internal CustomPack(IPluginPack pluginPack)
{
this.OriginalPlugInPack = pluginPack;
_customBattery = new CustomBattery(pluginPack.BatteryID)
{
PluginPackName = pluginPack.PluginPackName,
FriendlyName = pluginPack.BatteryName,
Description = pluginPack.BatteryFlavorText,
PowerCapacity = pluginPack.BatteryCapacity,
RequiredForUnlock = pluginPack.UnlocksWith,
Parts = pluginPack.BatteryParts
};
_customPowerCell = new CustomPowerCell(pluginPack.PowerCellID, _customBattery)
{
PluginPackName = pluginPack.PluginPackName,
FriendlyName = pluginPack.PowerCellName,
Description = pluginPack.PowerCellFlavorText,
PowerCapacity = pluginPack.BatteryCapacity * 2f, // Power Cell capacity is always 2x the battery capacity
RequiredForUnlock = pluginPack.UnlocksWith,
Parts = pluginPack.PowerCellAdditionalParts
};
}
internal CustomPack(IPluginPack pluginPack, bool ionCellSkins, bool customSkin)
{
this.OriginalPlugInPack = pluginPack;
this.UsingIonCellSkins = ionCellSkins;
this.UsingCustomTextures = customSkin;
_customBattery = new CustomBattery(pluginPack.BatteryID, ionCellSkins)
{
PluginPackName = pluginPack.PluginPackName,
FriendlyName = pluginPack.BatteryName,
Description = pluginPack.BatteryFlavorText,
PowerCapacity = pluginPack.BatteryCapacity,
RequiredForUnlock = pluginPack.UnlocksWith,
Parts = pluginPack.BatteryParts
};
_customPowerCell = new CustomPowerCell(pluginPack.PowerCellID, ionCellSkins, _customBattery)
{
PluginPackName = pluginPack.PluginPackName,
FriendlyName = pluginPack.PowerCellName,
Description = pluginPack.PowerCellFlavorText,
PowerCapacity = pluginPack.BatteryCapacity * 2f, // Power Cell capacity is always 2x the battery capacity
RequiredForUnlock = pluginPack.UnlocksWith,
Parts = pluginPack.PowerCellAdditionalParts
};
}
private void InstallPreset(CustomBattery customBattery)
{
m_isInstallingPreset = true;
for (var i = 0; i < customBattery.Data.Length; i++)
{
var data = customBattery.Data[i];
var group = m_curveControls[i];
var percents = Math.Max(MinPrc, Math.Min(data.Percents, MaxPrc));
var voltage = Math.Max(MinVolts, Math.Min(data.Voltage / 100m, MaxVolts));
group.PercentsUpDown.Minimum = MinPrc;
group.PercentsUpDown.Maximum = MaxPrc;
group.PercentsUpDown.Value = percents;
group.VoltsUpDown.Minimum = MinVolts;
group.VoltsUpDown.Maximum = MaxVolts;
group.VoltsUpDown.Value = voltage;
}
m_isInstallingPreset = false;
UpdatePointsMinMax();
}
