本文整理汇总了C++中Trigger::ImportFromJson方法的典型用法代码示例。如果您正苦于以下问题：C++ Trigger::ImportFromJson方法的具体用法？C++ Trigger::ImportFromJson怎么用？C++ Trigger::ImportFromJson使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Trigger的用法示例。
在下文中一共展示了Trigger::ImportFromJson方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: if
bool EntityType::ImportFromJson(
std::istream& FileStream)
{
// If it isn't a valid file stream, interrupt operation.
rapidjson::Document ConfigData;
rapidjson::Value WorkVal;
std::string StringStream, StringRead;
while (getline(FileStream, StringRead))
StringStream += StringRead;
ConfigData.Parse(StringStream.c_str());
if (!ConfigData.IsObject())
return false;
// Importing general properties
ImportJsonData(Properties.Name, ConfigData["Properties"]["Name"]);
ImportJsonData(Properties.Type, ConfigData["Properties"]["Type"]);
Properties.Description = Properties.Name;
ImportJsonData(Properties.Description, ConfigData["Properties"]["Description"]);
ImportJsonData(Properties.ShowInCreative, ConfigData["Properties"]["ShowInCreative"]);
ImportJsonData(Physics.PhysicsEnabled, ConfigData["Physics"]["PhysicsEnabled"]);
ImportJsonData(Physics.CollisionEnabled, ConfigData["Physics"]["CollisionEnabled"]);
ImportJsonData(Physics.LengthX, ConfigData["Physics"]["LengthX"]);
ImportJsonData(Physics.LengthY, ConfigData["Physics"]["LengthY"]);
ImportJsonData(Physics.Mass, ConfigData["Physics"]["Mass"]);
// Friction factor, in all 4 faces
ImportJsonData(Physics.FrictionFactor[2], ConfigData["Physics"]["FrictionFactorTop"]);
Physics.FrictionFactor[3] = Physics.FrictionFactor[1] = Physics.FrictionFactor[0] = Physics.FrictionFactor[2];
ImportJsonData(Physics.FrictionFactor[0], ConfigData["Physics"]["FrictionFactorLeft"]);
ImportJsonData(Physics.FrictionFactor[1], ConfigData["Physics"]["FrictionFactorRight"]);
ImportJsonData(Physics.FrictionFactor[3], ConfigData["Physics"]["FrictionFactorBottom"]);
// Elasticity factor, in all 4 faces.
ImportJsonData(Physics.ElasticFactor[2], ConfigData["Physics"]["ElasticFactorTop"]);
Physics.ElasticFactor[3] = Physics.ElasticFactor[1] = Physics.ElasticFactor[0] = Physics.ElasticFactor[2];
ImportJsonData(Physics.ElasticFactor[0], ConfigData["Physics"]["ElasticFactorLeft"]);
ImportJsonData(Physics.ElasticFactor[1], ConfigData["Physics"]["ElasticFactorRight"]);
ImportJsonData(Physics.ElasticFactor[3], ConfigData["Physics"]["ElasticFactorBottom"]);
// Miscellaneous properties.
ImportJsonData(Physics.BlastResistance, ConfigData["Physics"]["BlastResistance"]);
ImportJsonData(Physics.CollisionIgnoreName, ConfigData["Physics"]["CollisionIgnore"]);
// Importing general yet self-defined importing procedure properties
// Entity class specific properties
if (Properties.Type == "Player") {
PlayerEntityType* SubData = new PlayerEntityType;
ImportJsonData(SubData->MoveSpeed, ConfigData["Properties"]["SpecificProperties"]["MoveSpeed"]);
ImportJsonData(SubData->JumpSpeed, ConfigData["Properties"]["SpecificProperties"]["JumpSpeed"]);
ImportJsonData(SubData->MaxLife, ConfigData["Properties"]["SpecificProperties"]["MaxLife"]);
Properties.SpecificProperties = (void*)SubData;
} else if (Properties.Type == "Projectile") {
ProjectileEntityType* SubData = new ProjectileEntityType;
ImportJsonData(SubData->LaunchSpeed, ConfigData["Properties"]["SpecificProperties"]["LaunchSpeed"]);
ImportJsonData(SubData->LaunchInterval, ConfigData["Properties"]["SpecificProperties"]["LaunchInterval"]);
ImportJsonData(SubData->DeployDelay, ConfigData["Properties"]["SpecificProperties"]["DeployDelay"]);
ImportJsonData(SubData->DeployRadius, ConfigData["Properties"]["SpecificProperties"]["DeployRadius"]);
ImportJsonData(SubData->DeployPowerDamage, ConfigData["Properties"]["SpecificProperties"]["DeployPowerDamage"]);
ImportJsonData(SubData->DeployPowerMotion, ConfigData["Properties"]["SpecificProperties"]["DeployPowerMotion"]);
ImportJsonData(SubData->DeployPowerBlast, ConfigData["Properties"]["SpecificProperties"]["DeployPowerBlast"]);
Properties.SpecificProperties = (void*)SubData;
} else if (Properties.Type == "Particle") {
ParticleEntityType* SubData = new ParticleEntityType;
ImportJsonData(SubData->LifeTime, ConfigData["Properties"]["SpecificProperties"]["LifeTime"]);
Properties.SpecificProperties = (void*)SubData;
}
// Import textures list of PNGs and certain graphics properties.
if (!ConfigData["Graphics"].IsArray())
return false;
for (int Indexer = 0; Indexer < (int)ConfigData["Graphics"].Size(); Indexer++) {
typeGraphics nGraphics;
ImportJsonData(nGraphics.RenderEnabled, ConfigData["Graphics"][Indexer]["RenderEnabled"]);
ImportJsonData(nGraphics.TexRotation, ConfigData["Graphics"][Indexer]["TexRotation"]);
ImportJsonData(nGraphics.AnimationInterval, ConfigData["Graphics"][Indexer]["AnimationInterval"]);
ImportJsonData(nGraphics.Luminosity, ConfigData["Graphics"][Indexer]["Luminosity"]);
ImportJsonData(nGraphics.LengthX, ConfigData["Graphics"][Indexer]["LengthX"]);
ImportJsonData(nGraphics.LengthY, ConfigData["Graphics"][Indexer]["LengthY"]);
if (ConfigData["Graphics"][Indexer]["TextureList"].IsArray()) {
std::vector<std::string> TexturePath;
ImportJsonData(TexturePath, ConfigData["Graphics"][Indexer]["TextureList"]);
for (auto i = TexturePath.begin(); i != TexturePath.end(); i++) {
GLuint Texture;
std::string Path = CurrentTextureDirectory + (*i);
Texture = LoadPNGTexture(Path.c_str(), NULL, NULL);
nGraphics.TextureList.push_back(Texture);
}
}
if (ConfigData["Graphics"][Indexer]["TextureOnHand"].IsString()) {
std::string OnHandTex;
std::string Path;
ImportJsonData(OnHandTex, ConfigData["Graphics"][Indexer]["TextureOnHand"]);
Path = CurrentTextureDirectory + OnHandTex;
nGraphics.TextureOnHand = LoadPNGTexture(Path.c_str(), NULL, NULL);
} else if (nGraphics.TextureList.size() > 0){
nGraphics.TextureOnHand = nGraphics.TextureList[0];
}
Graphics.push_back(nGraphics);
}
// Import trigger operators from JSON
if (ConfigData["Physics"]["TriggerList"].IsArray()) {
for (unsigned int i = 0; i < ConfigData["Physics"]["TriggerList"].Size(); i++) {
Trigger* Worker = new Trigger;
if (!ConfigData["Physics"]["TriggerList"][i].IsObject())
continue;
if (!Worker->ImportFromJson(ConfigData["Physics"]["TriggerList"][i]))
//.........这里部分代码省略.........