de.grogra.turtle

Interface Summary
Interface Description

TurtleModifier

Interface Summary
Interface	Description
TurtleModifier

Class Summary
Class	Description
AdjustLU	The turtle command `AdjustLU` performs a rotation about the local z-axis (the turtle's head axis) such that the angle between the rotated local y-axis (the turtle's up axis) and the global z-axis becomes minimal.
ArgShoot
Assignment	This is the base class of turtle commands which assign a value to a state variable of the turtle and have a single parameter.
Attributes
C	The turtle command `C(x)` sets `TurtleState.carbon` to the specified `argument` `x`.
C.Pattern
C0	The turtle command `C0` resets `TurtleState.carbon` to its initial value (as defined in `TurtleState.initialState`).
CAdd	The turtle command `CAdd(x)` increments `TurtleState.carbon` by the specified `argument` `x`.
CAdd.Pattern
Cl	The turtle command `Cl(x)` sets `TurtleState.localCarbon` to the specified `argument` `x`.
Cl.Pattern
ClAdd	The turtle command `ClAdd(x)` sets `TurtleState.localCarbon` to the sum of `TurtleState.carbon` and the specified `argument` `x`.
ClAdd.Pattern
ClMul	The turtle command `ClMul(x)` sets `TurtleState.localCarbon` to the product of the field `TurtleState.carbon` and the specified `argument` `x`.
ClMul.Pattern
CMul	The turtle command `CMul(x)` multiplies `TurtleState.carbon` by the specified `argument` `x`.
CMul.Pattern
D	The turtle command `D(x)` sets `TurtleState.diameter` to the specified `argument` `x`.
D.Pattern
D0	The turtle command `D0` resets `TurtleState.diameter` to its initial value (as defined in `TurtleState.initialState`).
DAdd	The turtle command `DAdd(x)` increments `TurtleState.diameter` by the specified `argument` `x`.
DAdd.Pattern
Dl	The turtle command `Dl(x)` sets `TurtleState.localDiameter` to the specified `argument` `x`.
Dl.Pattern
DlAdd	The turtle command `DlAdd(x)` sets `TurtleState.localDiameter` to the sum of `TurtleState.diameter` and the specified `argument` `x`.
DlAdd.Pattern
DlMul	The turtle command `DlMul(x)` sets `TurtleState.localDiameter` to the product of the field `TurtleState.diameter` and the specified `argument` `x`.
DlMul.Pattern
DMul	The turtle command `DMul(x)` multiplies `TurtleState.diameter` by the specified `argument` `x`.
DMul.Pattern
F	The turtle command `F(x)` represents a cylinder along the local z-direction.
F.Pattern
F.Pattern2
F.Pattern3
F0	The turtle command `F0` represents a cylinder along the local z-direction.
FAdd	The turtle command `FAdd(x)` represents a cylinder along the local z-direction.
FAdd.Pattern
FMul	The turtle command `FMul(x)` represents a cylinder along the local z-direction.
FMul.Pattern
GD	The turtle command `GD(x)` sets `TurtleState.generativeDistance` to the specified `argument` `x`.
GD.Pattern
GRotation
H	The turtle command `H(x)` sets `TurtleState.heartwood` to the specified `argument` `x`.
H.Pattern
H0	The turtle command `H0` resets `TurtleState.heartwood` to its initial value (as defined in `TurtleState.initialState`).
HAdd	The turtle command `HAdd(x)` increments `TurtleState.heartwood` by the specified `argument` `x`.
HAdd.Pattern
HDir	Set the local z-axis (the turtle's head axis) so that it encompasses the given angle to the world's up axis.
HDir.Pattern
Hl	The turtle command `Hl(x)` sets `TurtleState.localHeartwood` to the specified `argument` `x`.
Hl.Pattern
HlAdd	The turtle command `HlAdd(x)` sets `TurtleState.localHeartwood` to the sum of `TurtleState.heartwood` and the specified `argument` `x`.
HlAdd.Pattern
HlMul	The turtle command `HlMul(x)` sets `TurtleState.localHeartwood` to the product of the field `TurtleState.heartwood` and the specified `argument` `x`.
HlMul.Pattern
HMul	The turtle command `HMul(x)` multiplies `TurtleState.heartwood` by the specified `argument` `x`.
HMul.Pattern
IncScale
InvokeMethod
InvokeMethod.Pattern
K
KAssignment
KL
L	The turtle command `L(x)` sets `TurtleState.length` to the specified `argument` `x`.
L.Pattern
L0	The turtle command `L0` resets `TurtleState.length` to its initial value (as defined in `TurtleState.initialState`).
LAdd	The turtle command `LAdd(x)` increments `TurtleState.length` by the specified `argument` `x`.
LAdd.Pattern
Ll	The turtle command `Ll(x)` sets `TurtleState.localLength` to the specified `argument` `x`.
Ll.Pattern
LlAdd	The turtle command `LlAdd(x)` sets `TurtleState.localLength` to the sum of `TurtleState.length` and the specified `argument` `x`.
LlAdd.Pattern
LlMul	The turtle command `LlMul(x)` sets `TurtleState.localLength` to the product of the field `TurtleState.length` and the specified `argument` `x`.
LlMul.Pattern
LMul	The turtle command `LMul(x)` multiplies `TurtleState.length` by the specified `argument` `x`.
LMul.Pattern
M	The turtle command `M(x)` represents a movement along the local z-direction.
M.Pattern
M0	The turtle command `M0` represents a movement along the local z-direction.
MAdd	The turtle command `MAdd(x)` represents a movement along the local z-direction.
MAdd.Pattern
Minus	This class implements a rotation about the local y-axis.
MMul	The turtle command `MMul(x)` represents a movement along the local z-direction.
MMul.Pattern
Move
MRel	The turtle command `MRel(x)` represents a movement along the local z-direction.
MRel.Pattern
N	The turtle command `N(x)` sets `TurtleState.parameter` to the specified `argument` `x`.
N.Pattern
N0	The turtle command `N0` resets `TurtleState.parameter` to its initial value (as defined in `TurtleState.initialState`).
NAdd	The turtle command `NAdd(x)` increments `TurtleState.parameter` by the specified `argument` `x`.
NAdd.Pattern
Nl	The turtle command `Nl(x)` sets `TurtleState.localParameter` to the specified `argument` `x`.
Nl.Pattern
NlAdd	The turtle command `NlAdd(x)` sets `TurtleState.localParameter` to the sum of `TurtleState.parameter` and the specified `argument` `x`.
NlAdd.Pattern
NlMul	The turtle command `NlMul(x)` sets `TurtleState.localParameter` to the product of the field `TurtleState.parameter` and the specified `argument` `x`.
NlMul.Pattern
NMul	The turtle command `NMul(x)` multiplies `TurtleState.parameter` by the specified `argument` `x`.
NMul.Pattern
OR	The turtle command `OR(x)` sets `TurtleState.order` to the specified `argument` `x`.
OR.Pattern
P	The turtle command `P(x)` sets `TurtleState.color` to the specified `argument` `x`.
P.Pattern
P0	The turtle command `P0` resets `TurtleState.color` to its initial value (as defined in `TurtleState.initialState`).
Pl	The turtle command `Pl(x)` sets `TurtleState.localColor` to the specified `argument` `x`.
Pl.Pattern
Plus	This class implements a rotation about the local y-axis.
RD	An `RD(x,s)` node represents a rotation which implements a directional tropism towards the direction `x`.
RD.Pattern
RG	The turtle command `RG(x)` represents a rotation which implements maximal gravitropism.
RH	This class implements a rotation about the local z-axis (the turtle's head axis).
RH.Pattern
RL	This class implements a rotation about the local x-axis (the turtle's left axis).
RL.Pattern
RN	An `RN(x,s)` node represents a rotation which implements a positional tropism towards the `location` of node `x`.
RN.Pattern
RO	An `RO(x,s)` node represents a rotation which implements an orthogonal tropism which moves away from a given direction `x`.
RO.Pattern
Rotate	A `Rotate` node rotates the local coordinate system by `Rotate.rotateX` degrees about the local x-axis, then by `Rotate.rotateY` degrees about the local y-axis, then by `Rotate.rotateZ` degrees about the local z-axis.
Rotate.Pattern
Rotation	This class is the base class for rotations about one of the coordinate axes.
RP	An `RP(x,s)` node represents a rotation which implements a positional tropism towards the point `x`.
RP.Pattern
RU	This class implements a rotation about the local y-axis (the turtle's up axis).
RU.Pattern
RV	The turtle command `RV(x)` represents a rotation which implements gravitropism.
RV.Pattern
RV0	The turtle command `RV0` represents a rotation which implements gravitropism.
RVAdd	The turtle command `RVAdd(x)` represents a rotation which implements gravitropism.
RVAdd.Pattern
RVMul	The turtle command `RVMul(x)` represents a rotation which implements gravitropism.
RVMul.Pattern
Scale	A `Scale` node scales the local coordinate system using the scaling factors `Scale.scaleX`, `Scale.scaleY` and `Scale.scaleZ`.
Scale.Pattern
Scale.XPattern
Shoot
Translate	A `Translate` node translates the local coordinate system using the translation distances `Translate.translateX`, `Translate.translateY` and `Translate.translateZ`.
Translate.Pattern
Tropism
TurtleState
TurtleState.Type
TurtleStateAttribute
TurtleStep
U	The turtle command `U(x)` sets `TurtleState.internodeCount` to the specified `argument` `x`.
U.Pattern
U0	The turtle command `U0` resets `TurtleState.internodeCount` to its initial value (as defined in `TurtleState.initialState`).
UAdd	The turtle command `UAdd(x)` increments `TurtleState.internodeCount` by the specified `argument` `x`.
UAdd.Pattern
Ul	The turtle command `Ul(x)` sets `TurtleState.localInternodeCount` to the specified `argument` `x`.
Ul.Pattern
UlAdd	The turtle command `UlAdd(x)` sets `TurtleState.localInternodeCount` to the sum of `TurtleState.internodeCount` and the specified `argument` `x`.
UlAdd.Pattern
UlMul	The turtle command `UlMul(x)` sets `TurtleState.localInternodeCount` to the product of the field `TurtleState.internodeCount` and the specified `argument` `x`.
UlMul.Pattern
UMul	The turtle command `UMul(x)` multiplies `TurtleState.internodeCount` by the specified `argument` `x`.
UMul.Pattern
URotation	This class implements a rotation about the local y-axis (the turtle's up axis).
V	The turtle command `V(x)` sets `TurtleState.tropism` to the specified `argument` `x`.
V.Pattern
V0	The turtle command `V0` resets `TurtleState.tropism` to its initial value (as defined in `TurtleState.initialState`).
VAdd	The turtle command `VAdd(x)` increments `TurtleState.tropism` by the specified `argument` `x`.
VAdd.Pattern
Vl	The turtle command `Vl(x)` sets `TurtleState.localTropism` to the specified `argument` `x`.
Vl.Pattern
VlAdd	The turtle command `VlAdd(x)` sets `TurtleState.localTropism` to the sum of `TurtleState.tropism` and the specified `argument` `x`.
VlAdd.Pattern
VlMul	The turtle command `VlMul(x)` sets `TurtleState.localTropism` to the product of the field `TurtleState.tropism` and the specified `argument` `x`.
VlMul.Pattern
VMul	The turtle command `VMul(x)` multiplies `TurtleState.tropism` by the specified `argument` `x`.
VMul.Pattern

Package de.grogra.turtle Description

The package de.grogra.turtle contains a set of turtle commands which can be used in the context of RGG modelling within the GroIMP software. Most of the turtle commands of the GROGRA software are supported.