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Random scores when running character generator with -r #101

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Random scores when running character generator with -r #101

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163 changes: 93 additions & 70 deletions include/character/character.h
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Original file line number Diff line number Diff line change
Expand Up @@ -10,9 +10,9 @@ There is NO WARRANTY, to the extent permitted by law.
#define SRC_CHARACTER_H_

#ifdef _WIN32
# include "exports/character_exports.h"
#include "exports/character_exports.h"
#else
# define CHARACTER_EXPORT
#define CHARACTER_EXPORT
#endif

#include "ability-scores.h"
Expand All @@ -21,12 +21,14 @@ There is NO WARRANTY, to the extent permitted by law.
#include "backgrounds.h"
#include "classes.h"

namespace ORPG {
namespace ORPG
{
/* predefinition of Character class incase functions in the Characters
namespace need it */
class Character;

namespace Characters {
namespace Characters
{
/**
* @desc prints the version info when -V or --version is an argument to the command.
* This adhears to the GNU standard for version printing, and immediately terminates
Expand Down Expand Up @@ -54,24 +56,27 @@ namespace ORPG {
void CHARACTER_EXPORT print_basic_help();

/**
* TODO comments
* TODO comments
* NOTE(incomingstick): This function is not exported because it does not yet need to be
**/
class RaceSelector {
private:
struct race_node {
class RaceSelector
{
private:
struct race_node
{
uint raceID;
bool required;

race_node* parent;
std::vector<race_node* > children;
race_node *parent;
std::vector<race_node *> children;
};

race_node* head;
race_node* current;
race_node* allocate_node(uint raceID,
bool required,
race_node* parent);
race_node *head;
race_node *current;
race_node *allocate_node(uint raceID,
bool required,
race_node *parent);

public:
RaceSelector();
~RaceSelector();
Expand All @@ -87,12 +92,12 @@ namespace ORPG {
* @desc Currently this function just checks to ensure the string contains
* only digits, and returns true. It will return false otherwise.
* If the provided string is empty, this function returns false.
*
*
* TODO(incomingstick): ensure we are at least coming in as an int32.
*
* NOTE(incomingsting): This could, and probably should, be improved
* to also ensure we are within the bounds on the "question" being asked.
*
*
* NOTE(incomingstick): This function is not exported because it does not yet need to be
*
* @param: string check - this string to be checked
Expand All @@ -114,14 +119,14 @@ namespace ORPG {
* @return auto - the selected input
**/
int request_selection(RaceSelector factory);

/**
* @desc This function is build to work specifically in tandem with the Character
* module. It prompts to stdout a request for user input, from stdin, to help determine
* whether or not we should just randomly create the character
*
* TODO character creator switch ('-r' argv should ALSO handle this)
*
*
* @return bool - true if user wants to be random, false otherwise
**/
bool CHARACTER_EXPORT request_is_random();
Expand All @@ -131,10 +136,10 @@ namespace ORPG {
* to first prompt to stdout the base race, requesting a corresponding number
* via stdin. It repeats this process for the subrace, and will continue prompting
* until no other race types could possibly be chosen.
*
*
* @return auto - the current race ID from the RaceSelector
**/
CHARACTER_EXPORT Race* request_race();
CHARACTER_EXPORT Race *request_race();

/**
* @desc This function prompts the user, via stdout, for 6 numbers to
Expand All @@ -153,13 +158,20 @@ namespace ORPG {
* @return AbilityScores - an AbilityScores object containing the users input
* scores
**/
CHARACTER_EXPORT AbilityScores* request_scores();
CHARACTER_EXPORT AbilityScores *request_scores();

/**
* @desc This function generates and returns random ability scores to be used in a character.
*
* @return AbilityScores* - an AbilityScores object containing random scores.
**/
CHARACTER_EXPORT AbilityScores *gen_rand_scores();

/**
* @desc This function prompts the user via stdout for a name, and reading
* from stdin the input. We use the safeGetline function via the ORPG::Utils
* namespace to ensure integrity across platforms.
*
*
* @return string - the user input string to be used as a name
**/
std::string CHARACTER_EXPORT request_name();
Expand All @@ -181,7 +193,7 @@ namespace ORPG {
*
* @return CharacterClass* - always will return a pointer to a Wizard
**/
CHARACTER_EXPORT CharacterClass* request_class();
CHARACTER_EXPORT CharacterClass *request_class();

/**
* @desc prints "Skill select based on class\n" to stdout
Expand All @@ -190,7 +202,7 @@ namespace ORPG {
*
* @return bool - always will return true
**/
CHARACTER_EXPORT Skills* request_skills();
CHARACTER_EXPORT Skills *request_skills();

/**
* @desc prints "Hit points\n" to stdout
Expand All @@ -199,7 +211,7 @@ namespace ORPG {
*
* @return bool - always will return true
**/
bool CHARACTER_EXPORT request_hitpoints(CharacterClass* classPtr);
bool CHARACTER_EXPORT request_hitpoints(CharacterClass *classPtr);

/**
* @desc prints "Equipment\n" to stdout
Expand All @@ -216,21 +228,28 @@ namespace ORPG {
* and attempts to load it as a character class. If a new Character is
* able to be created from the file, it will return a pointer to that
* character.
*
*
* @return Character* - a pointer to a character created via the file
**/
CHARACTER_EXPORT Character* import_character(std::string file);
CHARACTER_EXPORT Character *import_character(std::string file);
}

/* NOTE: These are just the 5E character requirements */

/* an arrray that holds the EXP needed for each level */
extern const int CHARACTER_EXPORT EXP[];

enum CHARACTER_EXPORT Alignment {
LawfulGood, NeutralGood, ChaoticGood,
LawfulNeutral, TrueNeutral, ChaoticNeutral,
LawfulEvil, NeutralEvil, ChaoticEvil
enum CHARACTER_EXPORT Alignment
{
LawfulGood,
NeutralGood,
ChaoticGood,
LawfulNeutral,
TrueNeutral,
ChaoticNeutral,
LawfulEvil,
NeutralEvil,
ChaoticEvil
};

/**
Expand All @@ -239,31 +258,35 @@ namespace ORPG {
* NOTE(incomingstick): How far do we want to take this? We could
* put ourselves in a tricky place if this is done wrong.
**/
enum CHARACTER_EXPORT Gender {
enum CHARACTER_EXPORT Gender
{
Male,
Female,
Agender
};

enum CHARACTER_EXPORT Size {
Tiny, // 2½ by 2½ ft. [under 2 feet tall]
Small, // 5 by 5 ft. [2 to 4 feet tall]
Medium, // 5 by 5 ft. [4 to 8 feet tall]
Large, // 10 by 10 ft. [8 to 12 feet tall]
Huge, // 15 by 15 ft. [12 to 16 feet tall]
Gatgantuan // 20 by 20 ft or larger [taller than 16 feet]
enum CHARACTER_EXPORT Size
{
Tiny, // 2½ by 2½ ft. [under 2 feet tall]
Small, // 5 by 5 ft. [2 to 4 feet tall]
Medium, // 5 by 5 ft. [4 to 8 feet tall]
Large, // 10 by 10 ft. [8 to 12 feet tall]
Huge, // 15 by 15 ft. [12 to 16 feet tall]
Gatgantuan // 20 by 20 ft or larger [taller than 16 feet]
};

enum CHARACTER_EXPORT VisionType {
enum CHARACTER_EXPORT VisionType
{
Normal,
Blindsight,
DarkVision,
TrueSight
};

struct CHARACTER_EXPORT Vision {
VisionType type; // type of sight
int radius; // radius of vision in feet (-1 == infinite IF unobstructed)
struct CHARACTER_EXPORT Vision
{
VisionType type; // type of sight
int radius; // radius of vision in feet (-1 == infinite IF unobstructed)
};

/* Generates a stat > 1 && < 20 */
Expand All @@ -280,42 +303,42 @@ namespace ORPG {
inline int8 CHARACTER_EXPORT modifier(int abil) { return abil / 2 - 5; };

// TODO take an in depth look at what should and should not be public here
class CHARACTER_EXPORT Character {
class CHARACTER_EXPORT Character
{
private:
Race* race; // The race of our character
AbilityScores* abils; // struct of ability scores
CharacterClass* cClass; // the characters class
Background* bg; // the characters background
Skills* skills; // struct of skill checks
Alignment alignment; // the character alignment
Gender gender; // the characters gender
Size size; // the size type
struct Vision vision; // information about the characters vision
std::string firstName; // the characters first name
std::string lastName; // the characters first name
int curr_hp; // current hit points
int temp_hp; // temporary hit points
int max_hp; // maximum hit points
int prof; // proficiency bonus
int level; // character level total
int curr_exp; // current experience
int max_exp; // experience needed for next level
std::vector<Language> langs; // the array of known languages
uint8 age; // the age of the character
Race *race; // The race of our character
AbilityScores *abils; // struct of ability scores
CharacterClass *cClass; // the characters class
Background *bg; // the characters background
Skills *skills; // struct of skill checks
Alignment alignment; // the character alignment
Gender gender; // the characters gender
Size size; // the size type
struct Vision vision; // information about the characters vision
std::string firstName; // the characters first name
std::string lastName; // the characters first name
int curr_hp; // current hit points
int temp_hp; // temporary hit points
int max_hp; // maximum hit points
int prof; // proficiency bonus
int level; // character level total
int curr_exp; // current experience
int max_exp; // experience needed for next level
std::vector<Language> langs; // the array of known languages
uint8 age; // the age of the character

void Initialize();
std::string format_mod(int mod, int spaces);

public:
Character(Race* racePtr = Characters::new_random_race(),
AbilityScores* ab = new AbilityScores,
CharacterClass* classPtr = Characters::new_random_character_class(),
Character(Race *racePtr = Characters::new_random_race(),
AbilityScores *ab = new AbilityScores,
CharacterClass *classPtr = Characters::new_random_character_class(),
const int bgID = -1,
Skills* sk = new Skills,
Skills *sk = new Skills,
std::string name = "");
~Character();


void update_skills();

// Returns a copy of our Ability abils struct
Expand Down
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