//- UNCLASSIFIED

extends base
append base_help
	:markdown
		Flow extends the base framework to provides a simulation network:
		
			ds = name of network (Threaded | PetriNet | StateMachine1 | StateMachine2 | Python1 | test0 | ...)
			
	block flow_help

append base_parms
	- tech = "flow"
	- start = "SIM"
append base_body

	- sectors = 4
	- features = 2
	- metrics = 3

	table
		th: input#run.ui-icon-run(type="button",size=4,title="step or pause simulation")
		th: input#open.ui-icon-open(type="button",size=4,title="open selected system")
		th: input#save.ui-icon-save(type="button",size=4,title="save model")
		th: input#load.ui-icon-load(type="button",size=4,title="load model")
		th: input#clone.ui-icon-clone(type="button",size=4,title="clone selected system")
		th: input#delete.ui-icon-delete(type="button",size=4,title="delete selected system")
		th: input#select.ui-icon-select(type="button",size=4,title="select system")
		th: input#info.ui-icon-info(type="button",size=4,title="info about selected system")
		th: input#reset.ui-icon-reset(type="button",size=4,title="stop and reset simulation")
		th.x: #status status
		th.x: #state state
		th.x: #step step
		th.x: #tokens tokens
		th.x: #jobs jobs
		th.x: #msg msg
		th.x: #db LFS
		th: #progressBar
			#res

	block flow_head
	
	//- for debugging wrapper
		svg#Experimental(xmlns="http://-www.w3.org/2000/svg",version="1.1",style="width:150px;height:150px;position:absolute;")
			ellipse(cx="50%",cy="50%",rx="50%",ry="50%",stroke="#FF0000",stroke-width="2",fill="#800000")
			ellipse(cx="50%",cy="50%",rx="10%",ry="10%",stroke="#FF0000",stroke-width="2",fill="#880000")

	case query.ds
		when "Threaded"
			#SIM.DPF(inputs="NITF.file",outputs="act.C")
				#A.WARN(inputs="NITF.SIM",outputs="jpg.#{sectors}")
				#SWAG.TRK(inputs="jpg.A",outputs="det.#{features}")
				#C.ABI(inputs="det.SWAG",outputs="act.#{metrics}")

		when "PetriNet"
			#SIM(inputs="S1,S2,S0",outputs="S3,S5",markers="A||t1||B|C,B|C||t2||D|A,1|0|4|2")
				block flow_body

		when "StateMachine1"
		when "StateMachine"
			#SIM(inputs="S1,S2,S0",outputs="S3,S5",routes="A|B|itau[0].Value==0,B|C|2>1,C|A|2==3,0|A|start")
				block flow_body
				
		when "StateMachine2"
			#SIM(inputs="S1,S2,S0",outputs="S3,S5",routes="A|B|1>0,B|C|2>1,C|A|2==3,0|A|start")
				block flow_body

		when "Python2"
			#SIM(inputs="$STEP",outputs="S3||PY2")
				#PY1(inputs="S1||SIM|$STEP",outputs="S2")
				#PY2(inputs="S2||PY1",outputs="S3")

		when "Python1"
			#SIM(inputs="$STEP",outputs="S2||PY1")
				#PY1(inputs="S1||SIM|$STEP",outputs="S2")

		when "test0"
			#SIM(inputs="L1,L2,L0",outputs="L3||A,L4")
				#subsys(inputs="L0||SIM,L1,L2",outputs="L3,L4")

		when "test1"
			#SIM(inputs="fi",outputs="fo")
			//
				#SIM(inputs="L1,L2,L0",outputs="L3,L4")

		when "test2"
			#SIM(inputs="L1,L2,$TEST",outputs="L3||B,L4||A",stats)
				#A(inputs="X||SIM|$TEST,L1,L2",outputs="B1,L4",stats)
				#B(inputs="IN1||A|B1,IN2||A|L4",outputs="L3,$STEP",stats)

		when "test3"
			#SIM(inputs="L1,L2,L0",outputs="L3||A,L4")
				#A(inputs="L0||SIM,L1,L2",outputs="L3,L4")

		when "test4"
			#SIM(inputs="L1,L2,L0",outputs="L3||B,L4||C")
				#A(inputs="L0||SIM,L1,L2",outputs="B1,B2,C1")
				#B(inputs="spec||A||B1,jpg||A|B2",outputs="L3")
				#C(inputs="msg||A|C1",outputs="L4")

		when "haar"
		when "jsdemo1"
		when "pydemo1"
		when "test5"
			#SIM(inputs="S1,S2,S0",outputs="S3||B,S5||BIG")
				#SM(routes="A|B|1>0|n++;k=0|n--,B|C|2>1,C|A|2==3,0|A|start")
				#PN(markers="A||t1||B|C,B|C||t2||D|A,1|0|4|2")
				#A(inputs="S0||SIM,S1,S2",outputs="B1,B2,C1")
				#B(inputs="B1||A,B2",outputs="S3")
				#C(inputs="C1||A",outputs="C2")
				#BIG(inputs="X1||C|C2",outputs="S5||BB|X3")
					#AA(inputs="X1",outputs="X2")
					#BB(inputs="X2||AA",outputs="X3")

		when "test7"
			#SIM(inputs="$JTEST",outputs="Land||Warn1,Water||Warn1")
				#hack.Warn1(inputs="Chip||SIM|$JTEST",outputs="Land,Water")
				#hack.Warn2(inputs="Chip||SIM|$JTEST",outputs="Lake,Urban,Forest")

		when "test6"
			#SIM(inputs="$JTEST|1",outputs="Land|9|Warn,Water|1|Warn")
				#hack.Warn(inputs="Chip|1|SIM|$JTEST",outputs="Land|9,Water|1")

		when "test8"
			#SIM(inputs="$JTEST|1",outputs="helipads|4|Detect,faces|9|Detect")
				#haar.Detect(inputs="frame|1|SIM|$JTEST",outputs="helipads|4,faces|9")

		when "test9"
			#SIM(inputs="$JTEST|1",outputs="helipads|4|Detect,faces|1|Detect")
				#hack.Warn(inputs="Chip|1|SIM|$JTEST",outputs="Land|9,Water|1")
				#haar.Detect(inputs="frame|9|Warn|Land",outputs="helipads|4,faces|1")

		when "test10"
			#SIM.test10(inputs="$JTEST|1",outputs="tracks|4|Change Detect,tarps|8|Change Detect,tels|4|Feature Detect,tarps|8|Mux Tarps")
				#jpg.JPG.Service(inputs="Chip|1|SIM|$JTEST",outputs="jpg|1")
				#hack.Image.Index(inputs="jpg|1|JPG Service",outputs="Land|9,Water|1,Urban|1,City|1")
				#haar.Feature.Detect(inputs="frame|9|Image Index|Land",outputs="helipads|4,faces|1,tarp1|4,tarp2|4,tels|4")
				#abi.Change.Detect(inputs="obj|4|Feature Detect|helipads",outputs="tracks|4")
				#mux.Mux.Tarps(inputs="tarp1|4|Feature Detect,tarp2|4",outputs="tarps|8")

		when "mux"
			#SIM(inputs="$TEST|4",outputs="muxed|8|mux")
				#mux(inputs="x|4|SIM|$TEST,y|4|SIM|$TEST",outputs="muxed|8")

		when "ThreadedSWAG"
			#SIM.DPF(inputs="NITF.file",outputs="act.C")
				#A.WARN(inputs="NITF.SIM",outputs="jpg.#{sectors}")
				#SWAG.TRK(inputs="jpg.A",outputs="det.#{features}")
				#C.ABI(inputs="det.SWAG",outputs="act.#{metrics}")

		when "v0"
			#SIM(inputs="test",outputs="Land|Warn,Water|Warn")
				#hack|Warn(inputs="Image|SIM|test",outputs="Land,Water")
				//
					#SIM(inputs="test",outputs="pad|Track,tel|Track,ship|Sea")
						#hack.Warn(inputs="Image|SIM|test",outputs="land|4,sea|2,lake|5")
						#haar.Track(inputs="land|Warn",outputs="pad|2,tel|3")
						#haar.Sea(inputs="sea|Warn",outputs="iceberg|4,ship|4,sub|2")
						#C.ABI(inputs="det|SWAG",outputs="act")

		when "v1"
			#SIM(inputs="$STEP",outputs="S3||PY2")
				#PY1(inputs="S1||SIM|$STEP",outputs="S2")
				#PY2(inputs="S2||PY1",outputs="S3")

		when "v1.1"
			#SIM(inputs="$TEST",outputs="Land||Warn1,Water||Warn1")
				#hack.Warn1(inputs="Chip||SIM|$TEST",outputs="Land,Water")
				#hack.Warn2(inputs="Chip||SIM|$TEST",outputs="Lake,Urban,Forest")

		when "v2"
			#SIM(inputs="$TEST|1",outputs="Land|9|Warn,Water|1|Warn")
				#hack.Warn(inputs="Chip|1|SIM|$TEST",outputs="Land|9,Water|1")

		when "v3"
			#SIM(inputs="$TEST|1",outputs="helipads|4|Detect,faces|9|Detect")
				#haar.Detect(inputs="frame|1|SIM|$TEST",outputs="helipads|4,faces|9")

		when "v4"
			#SIM(inputs="$TEST|1",outputs="helipads|4|Detect,faces|1|Detect")
				#hack.Warn(inputs="Chip|1|SIM|$TEST",outputs="Land|9,Water|1")
				#haar.Detect(inputs="frame|9|Warn|Land",outputs="helipads|4,faces|1")

		when "v5"
			#SIM(inputs="$TEST|1",outputs="tracks|4|Change Detect,tarps|8|Change Detect,tels|4|Feature Detect,tarps|8|Mux Tarps")
				#jpgsrv.JPG.Service(inputs="dpf|1|SIM|$TEST",outputs="jpg|1")
				#hack.Image.Index(inputs="Chip|1|JPG Service|jpg",outputs="Land|9,Water|1,Urban|1,City|1")
				#haar.Feature.Detect(inputs="frame|9|Image Index|Land",outputs="helipads|4,faces|1,tarp1|4,tarp2|4,tels|4")
				#abi.Change.Detect(inputs="obj|4|Feature Detect|helipads",outputs="tracks|4")
				#mux.Mux.Tarps(inputs="tarp1|4|Feature Detect,tarp2|4",outputs="tarps|8")

		when "v7"
			#SIM(inputs="$TEST|1",outputs="tracks|4|Change Detect")
				#jpgsrv.JPG.Service(inputs="dpf|1|SIM|$TEST",outputs="jpg|1")
				#hack.Image.Index(inputs="Chip|1|JPG Service|jpg",outputs="Land|9")
				#haar.Feature.Detect(inputs="frame|9|Image Index|Land",outputs="helipads|4")
				#abi.Change.Detect(inputs="obj|4|Feature Detect|helipads",outputs="tracks|4")

		when "v6"
			#SIM(inputs="$TEST|1",outputs="Land|9|Image Index")
				#jpgsrv.JPG.Service(inputs="dpf|1|SIM|$TEST",outputs="jpg|1")
				#hack.Image.Index(inputs="Chip|1|JPG Service|jpg",outputs="Land|9")
				
		default
			#SIM(inputs="L1,L2,$TEST",outputs="L3||B,L4||A",stats)
				block flow_body
				
//- UNCLASSIFIED