnemyStatus ( Enemy * e )

Takes a Enemy pointer and resets its status value to Normal.

See also: Enemy; fighterStatus

Parameters

e	The pointer whose status value will be reset.

◆ resetFighterStatus()

void resetFighterStatus ( Fighter * f )

Takes a Fighter pointer and resets its status value to Normal.

See also: Fighter; fighterStatus

Parameters

f	The pointer whose status value will be reset.

◆ resetPermboosts()

void resetPermboosts ( Fighter * f )

Takes a Fighter pointer and resets all of its permboost_STAT values to 0, also correctly updating the current stat values.

See also: Fighter

Parameters

f	The fighter pointer whose permboosts will be reset.

◆ resolve_staticPath()

void resolve_staticPath ( char static_path[500] )

Sets the passed char array to the expected path for /static/ folder.

Parameters

static_path The array that will hold path to static folder.

◆ s4c_gui_calloc()

void * s4c_gui_calloc	(	size_t	count,
		size_t	size )

◆ s4c_gui_malloc()

void * s4c_gui_malloc ( size_t size )

◆ saveTypeFrom_string()

saveType saveTypeFrom_string ( char * s )

Takes a string and returns the corresponding saveType.

Will return -1 if no match is found.

Parameters

s	The string to convert.

◆ scanClass()

int scanClass ( void )

Asks for an integer on stdin and returns it if it's a valid fighterClass index.

See also: fighterClass; CLASSESMAX

Returns: The selected integer, negative for unvalid choices.

◆ scanName()

void scanName ( Fighter * player )

Takes a Fighter pointer and sets its name value to the string provided on stdin.

Parameters

player The pointer whose name value will be set.

◆ scanWincon()

int scanWincon ( void )

Asks for an integer on stdin and returns it if it's a valid winconClass index.

See also: winconClass; WINCON_CLASS_MAX

Returns: The selected integer, negative for unvalid choices.

◆ sell_all_equips()

void sell_all_equips	(	Fighter *	f,
		Koliseo_Temp *	t_kls )

Takes a Fighter pointer and deleted all the equips not in use, granting a payment to the Fighter balance.

See also: Shop; handleRoom_Shop(); Fighter

Parameters

f	The Fighter pointer at hand.
t_kls	The Koliseo_Temp used for temp allocations.

◆ set_boss_turnboost_atk()

void set_boss_turnboost_atk	(	Boss *	b,
		int	boost )

Takes a Boss pointer and an integer, used to set the turnboost_atk value at the pointer.

See also: Boss; Turncounter

Parameters

b	The Boss pointer whose turnboost_atk value will be set.
boost	The value that will be set.

◆ set_boss_turnboost_def()

void set_boss_turnboost_def	(	Boss *	b,
		int	boost )

Takes a Boss pointer and an integer, used to set the turnboost_def value at the pointer.

See also: Boss; Turncounter

Parameters

b	The Boss pointer whose turnboost_def value will be set.
boost	The value that will be set.

◆ set_boss_turnboost_enr()

void set_boss_turnboost_enr	(	Boss *	b,
		int	boost )

Takes a Boss pointer and an integer, used to set the turnboost_enr value at the pointer.

See also: Boss; Turncounter

Parameters

b	The Boss pointer whose turnboost_enr value will be set.
boost	The value that will be set.

◆ set_boss_turnboost_vel()

void set_boss_turnboost_vel	(	Boss *	b,
		int	boost )

Takes a Boss pointer and an integer, used to set the turnboost_vel value at the pointer.

See also: Boss; Turncounter

Parameters

b	The Boss pointer whose turnboost_vel value will be set.
boost	The value that will be set.

◆ set_enemy_turnboost_atk()

void set_enemy_turnboost_atk	(	Enemy *	e,
		int	boost )

Takes a Enemy pointer and an integer, used to set the turnboost_atk value at the pointer.

See also: Enemy; Turncounter

Parameters

e	The Enemy pointer whose turnboost_atk value will be set.
boost	The value that will be set.

◆ set_enemy_turnboost_def()

void set_enemy_turnboost_def	(	Enemy *	e,
		int	boost )

Takes a Enemy pointer and an integer, used to set the turnboost_def value at the pointer.

See also: Enemy; Turncounter

Parameters

e	The Enemy pointer whose turnboost_def value will be set.
boost	The value that will be set.

◆ set_enemy_turnboost_enr()

void set_enemy_turnboost_enr	(	Enemy *	e,
		int	boost )

Takes a Enemy pointer and an integer, used to set the turnboost_enr value at the pointer.

See also: Enemy; Turncounter

Parameters

e	The Enemy pointer whose turnboost_enr value will be set.
boost	The value that will be set.

◆ set_enemy_turnboost_vel()

void set_enemy_turnboost_vel	(	Enemy *	e,
		int	boost )

Takes a Enemy pointer and an integer, used to set the turnboost_vel value at the pointer.

See also: Enemy; Turncounter

Parameters

e	The Enemy pointer whose turnboost_vel value will be set.
boost	The value that will be set.

◆ set_foeparty_turnboost_atk()

void set_foeparty_turnboost_atk	(	FoeParty *	fp,
		int	boost )

Takes a FoeParty pointer and an integer, used to set the turnboost_atk value at the pointer.

See also: FoeParty; Turncounter

Parameters

fp	The FoeParty pointer whose turnboost_atk value will be set.
boost	The value that will be set.

◆ set_foeparty_turnboost_def()

void set_foeparty_turnboost_def	(	FoeParty *	fp,
		int	boost )

Takes a FoeParty pointer and an integer, used to set the turnboost_def value at the pointer.

See also: FoeParty; Turncounter

Parameters

fp	The FoeParty pointer whose turnboost_def value will be set.
boost	The value that will be set.

◆ set_foeparty_turnboost_enr()

void set_foeparty_turnboost_enr	(	FoeParty *	fp,
		int	boost )

Takes a FoeParty pointer and an integer, used to set the turnboost_enr value at the pointer.

See also: FoeParty; Turncounter

Parameters

fp	The FoeParty pointer whose turnboost_enr value will be set.
boost	The value that will be set.

◆ set_foeparty_turnboost_vel()

void set_foeparty_turnboost_vel	(	FoeParty *	fp,
		int	boost )

Takes a FoeParty pointer and an integer, used to set the turnboost_vel value at the pointer.

See also: FoeParty; Turncounter

Parameters

fp	The FoeParty pointer whose turnboost_vel value will be set.
boost	The value that will be set.

◆ set_turnboost_atk()

void set_turnboost_atk	(	Fighter *	f,
		int	boost )

Takes a Fighter pointer and an integer, used to set the turnboost_atk value at the pointer.

See also: Fighter; Turncounter

Parameters

f	The Fighter pointer whose turnboost_atk value will be set.
boost	The value that will be set.

◆ set_turnboost_def()

void set_turnboost_def	(	Fighter *	f,
		int	boost )

Takes a Fighter pointer and an integer, used to set the turnboost_def value at the pointer.

See also: Fighter; Turncounter

Parameters

f	The Fighter pointer whose turnboost_def value will be set.
boost	The value that will be set.

◆ set_turnboost_enr()

void set_turnboost_enr	(	Fighter *	f,
		int	boost )

Takes a Fighter pointer and an integer, used to set the turnboost_enr value at the pointer.

See also: Fighter; Turncounter

Parameters

f	The Fighter pointer whose turnboost_enr value will be set.
boost	The value that will be set.

◆ set_turnboost_vel()

void set_turnboost_vel	(	Fighter *	f,
		int	boost )

Takes a Fighter pointer and an integer, used to set the turnboost_vel value at the pointer.

See also: Fighter; Turncounter

Parameters

f	The Fighter pointer whose turnboost_vel value will be set.
boost	The value that will be set.

◆ setConsumablePrices()

void setConsumablePrices	(	int	size,
		int *	consumablePrices,
		Consumable **	consumables )

Takes a size int and a pointer to integer array, initialises all the prices.

See also: initShop()

Parameters

size	Size of both arrays.
consumablePrices	Pointer to integer array for prices.
consumables	Pointer to Consumable pointer to influence pricing.

◆ setCounter()

void setCounter	(	Turncounter *	c,
		int	turns )

Takes a Turncounter pointer and an integer.

If the count value at the pointer is 0 (counter is inactive), the turns valueis assigned.

See also: Turncounter

Parameters

c	The Turncounter whose count value will be set.
turns	The value to be assigned.

◆ setEquipPrices()

void setEquipPrices	(	int	size,
		int *	equipPrices,
		Equip *	equips[] )

Takes a size int and a pointer to integer array, initialises all the prices, depending on stats from the Equips array pointer.

See also: initShop(); Equip

Parameters

size	Size of both arrays.
equipPrices	Pointer to integer array for prices.
equips	Pointer to Equip pointer to influence pricing.

◆ setRoomType()

void setRoomType	(	Path *	path,
		int *	roadFork_value,
		roomClass *	room_type,
		int	roomsDone )

Takes a path pointer, a roadFork value pointer, a room type pointer, and an integer.

Depending on GAMEMODE (and eventually roadFork value), sets the room type pointer to a roomClass value.

Parameters

path	Pointer to Path.
roadFork_value	The pointer value of the roadfork that we must use as result.
room_type	The pointer value of the room type to set.
roomsDone	The total of rooms completed.

◆ statReset()

void statReset	(	Fighter *	player,
		int	force )

Takes a Fighter pointer and an integer used to force execution.

If the force parameter is true, all checks are ignored. If enemy's hp value is at least 50% of total, and none of atk, def or vel is 0 or less, nothing happens with an early return. Otherwise, getBoost() is called to calc the level stat boost for each stat. The BaseStats pointer for the fighter's fighterClass is loaded and each one of atk, def and vel is checked accounting for level boost. If none of them is below the respective treshold of 35, 18 and 30 % of total, nothing happens. Otherwise, all of them are reset to full amount accounting for permboosts and level boost.

See also: Fighter; fighterClass; getBoost()

Parameters

player	The Fighter pointer to check the stats for.
force	The integer to bypass all checks if true.

◆ statResetBoss()

void statResetBoss	(	Boss *	b,
		int	force )

Takes a Boss pointer and an integer used to force execution.

If the force parameter is true, all checks are ignored. If boss's hp value is at least 40% of total, and none of atk, def or vel is 0 or less, nothing happens with an early return. Otherwise, getBossBoost() is called to calc the level stat boost for each stat. The BossBaseStats pointer for the boss's bossClass is loaded and each one of atk, def and vel is checked accounting for level boost. If none of them is below the respective treshold of 30, 30 and 20 % of total, nothing happens. Otherwise, all of them are reset to full amount accounting for beast boost and level boost.

See also: Boss; bossClass; getBossBoost(); BSTFACTOR; BossBaseStats

Parameters

b	The Boss pointer to check the stats for.
force	The integer to bypass all checks if true.

◆ statResetEnemy()

void statResetEnemy	(	Enemy *	e,
		int	force )

Takes an Enemy pointer and an integer used to force execution.

If the force parameter is true, all checks are ignored. If enemy's hp value is at least 40% of total, and none of atk, def or vel is 0 or less, nothing happens with an early return. Otherwise, getEnemyBoost() is called to calc the level stat boost for each stat. The EnemyBaseStats pointer for the enemy's enemyClass is loaded and each one of atk, def and vel is checked accounting for level boost. If none of them is below the respective treshold of 30, 30 and 20 % of total, nothing happens. Otherwise, all of them are reset to full amount accounting for beast boost and level boost.

See also: Enemy; enemyClass; getEnemyBoost(); BSTFACTOR; EnemyBaseStats

Parameters

e	The Enemy pointer to check the stats for.
force	The integer to bypass all checks if true.

◆ stringFrom_fightResult()

char * stringFrom_fightResult ( fightResult fr )

Takes a fightResult fr and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: fightResult

Parameters

fr	The fight result value.

Returns: String corresponding to the fight result value.

◆ stringFrom_HLP_Region_Type()

char * stringFrom_HLP_Region_Type ( HLP_Region_Type t )

Takes a integer and returns the corresponding HLP_Region_Type string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: HLP_Region_Type

Parameters

t	The HLP type.

Returns: String corresponding to the HLP_Region_Type name.

◆ stringFrom_HLPD_DirectionalKeys_Schema()

const char * stringFrom_HLPD_DirectionalKeys_Schema ( int dks )

Takes a integer and returns the corresponding HLPD_DirectionalKeys_Schema string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: HLPD_DirectionalKeys_Schema

Parameters

dks	The integer/HLPD_DirectionalKeys_Schema.

Returns: String corresponding to the HLPD_DirectionalKeys_Schema.

◆ stringFrom_HLPD_KeyClass()

char * stringFrom_HLPD_KeyClass ( HLPD_KeyClass k )

Takes a integer and returns the corresponding HLPD_KeyClass string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: HLPD_KeyClass

Parameters

k	The integer/HLPD_KeyClass.

Returns: String corresponding to the HLPD_KeyClass.

◆ stringFrom_OP_res()

char * stringFrom_OP_res ( OP_res r )

Takes a OP_res and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: OP_res

Parameters

r	The OP_res.

Returns: String corresponding to the OP result.

◆ stringFrom_saveType()

char * stringFrom_saveType ( saveType s )

Takes a saveType and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: saveType

Parameters

s	The saveType value.

Returns: String corresponding to the save type.

◆ stringFromArtifacts()

char * stringFromArtifacts ( int a )

Takes a integer and returns the corresponding artifact string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: artifactClass

Parameters

a	The integer/artifactClass.

Returns: String corresponding to the artifact.

◆ stringFromBossClass()

char * stringFromBossClass ( bossClass b )

Takes a bossClass and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: bossClass

Parameters

b	The class.

Returns: String corresponding to the class.

◆ stringFromClass()

char * stringFromClass ( fighterClass f )

Takes a fighterClass and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: fighterClass

Parameters

f	The class.

Returns: String corresponding to the class.

◆ stringFromConsumables()

char * stringFromConsumables ( int c )

Takes a integer and returns the corresponding consumable string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: consumableClass

Parameters

c	The integer/consumableClass.

Returns: String corresponding to the consumable.

◆ stringFromEClass()

char * stringFromEClass ( enemyClass e )

Takes a enemyClass and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: enemyClass

Parameters

e	The class.

Returns: String corresponding to the class.

◆ stringFromEquips()

char * stringFromEquips ( int e )

Takes a integer and returns the corresponding equip string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: equipClass

Parameters

e	The integer/equipClass.

Returns: String corresponding to the equip.

◆ stringFromEquipzones()

char * stringFromEquipzones ( int z )

Takes a integer and returns the corresponding equipzone string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: Equipzone

Parameters

z	The integer/Equipzone.

Returns: String corresponding to the equipzone.

◆ stringFromFloorclass()

char * stringFromFloorclass ( floorClass fc )

Takes a integer and returns the corresponding floorClass string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: floorClass

Parameters

fc	The integer/floorClass.

Returns: String corresponding to the floorClass.

◆ stringFromFoePartyClass()

char * stringFromFoePartyClass ( foePartyClass fp )

Takes a integer and returns the corresponding FoeParty desc string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: foePartyClass

Parameters

fp	The integer/foePartyClass.

Returns: String corresponding to the FoeParty desc.

◆ stringFromFoeTurnOP()

char * stringFromFoeTurnOP ( foeTurnOption_OP ft )

Takes a foeTurnOption_OP and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: foeTurnOption_OP

Parameters

ft	The turn choice.

Returns: String corresponding to the turn choice.

◆ stringFromGamemode()

char * stringFromGamemode ( Gamemode g )

Takes a integer and returns the corresponding gamemode string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: Gamemode

Parameters

g	The integer/Gamemode.

Returns: String corresponding to the gamemode.

◆ stringFromQuality()

char * stringFromQuality ( int q )

Takes a integer and returns the corresponding quality string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: quality

Parameters

q	The integer/quality

Returns: String corresponding to the quality.

◆ stringFromRoom()

char * stringFromRoom ( roomClass r )

Takes a integer and returns the corresponding room name string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: roomClass

Parameters

r	The integer/roomClass.

Returns: String corresponding to the room name.

◆ stringFromStatus()

char * stringFromStatus ( fighterStatus s )

Takes a fighterStatus and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: fighterStatus

Parameters

s	The status.

Returns: String corresponding to the status.

◆ stringFromTurnOP()

char * stringFromTurnOP ( turnOption_OP t )

Takes a turnOption_OP and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: turnOption_OP

Parameters

t	The turn choice.

Returns: String corresponding to the turn choice.

◆ stringFromWinconClass()

char * stringFromWinconClass ( winconClass w )

Takes a winconClass and returns the corresponding string by the inner array position.

Correct result is only possible by having the enum values in a consistent order with the string array.

See also: winconClass

Parameters

w	The class.

Returns: String corresponding to the class.

◆ strongWhite()

void strongWhite ( void )

Prints an ASCII escape code that makes subsequent output a thick white color.

◆ update_Equipslots()

void update_Equipslots ( Fighter * f )

Updates the passed Fighter's Equipslots item fields, by reading the equipsBag field and setting the equipped ones.

Parameters

f	The Fighter to update.

◆ update_Gamestate()

void update_Gamestate	(	Gamestate *	gmst,
		int	current_fighters,
		roomClass	current_roomtype,
		int	current_room_index,
		int	current_enemy_index,
		Floor *	current_floor,
		Room *	current_room,
		GameOptions *	game_options )

Updates the passed (preallocated) Gamestate with the passed int values.

Parameters

gmst	The allocated Gamestate to update.
current_fighters	Number of current Fighters.
current_roomtype	roomClass for current Room.
current_room_index	Index for current Room.
current_enemy_index	Index for current Enemy.
current_floor	Pointer to current Floor, initialised if gmst->gamemode == Rogue.
current_room	Pointer to current Room.
game_options	Pointer to current game options.

◆ updateCounters()

void updateCounters	(	Turncounter *	counters[],
		int	isEnemy,
		Fighter *	f,
		Enemy *	e )

Takes a Turncounter array, an integer, a Fighter pointer and an Enemy pointer.

For every Turncounter in the array count value is checked, and when it's equal to 1, the function pointer relevant to the type value of the Counter is called. Depending on the isEnemy input value, the function call will be for the Fighter or Enemy version (and the according pointer from the input will be passed to the called function). When the count value is 0, counters are considered inactive, so when the count value is not 1, it is lowered by 1 if it's positive.

See also: Fighter; Enemy; Turncounter; Countertype; COUNTERSMAX; counterIndexes

Parameters

counters	The Turncounter array to be updated.
isEnemy	Dictates if the check is done for an Enemy or a Fighter.
f	The Fighter pointer whose counters field will be updated if isEnemy is false.
e	The Enemy pointer whose counters field will be updated if isEnemy is true.

◆ updateCounters_Boss()

void updateCounters_Boss	(	Turncounter *	counters[],
		int	isBoss,
		Fighter *	f,
		Boss *	b )

Takes a Turncounter array, an integer, a Fighter pointer and a Boss pointer.

For every Turncounter in the array count value is checked, and when it's equal to 1, the function pointer relevant to the type value of the Counter is called. Depending on the isBoss input value, the function call will be for the Fighter or Boss version (and the according pointer from the input will be passed to the called function). When the count value is 0 Counters are considered inactive, so when the count value is not 1, it is lowered by 1 if it's positive.

See also: Fighter; Boss; Turncounter; Countertype; COUNTERSMAX; counterIndexes

Parameters

counters	The Turncounter array to be updated.
isBoss	Dictates if the check is done for a Boss or a Fighter.
f	The Fighter pointer whose counters field will be updated if isBoss is false.
b	The Boss pointer whose counters field will be updated if isBoss is true.

◆ usage()

void usage ( const char * progname )

Prints correct argument syntax for command line invocation.

◆ useConsumable()

void useConsumable	(	Fighter *	f,
		Enemy *	e,
		Boss *	b,
		char *	string,
		int	isBoss )

Takes a Fighter, an Enemy and a Boss pointers, a string denoting the consumableClass and an int for use on enemy or boss.

If qty value for the Consumable is 0, we have an early return. Otherise effect is applied and qty is decreased.

See also: Fighter; Enemy; Boss; Consumable; consumableClass

Parameters

f	The Fighter pointer at hand.
e	The Enemy pointer at hand.
b	The Boss pointer at hand.
string	The string value of consumable to use.
isBoss	The mode of use (on boss if == 1)

◆ white()

void white ( void )

Prints an ASCII escape code that makes subsequent output a light white color.

◆ yellow()

void yellow ( void )

Prints an ASCII escape code that makes subsequent output a thick yellow color.

Macros

Functions

Macro Definition Documentation

◆ _POSIX_C_SOURCE

◆ hlpd_d_keyval

Function Documentation

◆ applyBStatus()

◆ applyEStatus()

◆ applyPermboosts()

◆ applyStatus()

◆ b_death()

◆ blue()

◆ bossTurnPick()

◆ check_seed()

◆ checkremainder()

◆ copy_fighter()

◆ costFromSkill()

◆ costFromSpecial()

◆ cyan()

◆ dbg_countStats()

◆ dbg_Fighter()

◆ dbg_GameOptions()

◆ dbg_GameScreen()

◆ dbg_Gamestate()

◆ dbg_Path()

◆ dbg_print_explored_layout()

◆ dbg_print_floor_layout()

◆ dbg_print_roomclass_layout()

◆ dbg_Saveslot()

◆ dbg_Wincon()

◆ death()

◆ descStringFromChest()

◆ descStringFromPerk()

◆ descStringFromSkill()

◆ descStringFromSpecial()

◆ descStringFromTreasure()

◆ display_colorpairs()

◆ dropArtifact()

◆ dropConsumable()

◆ dropEquip()

◆ e_death()

◆ emptyArtifacts()

◆ emptyConsumables()

◆ emptyEquips()

◆ enemyTurnPick()

◆ enqueue_notification()

◆ freeRoom()

◆ gen_random_seed()

◆ get_StatBoostCounter_FoeParty_Fun()

◆ get_StatusCounter_FoeParty_Fun()

◆ getBoost()

◆ getBossBoost()

◆ getBossXpGain()

◆ getConsumableQty()

◆ getEnemyBoost()

◆ getEnemyXpGain()

◆ getStatBoostCounterBossFun()

◆ getStatBoostCounterEnemyFun()

◆ getStatBoostCounterFun()

◆ getStatusCounterBossFun()

◆ getStatusCounterEnemyFun()

◆ getStatusCounterFun()

◆ getTurnChoice()

◆ giveXp()

◆ giveXp_Boss()

◆ green()

◆ hlpd_dbg_features()

◆ hlpd_getopt()

◆ hlpd_hash()

◆ hlpd_rand()

◆ hlpd_rand_docount()

◆ hlpd_reset_logfile()

◆ hlpd_sigint_handler()

◆ hlpd_use_forced_flags()

◆ init_game_color_pairs()

◆ initWincon()

◆ lightBlue()

◆ lightCyan()

◆ lightGreen()

◆ lightPurple()