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/*
* Copyright 2008-2009 Ben Boeckel <MathStuf@gmail.com>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License along
* with this program. If not, see <http://www.gnu.org/licenses/>.
*/
// Header include
#include "SpeciesWrapper.h"
// Sigscript includes
#include "GameWrapper.h"
#include "SpeciesMoveWrapper.h"
using namespace Sigcore;
using namespace Sigmod;
using namespace Sigscript;
SpeciesWrapper* SpeciesWrapper::create(const Species* species, GameWrapper* parent)
{
Signature sig = Signature(parent, Subsignature(species->className(), species->id()));
if (!m_instances.contains(sig))
m_instances[sig] = new SpeciesWrapper(species, parent);
return qobject_cast<SpeciesWrapper*>(m_instances[sig]);
}
SpeciesWrapper::SpeciesWrapper(const Species* species, GameWrapper* parent) :
ObjectWrapper(species, parent),
m_species(species)
{
}
Hat<AbilityWrapper*> SpeciesWrapper::abilityHat()
{
QMap<AbilityWrapper*, int> abilityMap = abilities();
const QList<AbilityWrapper*> abilities = abilityMap.keys();
Hat<AbilityWrapper*> hat;
foreach (AbilityWrapper* ability, abilities)
hat.add(ability, abilityMap[ability]);
return hat;
}
Hat<ItemWrapper*> SpeciesWrapper::itemHat()
{
QMap<ItemWrapper*, int> itemMap = items();
const QList<ItemWrapper*> items = itemMap.keys();
Hat<ItemWrapper*> hat;
foreach (ItemWrapper* item, items)
hat.add(item, itemMap[item]);
return hat;
}
Species::Style SpeciesWrapper::growth(const QString& name) const
{
if (name == "Fluctuating")
return Species::Fluctuating;
else if (name == "Fading")
return Species::Fading;
else if (name == "Slow")
return Species::Slow;
else if (name == "Normal")
return Species::Normal;
else if (name == "Fast")
return Species::Fast;
else if (name == "Erratic")
return Species::Erratic;
return QVariant(-1).value<Species::Style>();
}
QString SpeciesWrapper::name() const
{
return m_species->name();
}
int SpeciesWrapper::baseStat(const Stat stat) const
{
return m_species->baseStat(stat);
}
int SpeciesWrapper::effortValue(const Stat stat) const
{
return m_species->effortValue(stat);
}
Species::Style SpeciesWrapper::growth() const
{
return m_species->growth();
}
int SpeciesWrapper::experienceValue() const
{
return m_species->experienceValue();
}
int SpeciesWrapper::catchValue() const
{
return m_species->catchValue();
}
int SpeciesWrapper::maxHoldWeight() const
{
return m_species->maxHoldWeight();
}
Fraction SpeciesWrapper::runChance() const
{
ALLOW_OVERRIDE_SO(species, Fraction, runChance);
return m_species->runChance();
}
Fraction SpeciesWrapper::fleeChance() const
{
ALLOW_OVERRIDE_SO(species, Fraction, fleeChance);
return m_species->fleeChance();
}
Fraction SpeciesWrapper::itemChance() const
{
ALLOW_OVERRIDE_SO(species, Fraction, itemChance);
return m_species->itemChance();
}
int SpeciesWrapper::encyclopediaNumber() const
{
return m_species->encyclopediaNumber();
}
int SpeciesWrapper::weight() const
{
return m_species->weight();
}
int SpeciesWrapper::height() const
{
return m_species->height();
}
QString SpeciesWrapper::encyclopediaEntry() const
{
return m_species->encyclopediaEntry();
}
SpriteWrapper* SpeciesWrapper::frontMaleSprite()
{
return game()->sprite(m_species->frontMaleSprite());
}
SpriteWrapper* SpeciesWrapper::backMaleSprite()
{
return game()->sprite(m_species->backMaleSprite());
}
SpriteWrapper* SpeciesWrapper::frontFemaleSprite()
{
return game()->sprite(m_species->frontFemaleSprite());
}
SpriteWrapper* SpeciesWrapper::backFemaleSprite()
{
return game()->sprite(m_species->backFemaleSprite());
}
SkinWrapper* SpeciesWrapper::skin()
{
return game()->skin(m_species->skin());
}
Fraction SpeciesWrapper::genderFactor() const
{
return m_species->genderFactor();
}
int SpeciesWrapper::eggSpecies() const
{
ALLOW_OVERRIDE_SO(species, int, eggSpecies);
return m_species->eggSpecies();
}
int SpeciesWrapper::eggSteps() const
{
return m_species->eggSteps();
}
QList<TypeWrapper*> SpeciesWrapper::types()
{
QList<int> typeIds = m_species->type();
QList<TypeWrapper*> types;
foreach (int id, typeIds)
types.append(game()->type(id));
return types;
}
QList<EggGroupWrapper*> SpeciesWrapper::eggGroups()
{
QList<int> eggGroupIds = m_species->eggGroup();
QList<EggGroupWrapper*> eggGroups;
foreach (int id, eggGroupIds)
eggGroups.append(game()->eggGroup(id));
return eggGroups;
}
Script SpeciesWrapper::evolution() const
{
return m_species->evolution();
}
QMap<AbilityWrapper*, int> SpeciesWrapper::abilities()
{
const QMap<int, int>& abilityMap = m_species->ability();
QList<int> abilityIds = abilityMap.keys();
QMap<AbilityWrapper*, int> abilities;
foreach (int id, abilityIds)
abilities[game()->ability(id)] = abilityMap[id];
return abilities;
}
QMap<ItemWrapper*, int> SpeciesWrapper::items()
{
const QMap<int, int>& itemMap = m_species->item();
QList<int> itemIds = itemMap.keys();
QMap<ItemWrapper*, int> items;
foreach (int id, itemIds)
items[game()->item(id)] = itemMap[id];
return items;
}
SpeciesMoveWrapper* SpeciesWrapper::move(const int index)
{
return SpeciesMoveWrapper::create(m_species->move(index), this);
}
int SpeciesWrapper::moveCount() const
{
return m_species->moveCount();
}
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