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| <<Color2(col=green,text="I think this should be a new paragraph or moved down to connect to the next one.")>> '''data''' should consist of '''channels''' * '''samples''' Uint16 samples. <<Color2(col=green,text="This is basically repeated above. Is there a better way to say this and still be correct and readable to programmers but also to people who speak English?")>> | /* <<Color2(col=green,text="I think this should be a new paragraph or moved down to connect to the next one.")>> */ '''data''' should consist of '''channels''' * '''samples''' Uint16 samples. /* <<Color2(col=green,text="This is basically repeated above. Is there a better way to say this and still be correct and readable to programmers but also to people who speak English?")>> */ |
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| If '''channels''' is 1, the effect is rotated using the defined direction. Otherwise it uses the samples in '''data''' for the different axes. | If '''channels''' is 1, the effect is rotated using the defined direction. Otherwise it uses the samples in '''data''' for the different axes. |
DRAFT |
SDL_HapticCustom
A structure that contains a template for the SDL_HAPTIC_CUSTOM a custom effect.
Data Fields
Header |
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Uint16 |
type |
SDL_HAPTIC_CUSTOM |
direction |
direction of the effect (relative to the user) |
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Replay |
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Uint32 |
length |
duration of the effect |
Uint16 |
delay |
delay before starting the effect |
Trigger |
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Uint16 |
button |
button that triggers the effect |
Uint16 |
interval |
how soon it can be triggered again after button |
Custom |
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Uint8 |
channels |
axes to use, minimum of 1; see Remarks for details |
Uint16 |
period |
sample periods |
Uint16 |
samples |
amount number of samples |
Uint16* |
data |
should contain channels*samples items; see Remarks for details |
Envelope |
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Uint16 |
attack_length |
duration of the attack |
Uint16 |
attack_level |
level at the start of the attack |
Uint16 |
fade_length |
duration of the fade |
Uint16 |
fade_level |
level at the end of the fade |
Code Examples
You can add your code example here
Remarks
A custom force feedback effect is much like a periodic effect, where the application can define its exact shape. You will have to allocate the data yourself. data should consist of channels * samples Uint16 samples.
If channels is 1, the effect is rotated using the defined direction. Otherwise it uses the samples in data for the different axes.
