Merge pull request #6 from Antoki/master

New lpy Doc

doc/_downloads/Frame.lpy

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+
+Axiom: Frame
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/InterpolateColors.lpy

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+#First Example
+
+Step = 20
+DIncr = 1.0 / Step
+
+Axiom:
+  d = 0.0
+  for i in range(Step):
+    nproduce InterpolateColors(3, 5, d) F(2.0 / Step)
+    d += DIncr
+  produce ;(2) @O(0.15)
+
+#Second Example
+
+#Step = 4
+#DIncr = 1.0 / Step
+
+#Axiom:
+#  d = 0.0
+#  for i in range(Step):
+#    nproduce InterpolateColors(2, 6, d) F(2.0 /Step)
+#    d += DIncr
+#  produce ;(1) @O(0.15)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/LineTo.lpy

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+Axiom: LineTo(0,0,3)[LineTo(0,1,4)]LineTo(0,0,5)
+
+Axiom: LineTo(0,0,3)[+(90)LineTo(0,1,4)]-(30)LineTo(0,0,5)
+
+#Axiom: LineTo(0,0,2)[LineTo(0,1,3)Frame]LineTo(0,0,3)[LineTo(0,-1,4)Frame]LineTo(0,0,5)
+#Same but change the turtle's orientation on the branches
+#Axiom: LineTo(0,0,2)[OLineTo(0,1,3)Frame]LineTo(0,0,3)[OLineTo(0,-1,4)Frame]LineTo(0,0,5)
+
+#The branch is created from (0,0,2) to (0,1,2)
+#Axiom: LineTo(0,0,2)[LineTo(0,1,2)]LineTo(0,0,4)
+#The branch is created from (0,0,2) to (0,0+1,2+2)
+#Axiom: LineTo(0,0,2)[LineRel(0,1,2)]LineTo(0,0,4)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/advancedRotations.lpy

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+Axiom: Frame(2) | Frame(2)
+#Axiom: Frame(2) UpReflexion Frame(2)
+#Axiom: Frame(2) LeftReflexion Frame(2)
+#Axiom: Frame(2) HeadingReflexion Frame(2)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/basicShapes.lpy

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+#Draw a sphere of radius 1
+Axiom: @O(1)
+#Draw a circle of radius 1
+#Axiom: @o(1)    
+#Draw a box of length 1
+#Axiom: @B(1)  
+#Draw a quad of length 1 
+#Axiom: @b(1)
+
+#Display some text
+#Axiom: @L("This is some text", 18)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/branching.lpy

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+#Simple branching
+Axiom: F(4)[+F(3)]F(4)
+#More branches
+#Axiom: F(4)[+F(2)[+F(1)]F(1)]F(3)[-F(1)]F(1)
+#Visualizing the frames at different steps
+#Axiom: Frame F(4)[+F(2)[+F(1)Frame]F(1)]FrameF(3)[-F(1)]F(1)
+#Combined with other primitives
+#Axiom: F(4)[+F(2)[+F(1);(3)@O(0.2)]F(1);(3)@O(0.2)]F(3)[-F(1);(3)@O(0.2)]F(1);(3)@O(0.2)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/combined.lpy

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+Axiom: F[;+~l]F[;-~l]F[;+~l]F[;-~l]F[;+~l]F[;-~l]F	
+
+#Axiom: ;@B(5),@O(0.5)_(0.5)F(3,0.5)_(0.2)@O(0.5)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/filledPolygons.lpy

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+#Drawing filled polygons
+
+#Using f.
+Axiom: Frame _(0.05),(2){.f(3).-(90)f(3).-(90)f(3).-(90)f(3)}
+#Using F
+#Axiom: Frame _(0.05),(2){.F(3)-(90)F(3)-(90)F(3)-(90)F(3)}
+#With number of edges different than number of vertices
+#Axiom: Frame _(0.05),(2){.F(3)-(90)F(3)-(90)F(3)}
+#Not closed because the first . is missing
+#Axiom: Frame _(0.05),(2){F(3)-(90)F(3)-(90)F(3)}
+
+#Smart filling procedure
+
+#Without smart procedure
+#Axiom: _(0.01),(2) {.F+(95)F(0.7)-(120)F(0.2)+(80)F-(120)F(0.2)+(80)F(0.5)-120)F(0.5)+(80)F(0.2)-(120)F(0.5)+(150)F-(120)F(0.3)+(80)F -(120)F+(80)F(0.3)-(120)F +(150)F(0.5)-(120)F(0.2)+(80)F(0.5)-(120)F(0.5)+(80)F(0.2)-(120)F+(20)F(0.2)-(150)F(0.7)+(95)F}(False)
+
+#With smart procedure
+#Axiom: _(0.01),(2) {.F+(95)F(0.7)-(120)F(0.2)+(80)F-(120)F(0.2)+(80)F(0.5)-(120)F(0.5)+(80)F(0.2)-(120)F(0.5)+(150)F-(120)F(0.3)+(80)F -(120)F+(80)F(0.3)-(120)F +(150)F(0.5)-(120)F(0.2)+(80)F(0.5)-(120)F(0.5)+(80)F(0.2)-(120)F+(120)F(0.2)-(150)F(0.7)+(95)F}(True)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/generalizedCylinders.lpy

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+#Cylinders not generalized
+Axiom: F(2)+(30)F+(30)F+(30)F+(45)F+(45)F@O
+
+#Cylinders generalized
+#Axiom: @GcF(2)+(30)F+(30)F+(30)F+(45)F+(45)F@O@Ge
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/harderExample.lpy

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+Axiom: F[;-(70)f(0.1)\(80)~l]F[;+(70)f(0.1)/(80)~l][-F[;+(100)f(0.1)/(80)~l][F(1.2);@O(0.2)]-F(0.6)[-f(0.4);(3)@O(0.3)]F(0.6);@O(0.2)]F(1.5)[;+(70)f(0.1)/(70)~l]F(0.1)[+F;@O(0.2)]F;@O(0.2)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/longPath.lpy

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+#Equivalent to FF+(20)FF+(20)@D(0.8)FFF
+Axiom: nF(2,1)+(20)nF(2,1)+(20)@D(0.8)nF(3,1)
+
+#Branching shape
+#Axiom: nF(2,1)[+(45)nF(2,1)]nF(1,1)[-(45)nF(2,1)]nF(2,1)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/movement.lpy

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+#MoveTo using coordinates
+Axiom: @M(0,2,0) Frame  
+
+#MoveTo using a vector
+#import numpy as np
+#v = np.array([0,1,1])
+#Axiom: MoveTo(v)        
+
+#MoveRel
+#Axiom: F MoveTo(0,3,0) Frame 
+#Axiom: F MoveRel(0,3,0) Frame
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/orientation.lpy

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+#Orient the turtle using coordinates
+Axiom: Pinpoint(1,0,0) Frame
+#Orient the turtle using a vector
+#import numpy as np
+#v = np.array([0,1,0])
+#Axiom: Pinpoint(v) Frame
+#Another example
+#Axiom: Pinpoint(1,1,0) Frame
+
+#PinpointRel
+#Axiom: Frame MoveTo(0,2,0) Pinpoint(1,0,1) Frame
+#Axiom: Frame MoveTo(0,2,0) PinpointRel(1,0,1) Frame 
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/polygons.lpy

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+#Basic method
+Axiom: Frame(2)+(30)F(5)+(120)F(5)+(120)F(5)
+#Procedural method
+#Axiom: Frame(2)+F(5)+F(5)+F(5)+F(5)+F(5)+F(5)
+# Or equivalently:
+#Axiom:
+#    nproduce Frame(2)
+#    for i in range(6):
+#        nproduce +F(5)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/resolution.lpy

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+#low resolution
+Axiom: SectionResolution(4) FFF@O(0.5)
+#better resolution
+#Axiom: SectionResolution(60) FFF@O(0.5)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/rotation.lpy

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+#Different turtle rotations
+Axiom: Frame(2) /(60) Frame(2)    
+#Axiom: Frame(2) \(60) Frame(2)
+#Axiom: Frame(2) ^(60) Frame(2)
+#Axiom: Frame(2) &(60) Frame(2)
+#Axiom: Frame(2) +(60) Frame(2)
+#Axiom: Frame(2) -(60) Frame(2) 
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/scale.lpy

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+Axiom: FF[-F[-F]F]FF
+
+#Axiom: @D(2)FF[@Dd(1.5)-F[@Di(0.5)-F]F]FF
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/screen.lpy

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+Axiom: Frame @2DF(0.6)@O(0.2)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/setGuide1.lpy

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+from openalea.plantgl.all import Polyline2D
+from numpy import arange
+
+def f(u):
+  return (u,u**2)
+
+C0 = Polyline2D([f(u) for u in arange(0,1,0.1)])  # (B)
+
+L = 10
+#L = 6
+#L = 15
+L0 = 10
+Axiom: SetGuide(C0,L0) nF(L, 0.1)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem

doc/_downloads/setGuide2.lpy

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+L = 10
+#L = 6
+#L = 15
+L0 = 10
+Axiom: Frame SetGuide(C0,L0) nF(L, 0.1)
+#Axiom: Sweep(C0,C0,7,1)
+
+derivation length: 1
+production:
+
+
+interpretation:
+
+
+endlsystem
+###### INITIALISATION ######
+
+__lpy_code_version__ = 1.1
+
+def __initialiseContext__(context):
+	import openalea.plantgl.all as pgl
+	C0 = pgl.BezierCurve2D(	
+	    pgl.Point3Array([(-0.5, 0, 1),(-0.171072, 0.38326, 1),(0.00367107, -0.317181, 1),(0.5, 0, 1)]) , 
+	    )
+	C0.name = "C0"
+	panel_0 = ({'active': True, 'visible': True, 'name': 'Panel 1'},[('Curve2D',C0)])
+	parameterset = [panel_0,]
+	context["__functions__"] = []
+	context["__curves__"] = [('C0',C0),]
+	context["__parameterset__"] = parameterset
+	context["C0"] = C0