nudsfml.window.sensor source code

1 module nudsfml.window.sensor;
2 
3 import bindbc.sfml.window;
4 
5 import nudsfml.system.vector3;
6 
7 /**
8  * Give access to the real-time state of the sensors.
9  */
10 final abstract class Sensor {
11     /// Sensor type
12     enum Type{
13         /// Measures the raw acceleration (m/s²)
14         Accelerometer,
15         /// Measures the raw rotation rates (°/s)
16         Gyroscope,
17         /// Measures the ambient magnetic field (micro-teslas)
18         Magnetometer,
19         /**
20          * Measures the direction and intensity of gravity, independent of
21          * device acceleration (m/s²)
22          */
23         Gravity,
24         /**
25          * Measures the direction and intensity of device cceleration,
26          * independent of the gravity (m/s²)
27          */
28         UserAcceleration,
29         /// Measures the absolute 3D orientation (°)
30         Orientation,
31         /// Keep last - the total number of sensor types
32         Count
33     }
34 
35     /**
36     * Check if a sensor is available on the underlying platform.
37     *
38     * Params:
39     *	sensor = Sensor to check
40     *
41     * Returns: true if the sensor is available, false otherwise.
42     */
43     static bool isAvailable (Type sensor){
44         return false; //sfSensor_isAvailable(cast(sfSensorType)sensor)>0;
45     }
46 
47     /**
48     * Enable or disable a sensor.
49     *
50     * All sensors are disabled by default, to avoid consuming too much battery
51     * power. Once a sensor is enabled, it starts sending events of the
52     * corresponding type.
53     *
54     * This function does nothing if the sensor is unavailable.
55     *
56     * Params:
57     *   sensor = Sensor to enable
58     *   enabled = true to enable, false to disable
59     */
60     static void setEnabled (Type sensor, bool enabled) {
61         //sfSensor_setEnabled(cast(sfSensorType)sensor, enabled);
62     }
63 
64     /**
65     * Get the current sensor value.
66     *
67     * Params:
68     *   sensor = Sensor to read
69     *
70     * Returns: The current sensor value.
71     */
72     static Vector3f getValue (Type sensor){
73         Vector3f getValue ;//= cast(Vector3f)sfSensor_getValue(cast(sfSensorType)sensor);
74         return getValue;
75     }
76 }