very quickly. 3 Point Perspective A 3 point perspective is set up using 3 vanishing point rulers. Logic of the vanishing point There’s a little secret that perspective tutorials don’t always tell you, openraster.org/] *.pbm, *.pgm and *.ppm .pbm, .pgm and .ppm are a series of file-formats with a similar logic to them. They are designed to save images in a way that the result can be read as an ASCII file, from orthographic and oblique tutorial, be sure to check it out if you get confused! Axonometric So, the logic of adding the top is still similar to that of the side. Not very interesting. But it gets much more

isMaster(): self.BlenderVR.getSceneSynchronizer().\ getItem(bge.logic).activate(True, True) elif blendervr.is_creating_loader(): import bpy class Processor(blendervr .getItem(bge.logic).activate(True, True) This method will synchronize (first True as activate parameter) all elements recursively (second True as activate parameter) from the bge.logic (that is the root flicking. To avoid that (and restrict calculation of scene updates), slave nodes are suspended (bge.logic.getCurrentScene().suspend()) during BlenderVR runs. Even if you resume() the scene, the next execution

very quickly. 3 Point Perspective A 3 point perspective is set up using 3 vanishing point rulers. Logic of the vanishing point There’s a little secret that perspective tutorials don’t always tell you, openraster.org/] *.pbm, *.pgm, *.ppm .pbm, .pgm and .ppm are a series of file-formats with a similar logic to them. They are designed to save images in a way that the result can be read as an ASCII file, from orthographic and oblique tutorial, be sure to check it out if you get confused! Axonometric So, the logic of adding the top is still similar to that of the side. Not very interesting. But it gets much more

PropertyPlaceholderConfigurer Example: the PropertyOverrideConfigurer Customizing instantiation logic with a FactoryBean Annotation-based container configuration @Required @Autowired Fine-tuning annotation-based programmatically Selecting the embedded database type Using HSQL Using H2 Using Derby Testing data access logic with an embedded database Generating unique names for embedded databases Extending the embedded database abstraction layer. The Spring Framework supports declarative transaction management, remote access to your logic through RMI or web services, and various options for persisting your data. It offers a full- featured

PropertyPlaceholderConfigurer Example: the PropertyOverrideConfigurer Customizing instantiation logic with a FactoryBean Annotation-based container configuration @Required @Autowired Fine-tuning annotation-based programmatically Selecting the embedded database type Using HSQL Using H2 Using Derby Testing data access logic with an embedded database Generating unique names for embedded databases Extending the embedded database abstraction layer. The Spring Framework supports declarative transaction management, remote access to your logic through RMI or web services, and various options for persisting your data. It offers a full- featured

security/trust from the blockchain and the underlying consensus among the peers. It is the business logic of a blockchain application. There are three key points that apply to smart contracts, especially assets, and the transaction instructions for modifying the asset(s); in other words, it’s the business logic. Chaincode enforces the rules for reading or altering key-value pairs or other state database information smart contract and chaincode interchangeably. In general, a smart contract defines the transaction logic that controls the lifecycle of a business object contained in the world state. It is then packaged

security/trust from the blockchain and the underlying consensus among the peers. It is the business logic of a blockchain application. There are three key points that apply to smart contracts, especially assets, and the transaction instructions for modifying the asset(s); in other words, it’s the business logic. Chaincode enforces the rules for reading or altering key-value pairs or other state database information smart contract and chaincode interchangeably. In general, a smart contract defines the transaction logic that controls the lifecycle of a business object contained in the world state. It is then packaged

security/trust from the blockchain and the underlying consensus among the peers. It is the business logic of a blockchain application. There are three key points that apply to smart contracts, especially assets, and the transaction instructions for modifying the asset(s); in other words, it’s the business logic. Chaincode enforces the rules for reading or altering key-value pairs or other state database information smart contract and chaincode interchangeably. In general, a smart contract defines the transaction logic that controls the lifecycle of a business object contained in the world state. It is then packaged

security/trust from the blockchain and the underlying consensus among the peers. It is the business logic of a blockchain application. There are three key points that apply to smart contracts, especially assets, and the transaction instructions for modifying the asset(s); in other words, it’s the business logic. Chaincode enforces the rules for reading or altering key-value pairs or other state database information smart contract and chaincode interchangeably. In general, a smart contract defines the transaction logic that controls the lifecycle of a business object contained in the world state. It is then packaged

security/trust from the blockchain and the underlying consensus among the peers. It is the business logic of a blockchain application. There are three key points that apply to smart contracts, especially assets, and the transaction instructions for modifying the asset(s); in other words, it’s the business logic. Chaincode enforces the rules for reading or altering key-value pairs or other state database information smart contract and chaincode interchangeably. In general, a smart contract defines the transaction logic that controls the lifecycle of a business object contained in the world state. It is then packaged