package parameters are parsed, printed but not handled

marketsim/gen/.parsed/defs/event.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Event"
 
-package event {
+package event() {
     // defined at defs\event.sc: 4.5
     /** Event that fires every *intervalFunc* moments of time
      */

marketsim/gen/.parsed/defs/graph.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Basic"
 
-package  {
+package () {
     // defined at defs\graph.sc: 4.5
     /** Observable returning at the end of every *timeframe*
      * open/close/min/max price, its average and standard deviation
@@ -36,7 +36,7 @@ package  {
 }
 @category = "N/A"
 
-package veusz {
+package veusz() {
     // defined at defs\graph.sc: 45.5
     /** Graph to render at Veusz. Time series are added to it automatically in their constructor
      */

marketsim/gen/.parsed/defs/math/basic.pretty-printed.sc

@@ -1,8 +1,8 @@
 @category = "Basic"
 
-package math {@category = "Log/Pow"
+package math() {@category = "Log/Pow"
 
-    package  {
+    package () {
         // defined at defs\math\basic.sc: 7.5
         /** Square of *x*
          */
@@ -49,7 +49,7 @@ package math {@category = "Log/Pow"
                 power = constant(1.0)) : () => Float
     }
 
-    package  {
+    package () {
         // defined at defs\math\basic.sc: 49.5
         /** Function returning minimum of two functions *x* and *y*.
          * If *x* or/and *y* are observables, *Min* is also observable
@@ -78,7 +78,7 @@ package math {@category = "Log/Pow"
     }
     @category = "Trigonometric"
 
-    package  {
+    package () {
         // defined at defs\math\basic.sc: 76.5
         /** Arc tangent of x, in radians.
          *

marketsim/gen/.parsed/defs/math/macd.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "MACD"
 
-package math.macd {
+package math.macd() {
     // defined at defs\math\macd.sc: 4.5
     /** Moving average convergence/divergence
      */

marketsim/gen/.parsed/defs/math/minmax.pretty-printed.sc

@@ -1,7 +1,7 @@
 
-package math {@category = "Statistics"
+package math() {@category = "Statistics"
 
-    package Moving {
+    package Moving() {
         // defined at defs\math\minmax.sc: 6.9
         /** Running minimum of a function
          */
@@ -20,7 +20,7 @@ package math {@category = "Statistics"
     }
     @category = "Statistics"
 
-    package Cumulative {
+    package Cumulative() {
         // defined at defs\math\minmax.sc: 26.9
         /** Cumulative minimum of a function with positive tolerance.
          *

marketsim/gen/.parsed/defs/math/moments.pretty-printed.sc

@@ -1,9 +1,9 @@
 
-package math {@category = "Statistics"
+package math() {@category = "Statistics"
 
-    package  {@suffix = "_{\\\\alpha=%(alpha)s}(%(source)s)"
+    package () {@suffix = "_{\\\\alpha=%(alpha)s}(%(source)s)"
 
-        package EW {
+        package EW() {
             // defined at defs\math\moments.sc: 9.13
             /** Exponentially weighted moving average
              */
@@ -36,7 +36,7 @@ package math {@category = "Statistics"
         }
         @suffix = "_{cumul}(%(source)s)"
 
-        package Cumulative {
+        package Cumulative() {
             // defined at defs\math\moments.sc: 43.13
             /** Cumulative average
              */
@@ -65,7 +65,7 @@ package math {@category = "Statistics"
         }
         @suffix = "_{n=%(timeframe)s}(%(source)s)"
 
-        package Moving {
+        package Moving() {
             // defined at defs\math\moments.sc: 75.13
             /** Simple moving average
              */

marketsim/gen/.parsed/defs/math/process.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package math {
+package math() {
     // defined at defs\math\process.sc: 3.5
     /** A discrete signal with user-defined increments.
      */

marketsim/gen/.parsed/defs/math/random.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package math.random {
+package math.random() {
     // defined at defs\math\random.sc: 3.1
     /** Beta distribution
      *

marketsim/gen/.parsed/defs/math/rsi.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package math {
+package math() {
     // defined at defs\math\rsi.sc: 3.5
     /** Observable that adds a lag to an observable data source so [Lagged(x, dt)]t=t0 == [x]t=t0+dt
      */
@@ -23,7 +23,7 @@ package math {
                       /** lag size */ timeframe = 10.0) = Max(0.0,Lagged(source,timeframe)-source)
     @category = "RSI"
 
-    package rsi {
+    package rsi() {
         // defined at defs\math\rsi.sc: 32.9
         /** Absolute value for Relative Strength Index
          */

marketsim/gen/.parsed/defs/misc.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Basic"
 
-package  {
+package () {
     // defined at defs\misc.sc: 3.5
     /** Function always returning *x*
      */

marketsim/gen/.parsed/defs/observable.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Basic"
 
-package observable {
+package observable() {
     // defined at defs\observable.sc: 4.5
     /** Discretizes function *x* at even time steps *dt*
      */

marketsim/gen/.parsed/defs/ops.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Ops"
 
-package ops {
+package ops() {
     // defined at defs\ops.sc: 4.5
     @label = "-%(x)s"
     @python.intrinsic.observable("ops._Negate_Impl")
@@ -13,7 +13,7 @@ package ops {
             y = constant(1.0)) : IFunction[Float]
     @label = "({%(x)s}{{symbol}}{%(y)s})"
 
-    package  {
+    package () {
         // defined at defs\ops.sc: 15.9
         @symbol = "*"
         @python.intrinsic.observable("ops._Mul_Impl")
@@ -34,7 +34,7 @@ package ops {
     }
     @label = "(if %(cond)s then %(ifpart)s else %(elsepart)s)"
 
-    package  {
+    package () {
         // defined at defs\ops.sc: 30.9
         @python.intrinsic.observable("ops._Condition_Impl")
         def Condition(cond = true(),
@@ -49,7 +49,7 @@ package ops {
     }
     @label = "({%(x)s}{{symbol}}{%(y)s})"
 
-    package  {
+    package () {
         // defined at defs\ops.sc: 46.9
         @symbol = "=="
         @python.intrinsic.observable("ops._Equal_Impl")

marketsim/gen/.parsed/defs/order.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Order"
 
-package order {
+package order() {
     // defined at defs\order.sc: 12.5
     /** Factory creating market orders
      *

marketsim/gen/.parsed/defs/orderbook/classes.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Asset"
 
-package orderbook {
+package orderbook() {
     // defined at defs\orderbook\classes.sc: 4.5
     /** Order book for a single asset in a market.
      * Maintains two order queues for orders of different sides

marketsim/gen/.parsed/defs/orderbook/properties.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Asset"
 
-package orderbook {
+package orderbook() {
     // defined at defs\orderbook\properties.sc: 4.5
     /** Returns order queue of order *book* for trade *side*
      */
@@ -112,7 +112,7 @@ package orderbook {
                      /** distance between two volumes */ volumeDelta = 30.0,
                      /** number of volume levels to track */ volumeCount = 10) : IObservable[IVolumeLevels]
 
-    abstract package _base_impl {
+    abstract package _base_impl() {
         // defined at defs\orderbook\properties.sc: 134.9
         @label = "{{queue}}"
         def Price(book = OfTrader()) = BestPrice(_queue(book))
@@ -136,12 +136,12 @@ package orderbook {
     }
     @queue = "Ask_{%(book)s}"
 
-    package ask extends _base_impl {
+    package ask() extends _base_impl {
         def _queue = Asks
     }
     @queue = "Bid^{%(book)s}"
 
-    package bid extends _base_impl {
+    package bid() extends _base_impl {
         def _queue = Bids
     }
 }

marketsim/gen/.parsed/defs/side.pretty-printed.sc

@@ -2,7 +2,7 @@
 type Side
 @category = "Side"
 
-package side {
+package side() {
     // defined at defs\side.sc: 10.5
     /** Function always returning Sell side
      */

marketsim/gen/.parsed/defs/strategies/adaptive.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package strategy {
+package strategy() {
     // defined at defs\strategies\adaptive.sc: 3.5
     /** Strategy that wraps another strategy and passes its orders only if *predicate* is true
      */

marketsim/gen/.parsed/defs/strategies/common.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Strategy"
 
-package strategy {
+package strategy() {
     // defined at defs\strategies\common.sc: 4.5
     /** Generic strategy that wakes up on events given by *eventGen*,
      *  creates an order via *orderFactory* and sends the order to the market using its trader

marketsim/gen/.parsed/defs/strategies/efficiency.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package strategy.account {
+package strategy.account() {
     // defined at defs\strategies\efficiency.sc: 3.5
     /** Associated with a strategy account that tracks
      *  how orders sent by the strategy have been actually traded
@@ -23,7 +23,7 @@ package strategy.account {
     def virtualMarket = inner.inner_VirtualMarket
 }
 
-package strategy.weight {
+package strategy.weight() {
     def atanPow = f.f_AtanPow
 
     def clamp0 = f.f_Clamp0

marketsim/gen/.parsed/defs/strategies/parts/position.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Volume function"
 
-package strategy.position {
+package strategy.position() {
     // defined at defs\strategies\parts\position.sc: 4.5
     /** Position function for desired position strategy
      */

marketsim/gen/.parsed/defs/strategies/parts/price.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Price function"
 
-package strategy.price {
+package strategy.price() {
     // defined at defs\strategies\parts\price.sc: 4.5
     /** Price function for a liquidity provider strategy
      */

marketsim/gen/.parsed/defs/strategies/parts/side.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Side function"
 
-package strategy.side {
+package strategy.side() {
     // defined at defs\strategies\parts\side.sc: 4.5
     /** Side function for a noise trading strategy
      */

marketsim/gen/.parsed/defs/strategies/position.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package strategy {
+package strategy() {
     // defined at defs\strategies\position.sc: 3.5
     /** Strategy believing that trader position should be proportional to 50 - RSI(asset)
      */

marketsim/gen/.parsed/defs/strategies/side.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package strategy {
+package strategy() {
     // defined at defs\strategies\side.sc: 3.5
     /** Noise strategy is a quite dummy strategy that randomly chooses trade side and sends market orders
      */

marketsim/gen/.parsed/defs/strategies/sideprice.pretty-printed.sc

@@ -1,5 +1,5 @@
 
-package strategy {
+package strategy() {
     // defined at defs\strategies\sideprice.sc: 3.5
     /** Liquidity provider for one side
      */

marketsim/gen/.parsed/defs/trader/classes.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Trader"
 
-package trader {
+package trader() {
     // defined at defs\trader\classes.sc: 4.5
     /** A trader that trades a single asset on a single market
      */

marketsim/gen/.parsed/defs/trader/properties.pretty-printed.sc

@@ -1,6 +1,6 @@
 @category = "Trader"
 
-package trader {
+package trader() {
     // defined at defs\trader\properties.sc: 4.5
     /** Returns position of the trader
      *  It is negative if trader has sold more assets than has bought and