Safe Haskell	Safe-Inferred

Ness.Multiplate

Contents

instrument
score

Synopsis

renderAll :: SamplingRate -> (Instrument, Score) -> (Text, Text)
verify :: Instrument -> Score -> [Text]
data Instrument = Instrument {
- iName :: Text
- iNormalize :: Bool
- iAirbox :: Airbox
- iPlates :: [Plate]
- iMembranes :: [Membrane]
- iDrumshells :: [Drumshell]
}
iObjects :: Instrument -> [Text]
renderInstrument :: SamplingRate -> Instrument -> Text
data Airbox = Airbox {
- aWidth, aDepth, aHeight :: Meters
- aC_a, aRho_a :: Double
- aOutputs :: [AirboxOutput]
}
data AirboxOutput = AirboxOutput {
- aoX, aoY, aoZ :: Meters
}
data Plate = Plate {
- pName :: Text
- pSize :: (Meters, Meters)
- pCenter :: (Meters, Meters, Meters)
- pMaterial :: Material
- pOutputs :: [PlateOutput]
}
data Material = Material {
- mRho, mH, mE, mNu, mT60, mSig1 :: Double
}
data PlateOutput = PlateOutput {
- poX, poY :: Meters
}
renderPlateOutputs :: [Plate] -> [Text]
data Membrane = Membrane {
- mName :: Text
- mRadius :: Meters
- mCenter :: (Meters, Meters, Meters)
- mMaterial :: Material
- mT :: Double
}
data Drumshell = Drumshell {
- dName :: Text
- dCenter :: (Meters, Meters)
- dBottomZ :: Meters
- dRadius :: Meters
- dHeight :: Meters
}
data Score = Score {
- sDecay :: Seconds
- sStrikes :: [Strike]
}
type Force = Double
data Strike = Strike {
- sObject :: Text
- sStart :: Seconds
- sDuration :: Seconds
- sPosition :: (Meters, Meters)
- sForce :: Force
}

Documentation

renderAll :: SamplingRate -> (Instrument, Score) -> (Text, Text) Source #

verify :: Instrument -> Score -> [Text] Source #

instrument

data Instrument Source #

Constructors

Instrument
Fields iName :: Text iNormalize :: Bool iAirbox :: Airbox iPlates :: [Plate] iMembranes :: [Membrane] iDrumshells :: [Drumshell]

Instances

Instances details

Show Instrument Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Instrument -> ShowS # show :: Instrument -> String # showList :: [Instrument] -> ShowS #
Eq Instrument Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Instrument -> Instrument -> Bool # (/=) :: Instrument -> Instrument -> Bool #
Ord Instrument Source #
Instance details Defined in Ness.Multiplate Methods compare :: Instrument -> Instrument -> Ordering # (<) :: Instrument -> Instrument -> Bool # (<=) :: Instrument -> Instrument -> Bool # (>) :: Instrument -> Instrument -> Bool # (>=) :: Instrument -> Instrument -> Bool # max :: Instrument -> Instrument -> Instrument # min :: Instrument -> Instrument -> Instrument #

iObjects :: Instrument -> [Text] Source #

renderInstrument :: SamplingRate -> Instrument -> Text Source #

data Airbox Source #

• airbox defines the dimensions and other parameters of the airbox. Parameters are the width, the depth, the height, c_a and rho_a. Only one airbox can be defined currently.

Constructors

Airbox
Fields aWidth, aDepth, aHeight :: Meters aC_a, aRho_a :: Double aOutputs :: [AirboxOutput]

Instances

Instances details

Show Airbox Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Airbox -> ShowS # show :: Airbox -> String # showList :: [Airbox] -> ShowS #
Eq Airbox Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Airbox -> Airbox -> Bool # (/=) :: Airbox -> Airbox -> Bool #
Ord Airbox Source #
Instance details Defined in Ness.Multiplate Methods compare :: Airbox -> Airbox -> Ordering # (<) :: Airbox -> Airbox -> Bool # (<=) :: Airbox -> Airbox -> Bool # (>) :: Airbox -> Airbox -> Bool # (>=) :: Airbox -> Airbox -> Bool # max :: Airbox -> Airbox -> Airbox # min :: Airbox -> Airbox -> Airbox #
Render Airbox Source #
Instance details Defined in Ness.Multiplate Methods render :: Airbox -> Text Source #

data AirboxOutput Source #

• airbox output defines an output taken from within the airbox. The parameters are its X, Y and Z position.

Constructors

AirboxOutput
Fields aoX, aoY, aoZ :: Meters

Instances

Instances details

Show AirboxOutput Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> AirboxOutput -> ShowS # show :: AirboxOutput -> String # showList :: [AirboxOutput] -> ShowS #
Eq AirboxOutput Source #
Instance details Defined in Ness.Multiplate Methods (==) :: AirboxOutput -> AirboxOutput -> Bool # (/=) :: AirboxOutput -> AirboxOutput -> Bool #
Ord AirboxOutput Source #
Instance details Defined in Ness.Multiplate Methods compare :: AirboxOutput -> AirboxOutput -> Ordering # (<) :: AirboxOutput -> AirboxOutput -> Bool # (<=) :: AirboxOutput -> AirboxOutput -> Bool # (>) :: AirboxOutput -> AirboxOutput -> Bool # (>=) :: AirboxOutput -> AirboxOutput -> Bool # max :: AirboxOutput -> AirboxOutput -> AirboxOutput # min :: AirboxOutput -> AirboxOutput -> AirboxOutput #
Render AirboxOutput Source #
Instance details Defined in Ness.Multiplate Methods render :: AirboxOutput -> Text Source #

data Plate Source #

• plate defines a plate within the airbox. The first parameter is a name for the plate which must be a unique string and is used to refer to it for the purposes of outputs and strikes. The numeric parameters are size X, size Y, centre X, centre Y, centre Z, rho, H, E, nu, T60, sig1.

Constructors

Plate
Fields pName :: Text pSize :: (Meters, Meters) pCenter :: (Meters, Meters, Meters) pMaterial :: Material pOutputs :: [PlateOutput]

Instances

Instances details

Show Plate Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Plate -> ShowS # show :: Plate -> String # showList :: [Plate] -> ShowS #
Eq Plate Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Plate -> Plate -> Bool # (/=) :: Plate -> Plate -> Bool #
Ord Plate Source #
Instance details Defined in Ness.Multiplate Methods compare :: Plate -> Plate -> Ordering # (<) :: Plate -> Plate -> Bool # (<=) :: Plate -> Plate -> Bool # (>) :: Plate -> Plate -> Bool # (>=) :: Plate -> Plate -> Bool # max :: Plate -> Plate -> Plate # min :: Plate -> Plate -> Plate #
Render Plate Source #
Instance details Defined in Ness.Multiplate Methods render :: Plate -> Text Source #

data Material Source #

Constructors

Material
Fields mRho, mH, mE, mNu, mT60, mSig1 :: Double

Instances

Instances details

Show Material Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Material -> ShowS # show :: Material -> String # showList :: [Material] -> ShowS #
Eq Material Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Material -> Material -> Bool # (/=) :: Material -> Material -> Bool #
Ord Material Source #
Instance details Defined in Ness.Multiplate Methods compare :: Material -> Material -> Ordering # (<) :: Material -> Material -> Bool # (<=) :: Material -> Material -> Bool # (>) :: Material -> Material -> Bool # (>=) :: Material -> Material -> Bool # max :: Material -> Material -> Material # min :: Material -> Material -> Material #

data PlateOutput Source #

• plate output defines an output taken from a plate. The parameters are the name of the plate and the X and Y position for the output. The position values are normalised to the range -1 to +1.

Constructors

PlateOutput
Fields poX, poY :: Meters

Instances

Instances details

Show PlateOutput Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> PlateOutput -> ShowS # show :: PlateOutput -> String # showList :: [PlateOutput] -> ShowS #
Eq PlateOutput Source #
Instance details Defined in Ness.Multiplate Methods (==) :: PlateOutput -> PlateOutput -> Bool # (/=) :: PlateOutput -> PlateOutput -> Bool #
Ord PlateOutput Source #
Instance details Defined in Ness.Multiplate Methods compare :: PlateOutput -> PlateOutput -> Ordering # (<) :: PlateOutput -> PlateOutput -> Bool # (<=) :: PlateOutput -> PlateOutput -> Bool # (>) :: PlateOutput -> PlateOutput -> Bool # (>=) :: PlateOutput -> PlateOutput -> Bool # max :: PlateOutput -> PlateOutput -> PlateOutput # min :: PlateOutput -> PlateOutput -> PlateOutput #

renderPlateOutputs :: [Plate] -> [Text] Source #

data Membrane Source #

• membrane defines a circular drum membrane within the airbox. The first parameter is a name for the membrane which must be a unique string and is used to refer to it for the purposes of outputs and strikes. The numeric parameters are the radius, centre X, centre Y, centre Z, rho, H, T, E, nu, T60 and sig1.

Constructors

Membrane
Fields mName :: Text mRadius :: Meters mCenter :: (Meters, Meters, Meters) mMaterial :: Material mT :: Double

Instances

Instances details

Show Membrane Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Membrane -> ShowS # show :: Membrane -> String # showList :: [Membrane] -> ShowS #
Eq Membrane Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Membrane -> Membrane -> Bool # (/=) :: Membrane -> Membrane -> Bool #
Ord Membrane Source #
Instance details Defined in Ness.Multiplate Methods compare :: Membrane -> Membrane -> Ordering # (<) :: Membrane -> Membrane -> Bool # (<=) :: Membrane -> Membrane -> Bool # (>) :: Membrane -> Membrane -> Bool # (>=) :: Membrane -> Membrane -> Bool # max :: Membrane -> Membrane -> Membrane # min :: Membrane -> Membrane -> Membrane #
Render Membrane Source #
Instance details Defined in Ness.Multiplate Methods render :: Membrane -> Text Source #

data Drumshell Source #

• drumshell defines a cylindrical drum shell that acts as a barrier within the airbox. The first parameter is a name for the drum shell which must be a unique string. The numeric parameters are centre X, centre Y, bottom Z, radius and shell height.

Constructors

Drumshell
Fields dName :: Text dCenter :: (Meters, Meters) dBottomZ :: Meters dRadius :: Meters dHeight :: Meters

Instances

Instances details

Show Drumshell Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Drumshell -> ShowS # show :: Drumshell -> String # showList :: [Drumshell] -> ShowS #
Eq Drumshell Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Drumshell -> Drumshell -> Bool # (/=) :: Drumshell -> Drumshell -> Bool #
Ord Drumshell Source #
Instance details Defined in Ness.Multiplate Methods compare :: Drumshell -> Drumshell -> Ordering # (<) :: Drumshell -> Drumshell -> Bool # (<=) :: Drumshell -> Drumshell -> Bool # (>) :: Drumshell -> Drumshell -> Bool # (>=) :: Drumshell -> Drumshell -> Bool # max :: Drumshell -> Drumshell -> Drumshell # min :: Drumshell -> Drumshell -> Drumshell #
Render Drumshell Source #
Instance details Defined in Ness.Multiplate Methods render :: Drumshell -> Text Source #

score

data Score Source #

Constructors

Score
Fields sDecay :: Seconds sStrikes :: [Strike]

Instances

Instances details

Show Score Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Score -> ShowS # show :: Score -> String # showList :: [Score] -> ShowS #
Eq Score Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Score -> Score -> Bool # (/=) :: Score -> Score -> Bool #
Render Score Source #
Instance details Defined in Ness.Multiplate Methods render :: Score -> Text Source #

type Force = Double Source #

Probably Newtons?

data Strike Source #

The first parameter of a strike is the start time. The other parameters are the name of the plate, the X position, the Y position, the duration, and the maximum force. The position values are normalised to the range 0-1.

Constructors

Strike
Fields sObject :: Text sStart :: Seconds sDuration :: Seconds sPosition :: (Meters, Meters) sForce :: Force

Instances

Instances details

Show Strike Source #
Instance details Defined in Ness.Multiplate Methods showsPrec :: Int -> Strike -> ShowS # show :: Strike -> String # showList :: [Strike] -> ShowS #
Eq Strike Source #
Instance details Defined in Ness.Multiplate Methods (==) :: Strike -> Strike -> Bool # (/=) :: Strike -> Strike -> Bool #
Render Strike Source #
Instance details Defined in Ness.Multiplate Methods render :: Strike -> Text Source #