SkylinePredator::SkylinePredator() {
KeywordVanilla();
id = 289212;
name = "Skyline Predator";
cmc = 6;
isCreature = true;
subtype.push_back("Drake");
flash = true;
flying = true;
flavor.push_back("\"It will dodge your first arrow and flatten you before there\'s a second.\"");
flavor.push_back("--Alcarus, Selesnya archer");
power = 3;
toughness = 4;
loyalty = 0;
set = "Return to Ravnica";
rarity = "Uncommon";
cardNumber = 50;
image = "http://gatherer.wizards.com/Handlers/Image.ashx?multiverseid=289212&type=card";
mana[colors::O]+=4;
mana[colors::U]++;
color[colors::U] = true;
mana[colors::U]++;
color[colors::U] = true;
DefaultInit();
}
////////////////////////////
// INIT
void Alta::Init()
{
#ifdef DEBUGGING_CAMERA
apgHelper::DebugMsg( "Alta::Init" );
#endif
DefaultInit();
}
void Reset()
{
if (master && m_creatureOwner)
{
DefaultInit();
SetBaseArmor(162 * master->getLevel());
}
}
void CAIWeaponThrown::Init(CWeapon* pWeapon, CAI* pAI)
{
if (!DefaultInit(pWeapon, pAI))
{
return;
}
HideWeapon( true );
}
void CAIWeaponMelee::Init(CWeapon* pWeapon, CAI* pAI)
{
if (!DefaultInit(pWeapon, pAI))
{
return;
}
// Calculate an initial burst and clear the interval. This prevents
// an AI from stalling immediately after picking up a weapon.
CalculateBurst( pAI );
m_fBurstInterval = 0.0f;
}
Mountain::Mountain() {
KeywordVanilla();
id = 376418;
name = "Mountain";
cmc = 0;
isBasic = true;
isLand = true;
subtype.push_back("Mountain");
rulesText.push_back("R");
power = 0;
toughness = 0;
loyalty = 0;
set = "Commander 2013 Edition";
rarity = "Basic Land";
cardNumber = 351;
image = "http://gatherer.wizards.com/Handlers/Image.ashx?multiverseid=376418&type=card";
DefaultInit();
}
HornedTurtle::HornedTurtle() {
KeywordVanilla();
id = 190178;
name = "Horned Turtle";
cmc = 3;
isCreature = true;
subtype.push_back("Turtle");
flavor.push_back("It\'s a mistake to say turtles hide in their shells. They merely need time to contemplate how best to bite your head off.");
power = 1;
toughness = 4;
loyalty = 0;
set = "Magic 2010";
rarity = "Common";
cardNumber = 55;
image = "http://gatherer.wizards.com/Handlers/Image.ashx?multiverseid=190178&type=card";
mana[colors::O]+=2;
mana[colors::U]++;
color[colors::U] = true;
DefaultInit();
}
NorwoodRanger::NorwoodRanger() {
KeywordVanilla();
id = 83188;
name = "Norwood Ranger";
cmc = 1;
isCreature = true;
subtype.push_back("Elf");
subtype.push_back("Scout");
flavor.push_back("The song of the forest is in perfect harmony. If a single note is out of place, the elves will find its source.");
power = 1;
toughness = 2;
loyalty = 0;
set = "Ninth Edition";
rarity = "Common";
cardNumber = 260;
image = "http://gatherer.wizards.com/Handlers/Image.ashx?multiverseid=83188&type=card";
mana[colors::G]++;
color[colors::G] = true;
DefaultInit();
}
// --------------------------------------------------------------------------
// OnInitDialog
// --------------------------------------------------------------------------
BOOL ProfileGprsReqPage::OnInitDialog()
{
CPropertyPage::OnInitDialog();
// set precedence class combo box options
m_precedenceClassCombo.AddString(_T("Subscribed"));
m_precedenceClassCombo.AddString(_T("High"));
m_precedenceClassCombo.AddString(_T("Normal"));
m_precedenceClassCombo.AddString(_T("Low"));
m_precedenceClassCombo.AddString(_T("Reserved"));
// set delay class combo box options
m_delayClassCombo.AddString(_T("Subscribed"));
m_delayClassCombo.AddString(_T("1"));
m_delayClassCombo.AddString(_T("2"));
m_delayClassCombo.AddString(_T("3"));
m_delayClassCombo.AddString(_T("4 (Best Effort)"));
m_delayClassCombo.AddString(_T("Reserved"));
// set reliability class combo box options
m_reliabilityClassCombo.AddString(_T("Subscribed"));
m_reliabilityClassCombo.AddString(_T("Unused"));
m_reliabilityClassCombo.AddString(_T("Unack GTP, Ack LLC/RLC, Pro"));
m_reliabilityClassCombo.AddString(_T("Unack GTP/LLC, Ack RLC, Pro"));
m_reliabilityClassCombo.AddString(_T("Unack GTP/LLC/RLC, Pro"));
m_reliabilityClassCombo.AddString(_T("Unack GTP/LLC/RLC, Unpro"));
m_reliabilityClassCombo.AddString(_T("Reserved"));
// set peak throughput class combo box options
m_peakThruClassCombo.AddString(_T("Subscribed"));
m_peakThruClassCombo.AddString(_T("1,000 octet/s"));
m_peakThruClassCombo.AddString(_T("2,000 octet/s"));
m_peakThruClassCombo.AddString(_T("4,000 octet/s"));
m_peakThruClassCombo.AddString(_T("8,000 octet/s"));
m_peakThruClassCombo.AddString(_T("16,000 octet/s"));
m_peakThruClassCombo.AddString(_T("32,000 octet/s"));
m_peakThruClassCombo.AddString(_T("64,000 octet/s"));
m_peakThruClassCombo.AddString(_T("128,000 octet/s"));
m_peakThruClassCombo.AddString(_T("256,000 octet/s"));
m_peakThruClassCombo.AddString(_T("Reserved"));
// set mean throughput class combo box options
m_meanThruClassCombo.AddString(_T("Subscribed"));
m_meanThruClassCombo.AddString(_T("100 octet/h"));
m_meanThruClassCombo.AddString(_T("200 octet/h"));
m_meanThruClassCombo.AddString(_T("500 octet/h"));
m_meanThruClassCombo.AddString(_T("1,000 octet/h"));
m_meanThruClassCombo.AddString(_T("2,000 octet/h"));
m_meanThruClassCombo.AddString(_T("5,000 octet/h"));
m_meanThruClassCombo.AddString(_T("10,000 octet/h"));
m_meanThruClassCombo.AddString(_T("20,000 octet/h"));
m_meanThruClassCombo.AddString(_T("50,000 octet/h"));
m_meanThruClassCombo.AddString(_T("100,000 octet/h"));
m_meanThruClassCombo.AddString(_T("200,000 octet/h"));
m_meanThruClassCombo.AddString(_T("500,000 octet/h"));
m_meanThruClassCombo.AddString(_T("1,000,000 octet/h"));
m_meanThruClassCombo.AddString(_T("2,000,000 octet/h"));
m_meanThruClassCombo.AddString(_T("5,000,000 octet/h"));
m_meanThruClassCombo.AddString(_T("10,000,000 octet/h"));
m_meanThruClassCombo.AddString(_T("20,000,000 octet/h"));
m_meanThruClassCombo.AddString(_T("50,000,000 octet/h"));
m_meanThruClassCombo.AddString(_T("Reserved"));
m_meanThruClassCombo.AddString(_T("Best Effort"));
// initialize member data
if (!m_defaultSettingsRspRCP.IsNull()) { DefaultInit(); }
if (!m_profileSettingsRspRCP.IsNull()) { ProfileInit(); }
// set initial values for the controls on this page
m_precedenceClassCombo.SetCurSel(MapPrecedenceVI(m_initPrecedenceClass));
m_delayClassCombo.SetCurSel(MapDelayVI(m_initDelayClass));
m_reliabilityClassCombo.SetCurSel(MapReliabilityVI(m_initReliabilityClass));
m_peakThruClassCombo.SetCurSel(MapPeakVI(m_initPeakThruClass));
m_meanThruClassCombo.SetCurSel(MapMeanVI(m_initMeanThruClass));
return TRUE; // return TRUE unless you set the focus to a control
}
void Reset()
{
feartimer = 0;
DefaultInit();
}
