FishingRod_Base.c File Reference

Go to the source code of this file.

Classes
class	FishingRod_Base_New

Functions
void	FishingRod_Base ()
void	Init ()
	Launched from 'DayZGame.DeferredInit' to make earlier access, use, and updates impossible (downside of a non-static system)
bool	IsFishingActive ()
void	ActivateFishing ()
void	DeactivateFishing ()
void	FishPull ()
void	Catching ()
void	Pulling ()
void	End (int result)
void	AddPull (float delta)
void	DisplayState ()
override bool	CanPutInCargo (EntityAI parent)
override void	SetActions ()
float	GetFishingEffectivityBonus ()

Variables
FishingRod_Base_New	ANIM_PHASE_OPENED = "OpenRod"
const string	ANIM_PHASE_CLOSED = "CloseRod"
const float	BREAK_PULL = 36
const float	TOO_MUCH_PULL = 32
const float	HIGH_PULL = 22
const float	LOW_PULL = 18
const float	TOO_FEW_PULL = 8
const float	LOOSE_PULL = 0
const int	LOSS_BREAK = 0
const int	LOSS_LOOSE = 1
const int	WIN = 2
const int	INTERUPTED = 3
const float	INIT_LINE_STRETCH = 15
const float	MIN_FISHING_TIME = 100
const float	MAX_FISHING_TIME = 150
const int	FISH_PULL_CHANCE = 15
const int	FISH_AGILITY = 15
int	m_FishProximity
bool	m_Fishing
ref Timer	m_CyclerCatching
ref Timer	m_Cycler
float	m_Pull
float	m_DeltaT
bool	m_WasPulled
bool	m_IsFishPulling
float	m_PullTime
float	m_FishPull
int	m_FishingTime
PlayerBase	m_Player
int	m_ChanceRange

Function Documentation

ActivateFishing()

void ActivateFishing

(

)

Definition at line 97 of file FishingRod_Base.c.

  {
    m_Fishing = true;
    //Init();
  }

References m_Fishing.

AddPull()

void AddPull

(

float

delta

)

Definition at line 258 of file FishingRod_Base.c.

  {
    m_DeltaT = delta;
    m_WasPulled = true;
  }

References m_DeltaT, and m_WasPulled.

CanPutInCargo()

override bool CanPutInCargo

(

EntityAI

parent

)

Definition at line 289 of file FishingRod_Base.c.

  {
    if (!super.CanPutInCargo(parent)) return false;
    if (GetAnimationPhase(ANIM_PHASE_CLOSED) > 0.5)
      return true;
    return false;
  }

References ANIM_PHASE_CLOSED.

Catching()

void Catching

(

)

Definition at line 134 of file FishingRod_Base.c.

  {
    if (m_FishProximity == 0 && m_WasPulled)
    {
      m_CyclerCatching.Stop();
      m_Cycler.Run(0.3, this, "Pulling", NULL, true);
    }
    else
    {
      if (m_WasPulled)
      {
        m_WasPulled = false;
        m_ChanceRange++;
      }
      //TIMERDEPRECATED - randomized proximity of fish to
      m_FishProximity = Math.RandomInt(0, m_ChanceRange);
      string fline = "";
      for (int i = 0; i < m_FishProximity; i++)
        fline += " .";
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("HOLD right mouse button to pull the fishing line", "colorAction");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("Start pulling when J and <*)))>< meet:", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("J" + fline + " <*)))><", "colorImportant");
      if (m_ChanceRange > 0)
        m_ChanceRange--;
    }
  }

References m_ChanceRange, m_Cycler, m_CyclerCatching, m_FishProximity, m_Player, m_WasPulled, and Math::RandomInt().

DeactivateFishing()

void DeactivateFishing

(

)

Definition at line 103 of file FishingRod_Base.c.

  {
    End(INTERUPTED);
  }

References End(), and INTERUPTED.

DisplayState()

void DisplayState

(

)

Definition at line 264 of file FishingRod_Base.c.

  {
    string fline = "";
    for (int i = 0; i < m_Pull; i++)
      fline += "-";
    m_Player.Message("", "colorStatusChannel");
    m_Player.Message("HOLD right mouse button to pull the fishing line", "colorAction");
    m_Player.Message("RELEASE right mouse button to loosen the fishing line", "colorAction");
    m_Player.Message("", "colorStatusChannel");
    m_Player.Message("", "colorStatusChannel");
    m_Player.Message("Fishing line stretch :", "colorStatusChannel");
    m_Player.Message("", "colorStatusChannel");
    if (m_Pull >= TOO_MUCH_PULL)
      m_Player.Message("<" + fline + ">", "colorImportant");
    if (m_Pull >= HIGH_PULL && m_Pull < TOO_MUCH_PULL)
      m_Player.Message("<" + fline + ">", "colorAction");
    if (m_Pull < HIGH_PULL && m_Pull > LOW_PULL)
      m_Player.Message("<" + fline + ">", "colorFriendly");
    if (m_Pull <= LOW_PULL && m_Pull > TOO_FEW_PULL)
      m_Player.Message("<" + fline + ">", "colorStatusChannel");
    if (m_Pull <= TOO_FEW_PULL)
      m_Player.Message("<" + fline + ">", "colorImportant");
  }

References HIGH_PULL, LOW_PULL, m_Player, m_Pull, TOO_FEW_PULL, and TOO_MUCH_PULL.

Referenced by Pulling().

End()

void End

(

int

result

)

Definition at line 200 of file FishingRod_Base.c.

  {
    m_Cycler.Stop();
    m_CyclerCatching.Stop();
    m_Fishing = false;
 
    switch (result)
    {
    case LOSS_BREAK:
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("The fish had broken the fishing line and swam away.", "colorImportant");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      break;
 
    case LOSS_LOOSE:
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("The fish escaped.", "colorImportant");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      break;
 
    case WIN:
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("I caught the fish!", "colorFriendly");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      break;
 
    case INTERUPTED:
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("Fishing time is over.", "colorFriendly");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      m_Player.Message("", "colorStatusChannel");
      break;
 
    default:
      Print("Wrong number");
      break;
    }
  }

References INTERUPTED, LOSS_BREAK, LOSS_LOOSE, m_Cycler, m_CyclerCatching, m_Fishing, m_Player, Print(), and WIN.

FishingRod_Base()

void FishingRod_Base

(

)

Definition at line 69 of file FishingRod_Base.c.

  {
    m_Fishing = false;
  }

References m_Fishing.

FishPull()

void FishPull

(

)

Definition at line 109 of file FishingRod_Base.c.

  {
    if (!m_IsFishPulling)
    {
      float rand = Math.RandomInt(1, FISH_PULL_CHANCE);
      if (rand <= 2 && m_Pull <= TOO_MUCH_PULL && m_Pull >= TOO_FEW_PULL)
      {
        //TIMERDEPRECATED - randomizing timeframe to pull fish out
        if (Math.RandomInt(0, 1))
          m_FishPull = rand;
        else
          m_FishPull = -rand;
        //TIMERDEPRECATED - randomizing timeframe to pull fish out
        m_PullTime = Math.RandomInt(2, 6);
        m_IsFishPulling = true;
      }
    }
    else
    {
      m_PullTime--;
      if (m_PullTime == 0)
        m_IsFishPulling = false;
    }
  }

References FISH_PULL_CHANCE, m_FishPull, m_IsFishPulling, m_PullTime, Math::RandomInt(), and TOO_FEW_PULL.

Referenced by Pulling().

GetFishingEffectivityBonus()

float GetFishingEffectivityBonus

(

)

Definition at line 306 of file FishingRod_Base.c.

  {
    return 0.0;
  }

Init()

void Init

(

)

Launched from 'DayZGame.DeferredInit' to make earlier access, use, and updates impossible (downside of a non-static system)

pre-init arrays

Definition at line 74 of file FishingRod_Base.c.

  {
    m_Player = PlayerBase.Cast(GetGame().GetPlayer());
    m_Pull = INIT_LINE_STRETCH;
    m_IsFishPulling = false;
    //TIMERDEPRECATED - randomized time of fishing
    m_FishingTime = Math.RandomInt(MIN_FISHING_TIME, MAX_FISHING_TIME);
    m_ChanceRange = FISH_AGILITY;
    m_FishProximity = FISH_AGILITY;
    //TIMERDEPRECATED
    if (!m_Cycler)
      m_Cycler = new Timer();
    if (!m_CyclerCatching)
      m_CyclerCatching = new Timer();
    m_CyclerCatching.Run(4, this, "Catching", NULL, true);
    m_Player.Message("I have started fishing.", "colorFriendly");
  }

References FISH_AGILITY, GetGame(), GetPlayer(), INIT_LINE_STRETCH, m_ChanceRange, m_Cycler, m_CyclerCatching, m_FishingTime, m_FishProximity, m_IsFishPulling, m_Player, m_Pull, MAX_FISHING_TIME, MIN_FISHING_TIME, and Math::RandomInt().

IsFishingActive()

bool IsFishingActive

(

)

Definition at line 92 of file FishingRod_Base.c.

  {
    return m_Fishing;
  }

References m_Fishing.

Pulling()

void Pulling

(

)

Definition at line 166 of file FishingRod_Base.c.

  {
    float agent_speed_distance = vector.Distance("0 0 0", m_Player.GetModelSpeed());
    if (m_Player.GetItemInHands() != this || !m_Player.IsInWater() || agent_speed_distance > 1)
      End(INTERUPTED);
    else
    {
      if (m_FishingTime <= 0)
      {
        ItemBase pcatch = ItemBase.Cast(m_Player.GetInventory().CreateInInventory("Carp"));
        //ItemBase pcatch = ItemBase.Cast( m_Player.CreateInInventory("Carp","cargo_bait") );
        pcatch.SetQuantity(800, false);
        End(WIN);
      }
      else
      {
        FishPull();
        if (m_IsFishPulling)
          m_Pull += m_FishPull;
        if (m_WasPulled)
          m_Pull += 1;
        else
          m_Pull -= 1;
        m_WasPulled = false;
        m_FishingTime--;
        DisplayState();
        if (m_Pull <= LOOSE_PULL)
          End(LOSS_LOOSE);
        if (m_Pull >= BREAK_PULL)
          End(LOSS_BREAK);
      }
    }
  }

References BREAK_PULL, DisplayState(), vector::Distance(), End(), FishPull(), INTERUPTED, LOOSE_PULL, LOSS_BREAK, LOSS_LOOSE, m_FishingTime, m_FishPull, m_IsFishPulling, m_Player, m_Pull, m_WasPulled, and WIN.

SetActions()

override void SetActions

(

)

Definition at line 297 of file FishingRod_Base.c.

  {
    super.SetActions();
 
    //AddAction(ActionToggleFishing);
    //AddAction(ActionFishing);
    //AddAction(ActionFishingNew);
  }

Variable Documentation

ANIM_PHASE_CLOSED

const string ANIM_PHASE_CLOSED = "CloseRod"

Definition at line 37 of file FishingRod_Base.c.

Referenced by CanPutInCargo().

ANIM_PHASE_OPENED

FishingRod_Base_New ANIM_PHASE_OPENED = "OpenRod"

BREAK_PULL

const float BREAK_PULL = 36

Definition at line 39 of file FishingRod_Base.c.

Referenced by Pulling().

FISH_AGILITY

const int FISH_AGILITY = 15

Definition at line 53 of file FishingRod_Base.c.

Referenced by Init().

FISH_PULL_CHANCE

const int FISH_PULL_CHANCE = 15

Definition at line 52 of file FishingRod_Base.c.

Referenced by FishPull().

HIGH_PULL

const float HIGH_PULL = 22

Definition at line 41 of file FishingRod_Base.c.

Referenced by DisplayState().

INIT_LINE_STRETCH

const float INIT_LINE_STRETCH = 15

Definition at line 49 of file FishingRod_Base.c.

Referenced by Init().

INTERUPTED

const int INTERUPTED = 3

Definition at line 48 of file FishingRod_Base.c.

Referenced by DeactivateFishing(), End(), and Pulling().

LOOSE_PULL

const float LOOSE_PULL = 0

Definition at line 44 of file FishingRod_Base.c.

Referenced by Pulling().

LOSS_BREAK

const int LOSS_BREAK = 0

Definition at line 45 of file FishingRod_Base.c.

Referenced by End(), and Pulling().

LOSS_LOOSE

const int LOSS_LOOSE = 1

Definition at line 46 of file FishingRod_Base.c.

Referenced by End(), and Pulling().

LOW_PULL

const float LOW_PULL = 18

Definition at line 42 of file FishingRod_Base.c.

Referenced by DisplayState().

m_ChanceRange

int m_ChanceRange

Definition at line 67 of file FishingRod_Base.c.

Referenced by Catching(), and Init().

m_Cycler

ref Timer m_Cycler

Definition at line 58 of file FishingRod_Base.c.

Referenced by Catching(), End(), and Init().

m_CyclerCatching

ref Timer m_CyclerCatching

Definition at line 57 of file FishingRod_Base.c.

Referenced by Catching(), End(), and Init().

m_DeltaT

float m_DeltaT

Definition at line 60 of file FishingRod_Base.c.

Referenced by AddPull().

m_Fishing

bool m_Fishing

Definition at line 56 of file FishingRod_Base.c.

Referenced by ActivateFishing(), End(), FishingRod_Base(), and IsFishingActive().

m_FishingTime

int m_FishingTime

Definition at line 65 of file FishingRod_Base.c.

Referenced by Init(), and Pulling().

m_FishProximity

int m_FishProximity

Definition at line 55 of file FishingRod_Base.c.

Referenced by Catching(), and Init().

m_FishPull

float m_FishPull

Definition at line 64 of file FishingRod_Base.c.

Referenced by FishPull(), and Pulling().

m_IsFishPulling

bool m_IsFishPulling

Definition at line 62 of file FishingRod_Base.c.

Referenced by FishPull(), Init(), and Pulling().

m_Player

PlayerBase m_Player

Definition at line 66 of file FishingRod_Base.c.

m_Pull

float m_Pull

Definition at line 59 of file FishingRod_Base.c.

Referenced by DisplayState(), Init(), and Pulling().

m_PullTime

float m_PullTime

Definition at line 63 of file FishingRod_Base.c.

Referenced by FishPull().

m_WasPulled

bool m_WasPulled

Definition at line 61 of file FishingRod_Base.c.

Referenced by AddPull(), Catching(), and Pulling().

MAX_FISHING_TIME

const float MAX_FISHING_TIME = 150

Definition at line 51 of file FishingRod_Base.c.

Referenced by Init().

MIN_FISHING_TIME

const float MIN_FISHING_TIME = 100

Definition at line 50 of file FishingRod_Base.c.

Referenced by Init().

TOO_FEW_PULL

const float TOO_FEW_PULL = 8

Definition at line 43 of file FishingRod_Base.c.

Referenced by DisplayState(), and FishPull().

TOO_MUCH_PULL

const float TOO_MUCH_PULL = 32

Definition at line 40 of file FishingRod_Base.c.

Referenced by DisplayState().

WIN

const int WIN = 2

Definition at line 47 of file FishingRod_Base.c.

Referenced by End(), and Pulling().