Text in motion processing
Block models are used to represent all blocks in the game, while object models are used to show objects in the player’s hand, on his head (helmets and hats), on the ground, in the inventory, on object frames and on armor. As there are different variants of some blocks, block states are used to link them to the corresponding models. Each model and each block state has its own file, which is of the .jsonformat. Even the icons used in the inventory are defined in these files.
In JSON files of models and block states, the namespace ID in the form of namespace:name(minecraft:namespace can be omitted) is used to represent the local file path. See also ID # with namespace Location of contents in packages .
In these files, the path corresponding to the namespace ID namespace:names is , where the name may contain subfolders separated by , such as namespace: foo / bar / baz (foo and bar are folders, baz is the actual file name).
Affinetransform
Master level fishing villagers always offer to buy a boat for one emerald. The type of boat depends on the type of attire of the villager’s biome; plains villagers offer to buy oak boats, taiga and snowy villagers offer to buy spruce boats, savanna villagers offer to buy acacia boats, desert and jungle villagers offer to buy jungle boats, and swamp villagers offer to buy dark oak boats.
One can exit a boat by sneaking out or, in Bedrock Edition , by pressing the right analog joystick on a controller, tapping the “Leave Boat” button when using touch controls, or by jumping . When exiting a boat, the player stands in the direction the player is facing, or, if facing directly up or down, the player stands in front of the boat. The exiting player stands on land if that is possible from the dismount position.
With a keyboard or gamepad, ships are controlled with the forward , left (turn left), right (turn right) and reverse keys. Using the Sprint key increases the field of view, but does not increase the speed as if you were running.
Translation in java
When surfaces are drawn on the screen, the functions transform(), rotate(), and scale() affect taking into account the origin in the following drawing shows how rotation affects a rectangle.
The object rotates from the coordinate axis (0,0) as does the translation. When executing a rotation, the surface rotates with respect to the upper left axis, the origin of the local coordinate system.
There are two ways to think about transformations, to see how the coordinate system is modified into a new one. The order in which the transformations are applied affects the result. The other way to look at it is to apply the transformations directly to the surfaces.
Rotate processing
When surfaces are drawn on the screen, the functions transform(), rotate(), and scale() affect taking into account the origin in the following drawing shows how rotation affects a rectangle.
The object rotates from the coordinate axis (0,0) as does translation. When executing a rotation, the surface rotates with respect to the upper left axis, the origin of the local coordinate system.
There are two ways to think about transformations, to see how the coordinate system is modified into a new one. The order in which the transformations are applied affects the result. The other way to look at it is to apply the transformations directly to the surfaces.