Channel

chunk Chunk chunk(): Wraps Mix_GetChunk which gets the currently-playing dsdl2.mixer.Chunk in the channel
distance void distance(ubyte newDistance): Wraps Mix_SetDistance which sets the simulated distance for the channel playing from the listener
expire void expire(uint ms): Wraps Mix_ExpireChannel which halts the channel after a specified delay
fadeIn void fadeIn(Chunk chunk, uint loops, uint fadeMs, uint ms): Wraps Mix_FadeInChannelTimed which plays a dsdl2.mixer.Chunk in the channel with a fade-in effect
fadeOut void fadeOut(uint fadeMs): Wraps Mix_FadeOutChannel which performs fade-out for whatever chunk is playing in the channel
fading Fading fading(): Wraps Mix_FadingChannel which gets the fading stage of the channel
halt void halt(): Wraps Mix_HaltChannel which halts the channel
opEquals bool opEquals(Channel rhs): Equality operator overload
panning void panning(ubyte[2] newLR): Wraps Mix_SetPanning which sets the panning volume of the left and right channels for the track channel
pause void pause(): Wraps Mix_Pause which pauses the channel
paused bool paused(): Wraps Mix_Paused which checks whether the channel is paused
play void play(Chunk chunk, uint loops, uint ms): Wraps Mix_PlayChannelTimed which plays a dsdl2.mixer.Chunk in the channel
playing bool playing(): Wraps Mix_Playing which checks whether the channel is playing
position void position(Tuple!(short, ubyte) newAngleDistance): Wraps Mix_SetPosition which sets the simulated angle and distance of the channel playing from the listener
resume void resume(): Wraps Mix_Resume which resumes the channel
reverseStereo void reverseStereo(bool newReverse): Wraps Mix_SetReverseStereo which sets whether the left and right channels are flipped in the channel
toHash hash_t toHash(): Gets the hash of the dsdl2.mixer.Channel
toString string toString(): Formats the dsdl2.mixer.Channel showing its internal information: "dsdl2.mixer.Channel(<mixChannel>)"
volume ubyte volume(): Wraps Mix_Volume which gets the volume of the channel
volume void volume(ubyte newVolume): Wraps Mix_Volume which sets the volume of the channel

Static functions

allDistance void allDistance(ubyte newDistance): Acts as Mix_SetDistance(MIX_CHANNEL_POST, newDistance) which sets the simulated distance for all channels as posteffect
allPanning void allPanning(ubyte[2] newLR): Wraps Mix_SetPanning which sets the panning volume of the left and right channels as posteffect for all channels
allPosition void allPosition(Tuple!(short, ubyte) newAngleDistance): Acts as Mix_SetPosition(MIX_CHANNEL_POST, newAngleDistance[0], newAngleDistance[1]) which sets the simulated angle and distance for all channels as posteffect
allReverseStereo void allReverseStereo(bool newReverse): Acts as Mix_SetReverseStereo(MIX_CHANNEL_POST, newReverse) which sets whether the left and right channels are flipped for all channels as posteffect
allVolume ubyte allVolume(): Acts as Mix_Volume(-1, -1) which gets the volume of all channels
allVolume void allVolume(ubyte newVolume): Acts as Mix_Volume(-1, newVolume) which sets the volume of all channels
expireAll void expireAll(uint ms): Acts as Mix_ExpireChannel(-1, ms) which halts all channels after a specified delay
fadeOutAll void fadeOutAll(uint fadeMs): Acts as Mix_FadeOutChannel(-1, fadeMs) which performs fade-out for whatever chunks are playing in all channels
haltAll void haltAll(): Acts as Mix_HaltChannel(-1) which halts all channels
pauseAll void pauseAll(): Acts as Mix_Pause(-1) which pauses all channels
resumeAll void resumeAll(): Acts as Mix_Resume(-1) which resumes all channels

Variables

mixChannel uint mixChannel;: Channel ID from SDL_mixer

Channel

Constructors

Members

Functions

Static functions

Variables

Meta

Source