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@@ -56,7 +56,7 @@ Legacy functions for reading and writing game object properties also exist. They
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| property | description | type | |
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| ---------- | -------------------------------------- | --------------- | ---------------- |
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-| *position* | The local position of the game object. | `vector3`. | `get+set`{.mark} |
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+| *position* | The local position of the game object. | `vector3` | `get+set`{.mark} |
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| *rotation* | Local rotation of game object, expressed as a quaternion. | `quaternion` | `get+set`{.mark} |
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| *euler* | Local rotation of game object, Euler angles. | `vector3` | `get+set`{.mark} |
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| *scale* | Local non uniform scale of the game object, expressed as a vector where each component contains a multiplier along each axis. To double the size in x and y, provide vmath.vector3(2.0, 2.0, 0) | `vector3` | `get+set`{.mark} |
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@@ -66,6 +66,7 @@ Legacy functions for reading and writing game object properties also exist. They
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| property | description | type | |
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| ---------- | -------------------------------------- | --------------- | ---------------- |
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| *size* | The non scaled size of the sprite---its size as taken from the source atlas. | `vector3` | `get`{.mark} |
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+| *texture0* | The texture path hash of the sprite. | `hash` | `get`{.mark}|
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| *scale* | Non uniform scale of the sprite. | `vector3` | `get+set`{.mark}|
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*COLLISION OBJECT COMPONENT PROPERTIES*
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@@ -83,7 +84,7 @@ Legacy functions for reading and writing game object properties also exist. They
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| property | description | type | |
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| ---------- | -------------------------------------- | --------------- | ---------------- |
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| *animation* | The current animation. | `hash` | `get`{.mark} |
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-| *skin*. | The currently applied model skin. (cannot be animated!) | `hash` | `get+set`{.mark} |
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+| *skin* | The currently applied model skin. (cannot be animated!) | `hash` | `get+set`{.mark} |
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| *cursor* | The current position (between 0-1) of the animation playback cursor. | `number` | `get+set`{.mark} |
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| *playback_rate* | The playback rate of the animation. A multiplier to the animation playback rate. | `number` | `get+set`{.mark} |
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@@ -92,9 +93,20 @@ Legacy functions for reading and writing game object properties also exist. They
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| property | description | type | |
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| ---------- | -------------------------------------- | --------------- | ---------------- |
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| *animation* | The current animation. | `hash` | `get`{.mark} |
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-| *cursor*. | Position (between 0--1) of playback cursor. | `number` | `get+set`{.mark} |
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+| *texture0* | The texture path hash of the model. | `hash` | `get`{.mark}|
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+| *cursor* | Position (between 0--1) of playback cursor. | `number` | `get+set`{.mark} |
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| *playback_rate* | The playback rate of the animation. A multiplier to the animation playback rate. | `number` | `get+set`{.mark} |
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+*LABEL COMPONENT PROPERTIES*
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+
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+| property | description | type | |
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+| ---------- | -------------------------------------- | --------------- | ---------------- |
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+| *scale* | The scale of the label. | `vector3` | `get+set`{.mark} |
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+| *color* | The color of the label. | `vector4` | `get+set`{.mark} |
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+| *outline* | The outline color of the label. | `vector4` | `get+set`{.mark} |
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+| *shadow* | The shadow color of the label. | `vector4` | `get+set`{.mark} |
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+| *size* | The size of the label. The size will constrain the text if line break is enabled. | `vector3` | `get+set`{.mark} |
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+
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## GUI node properties
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GUI nodes also contain properties, but they are read and written through special getter and setter functions. For each property there exists one get- and one set- function. There is also a set of constants defined to use as reference to the properties when animating them. If you need to refer to separate property components you have to use the string name of the property, or a hash of the string name.
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@@ -128,8 +140,8 @@ Note that all color values are encoded in a vector4 where the components corresp
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| property | description | type | |
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| ---------- | -------------------------------------- | --------------- | ---------------- |
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-| *color*. | The face color of the node. | `vector4`. | `gui.get_color()` `gui.set_color()` |
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-| *outline*. | The outline color of the node. | `vector4` | `gui.get_outline()` `gui.set_outline()` |
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+| *color* | The face color of the node. | `vector4` | `gui.get_color()` `gui.set_color()` |
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+| *outline* | The outline color of the node. | `vector4` | `gui.get_outline()` `gui.set_outline()` |
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| *position* | The position of the node. | `vector3` | `gui.get_position()` `gui.set_position()` |
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| *rotation* | The rotation of the node expressed as Euler angles--degrees rotated around each axis. | `vector3` | `gui.get_rotation()` `gui.set_rotation()` |
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| *scale* | The scale of the node expressed as a multiplier along each axis. | `vector3` |`gui.get_scale()` `gui.set_scale()` |
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@@ -137,6 +149,4 @@ Note that all color values are encoded in a vector4 where the components corresp
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| *size* | The unscaled size of the node. | `vector3` | `gui.get_size()` `gui.set_size()` |
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| *fill_angle* | The fill angle of a pie node expressed as degrees counter-clockwise. | `number` | `gui.get_fill_angle()` `gui.set_fill_angle()` |
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| *inner_radius* | The inner radius of a pie node. | `number` | `gui.get_inner_radius()` `gui.set_inner_radius()` |
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-| *slice9* | The edge distances of a slice9 node. | `vector4` | |
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-
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-
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+| *slice9* | The edge distances of a slice9 node. | `vector4` | `gui.get_slice9()` `gui.set_slice9()` |
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Alexey Gulev