Reports and the CheckOverlap not working

[anaace1]

Hello @htarrido-cuny

In this rule, the reports and the CheckOverlap rule are not working. How can we fix this?

`/**

• File: EventLanes.cga
• Created: 20 Nov 2021 21:04:44 GMT
• Author: mozar
  */

version "2019.0"

import meterConverter: "meterToFeet.cga"

@enum(1,2,3)
attr LOD = 1

const EventDensity = meterConverter.sqmeterTosqft(6) #sqft/person
const textureFolder = "assets/textures/"

@StartRule

you can use offset OR you can use the setback funcion:

BlockDivision-->
setback(3){ all: ExternalRing | remainder: AreaDivider }
report ( "BalanceSpaceArea", geometry.area() )
report ( "PeoplePerEvent", geometry.area()/EventDensity )

ExternalRing-->
setback(3){ all: ExternalRing | remainder: AreaDivider }
color ("#ffcf54")

You can use a combination of split or splitArea to subdive a block or lot to have variation

you can use stochastic percentage assignment, similar to how you would do it in an attribute

to determine outcomes INSIDE the rule

////////////////////////////////////////////////////////////////////////////////////////
// X AXIS LANE DIVIDER /////////////////////////////////////////////////////////////////

AreaDivider -->
split(z){ rand(5,10): WideLanes
| rand(1,2) : Separator
| rand(4,5) : NarrowLanes
| rand(1,2) : Separator
| rand(5,10): WideLanes
| rand(1,2) : Separator }*

Separator-->
color ("#cfcfcf")

NarrowLanes-->
color ("#b3b3b3")

WideLanes -->
case float(listLast(getTreeKey())) % 2 == 0:
split(x){rand(10,20): selectOddLanes }*
else:
Second

////////////////////////////////////////////////////////////////////////////////////////
// TILES IN WIDE LANES /////////////////////////////////////////////////////////////////

selectOddLanes -->
//Seven/////////////////////////////////////
case float(listLast(getTreeKey())) % 7 == 0:
scatter(surface, 2, uniform){ Benches }
Seven

//Five//////////////////////////////////////	
case float(listLast(getTreeKey())) % 5 == 0:
	Five
	Rack
	rotate(rel, object, 0, rand(360), 0)

//KIOSKS////////////////////////////////////
//Three/////////////////////////////////////	
case float(listLast(getTreeKey())) % 3 == 0:
	scatter(surface, 3, uniform){ #primitiveQuad(2,3)
									label("kiosk")
									/*CheckOverlap*/ }		
	Three
	#Kiosks	

//FURNITURE&TREES/////////////////////////////////
//Two////////////////////////////////////////////			
case float(listLast(getTreeKey())) % 2 == 0:
	#you might want to consider scattering the kios at the larger block and then removving the ones that clash with one another and with other objects.
	scatter(surface, 2, uniform){ Benches }
	scatter(surface, 2, uniform){ Trees }
	Two

//One//////////////////////////////////////		
else:
	One

////////////////////////////////////////////////////////////////////////////
//KIOSKS///////////////////////////////////////////////////////////////////

Kiosks-->
case LOD == 2 :
rotate(rel, object, 0, rand(360),0)
i("StreetVendor.dae", yUp, keepSizeAlignPosition)

else :
#	rotate(rel, object, 0, rand(360),0)
	primitiveQuad(meterConverter.feet(6), meterConverter.feet(9))
	extrude(meterConverter.feet(6))
	color ("#eb4034")
#	reduceGeometry(0.5) This makes half of the box. Commenting it.

///////////////////////////////////////////////////////////////////////////////
//RACK/////////////////////////////////////////////////////////////////////////

Rack-->
case LOD == 2 :
#rotate(rel, object, 0, rand(360),0)
i("RackVendorsShelter.dae", yUp, keepSizeAlignPosition)

else :
	#rotate(rel, object, 0, rand(360),0)
	primitiveQuad(meterConverter.feet(7), meterConverter.feet(16))
	extrude(meterConverter.feet(10))
	color ("#3cbdcf")
	#reduceGeometry(0.5)

///////////////////////////////////////////////////////////////////////////////
//BENCHES//////////////////////////////////////////////////////////////////////

Benches-->
primitiveQuad(rand(5, 7), rand (5,7))
color ("#3d694b")
#LittleBench
#BigBench

LittleBench-->
rotate(rel, object, 0, rand(360),0)
i("Garden+Bench.dae", yUp, keepSizeAlignPosition)
reduceGeometry(0.5)

BigBench-->
rotate(rel, object, 0, rand(360),0)
i("Garden+Bench3.dae", yUp, keepSizeAlignPosition)
reduceGeometry(0.5)

///////////////////////////////////////////////////////////////////////////////
//TREES////////////////////////////////////////////////////////////////////////

Trees-->
case LOD == 2 :
rotate(rel, object, 0, rand(360),0)
i("Tree.dae", yUp, keepSizeAlignPosition)

else: 
	rotate(rel, object, 0, rand(360),0)
	primitiveDisk(16, .5)
	extrude(4)
	reduceGeometry(0.5)

///////////////////////////////////////////////////////////////////////////////
//TEXTURES/////////////////////////////////////////////////////////////////////

Second-->
color ("#e88079")

Five-->
case LOD == 2 :
tileUV(0,2,2) texture(textureFolder + "ConcreteTiles.jpg")

else : color("#919191")

Three-->
case LOD == 2 :
tileUV(0,2,2) texture(textureFolder + "ConcreteTiles.jpg")

else : color("#919191")

Two-->
case LOD == 2 :
tileUV(0,2,2) texture(textureFolder + "Grass+Concrete.jpg")

else : color("#82a671")

One-->
#color ("#cfcfcf")
split(z){ 0.5 : split(x){ rand(1,3) : Separator | ~7 : Two }
| 0.5 : Separator }*

Seven-->
split(z){ 0.5 : split(x){ rand(1,3) : Two | ~7 : Separator }
| 0.5 : Separator }*

`