Kinect 360 new plugin - GameCreators Forum

Author

Message

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 11th Jun 2022 20:21

Link

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "fkenect game engin" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 )

//global string$
global dosock
global scale

SetPrintSize(30)
SCALE=10

string$=GetDeviceIP()
CreateSocketListener(1,string$,27015)

runapp("\media\kinect\kinect.exe","")

repeat 
	print(string$)
print("hello")

temp=GetSocketListenerConnection(1)
if temp<>0

dosock= ConnectSocket( string$ ,27015, 21500 )
dosock2= ConnectSocket( string$ ,27016, 21500 )
a=GetSocketConnected(dosock)
endif
print(temp)

print(dosock)
sync()

until dosock<>0

dec dosock,1

// since version 2.0.22 we can use nicer default fonts

SetPrintColor(100,0,0,200)

Create3DPhysicsWorld(10)

CreateObjectPlane(1,32*scale,35*scale)
RotateObjectLocalX(1,90)
FixObjectPivot(1)

MoveObjectLocalY(1,-1)
Create3DPhysicsKinematicBody(1)
SetObjectColor(1,0,255,0,200)

dim points[200]
for t=20  to 1 step-1
	points[t]=CreateObjectSphere(0.1*scale,32,32)
	SetObjectColor(points[t],255,0,0,255)
	Create3DPhysicsKinematicBody(points[t])
	setObject3DPhysicsRestitution( points[t],2)
	SetObjectCollisionMode(points[t],1)
	next

SetCameraPosition(1,0,-1*scale,-1*SCALE+7)
	RotateCameraLocalY(1,180)
	
	I=1
	dim a$[30000]
	c=1
	
	ball=CreateObjectSphere(7,32,32)
	SetObjectPosition(ball,0,0,-20)
	Create3DPhysicsDynamicBody(ball)
	SetObjectShapeSphere(ball)
	
	global tim
	tim=0
do
	c=1
	for t=1 to 200
		a$[t]=""
		next
		
		
	lenth=GetSocketBytesAvailable(dosock)

print(lenth)
		c=1
		
	for t=1 to lenth
	tem=GetSocketByte(dosock)
	ll$=chr(tem)
	if ll$="e"
		
		c=c+1
		tem=GetSocketByte(dosock)
		endif
		
	A$[c]=A$[c]+chr(tem)
	
	
	next
	
	
	
	
	
	
	for i=1 to 20
	  temp$=ReplaceString(a$[i],"e","",1)
	
	 f=FindString(temp$,"Y")
   
	
   
		t$=left(temp$,f-1)
		b$=ReplaceString(t$,"X","",1)

f1=FindString(temp$,"Z")
   
		
   
		t1$=right(temp$,len(temp$)-f1+1)   
		b1$=ReplaceString(t1$,"Z","",1)
	
	
	
		f=FindString(temp$,"Y")
	
	
		c1$=ReplaceString(temp$,t$,"",1)
		c2$=ReplaceString(c1$,t1$,"",1)
		c3$=ReplaceString(c2$,"Y","",1)
	
		X#=ValFloat(b$)
		Y#=ValFloat(c3$)
		Z#=ValFloat(b1$)
	
	
	
	if x#<>0 and y#<>0 and z#<>0 
	SetObjectPosition(points[I],-X#*SCALE,Y#*SCALE,Z#*SCALE)
	endif

PRINT(x#)
 		print (y#)
 		print (z#)
 		PRINT(I)
 		NEXT
 		x#=getobjectx(points[1])
 		y#=getobjecty(points[1])
 		z#=getobjectz(points[1])
 		SetCameraPosition(1,0,y#,z#+24)
 		SetCameraLookAt(1,x#,y#,z#,0)
 		
 		tim=tim+1
 		if tim=400
 			Delete3DPhysicsBody(ball)
 		x#=getobjectx(points[1])
 		y#=getobjecty(points[1])
 		z#=getobjectz(points[1])
 		SetObjectPosition(ball,x#,1,z#-11)
	Create3DPhysicsDynamicBody(ball)
	SetObjectShapeSphere(ball)
 		tim=0
 		endif
 		
 		Step3DPhysicsWorld()
 		
    		 Sync()
    
loop

+ Code Snippet

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "fkenect game engin" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) 



//global string$
global dosock
global scale


SetPrintSize(30)
SCALE=10

string$=GetDeviceIP()
CreateSocketListener(1,string$,27015)

runapp("\media\kinect\kinect.exe","")

repeat 
	print(string$)
print("hello")

temp=GetSocketListenerConnection(1)
if temp<>0

dosock= ConnectSocket( string$ ,27015, 21500 )
dosock2= ConnectSocket( string$ ,27016, 21500 )
a=GetSocketConnected(dosock)
endif
print(temp)





print(dosock)
sync()



until dosock<>0


dec dosock,1


	
	
// since version 2.0.22 we can use nicer default fonts

SetPrintColor(100,0,0,200)


Create3DPhysicsWorld(10)




CreateObjectPlane(1,32*scale,35*scale)
RotateObjectLocalX(1,90)
FixObjectPivot(1)


MoveObjectLocalY(1,-1)
Create3DPhysicsKinematicBody(1)
SetObjectColor(1,0,255,0,200)






dim points[200]
for t=20  to 1 step-1
	points[t]=CreateObjectSphere(0.1*scale,32,32)
	SetObjectColor(points[t],255,0,0,255)
	Create3DPhysicsKinematicBody(points[t])
	setObject3DPhysicsRestitution( points[t],2)
	SetObjectCollisionMode(points[t],1)
	next
	
	






	
	SetCameraPosition(1,0,-1*scale,-1*SCALE+7)
	RotateCameraLocalY(1,180)
	
	I=1
	dim a$[30000]
	c=1
	
	ball=CreateObjectSphere(7,32,32)
	SetObjectPosition(ball,0,0,-20)
	Create3DPhysicsDynamicBody(ball)
	SetObjectShapeSphere(ball)
	
	global tim
	tim=0
do
	c=1
	for t=1 to 200
		a$[t]=""
		next
		
		
	lenth=GetSocketBytesAvailable(dosock)

	print(lenth)
		c=1
		
	for t=1 to lenth
	tem=GetSocketByte(dosock)
	ll$=chr(tem)
	if ll$="e"
		
		c=c+1
		tem=GetSocketByte(dosock)
		endif
		
	A$[c]=A$[c]+chr(tem)
	
	
	next
	
	
	
	
	
	
	for i=1 to 20
	  temp$=ReplaceString(a$[i],"e","",1)
	
	 f=FindString(temp$,"Y")
   
	
   
		t$=left(temp$,f-1)
		b$=ReplaceString(t$,"X","",1)
   
		

		f1=FindString(temp$,"Z")
   
		
   
		t1$=right(temp$,len(temp$)-f1+1)   
		b1$=ReplaceString(t1$,"Z","",1)
	
	
	
		f=FindString(temp$,"Y")
	
	
		c1$=ReplaceString(temp$,t$,"",1)
		c2$=ReplaceString(c1$,t1$,"",1)
		c3$=ReplaceString(c2$,"Y","",1)
	
		X#=ValFloat(b$)
		Y#=ValFloat(c3$)
		Z#=ValFloat(b1$)
	
	
	
	if x#<>0 and y#<>0 and z#<>0 
	SetObjectPosition(points[I],-X#*SCALE,Y#*SCALE,Z#*SCALE)
	endif

	
	
	
	

 		PRINT(x#)
 		print (y#)
 		print (z#)
 		PRINT(I)
 		NEXT
 		x#=getobjectx(points[1])
 		y#=getobjecty(points[1])
 		z#=getobjectz(points[1])
 		SetCameraPosition(1,0,y#,z#+24)
 		SetCameraLookAt(1,x#,y#,z#,0)
 		
 		tim=tim+1
 		if tim=400
 			Delete3DPhysicsBody(ball)
 		x#=getobjectx(points[1])
 		y#=getobjecty(points[1])
 		z#=getobjectz(points[1])
 		SetObjectPosition(ball,x#,1,z#-11)
	Create3DPhysicsDynamicBody(ball)
	SetObjectShapeSphere(ball)
 		tim=0
 		endif
 		
 		Step3DPhysicsWorld()
 		
    		 Sync()
    
loop

made it in unity run via the network hope it works for you problem with the exiting app mabe some one can fix

Attachments

kenect gamenewplugin.zip

Back to top

Profile PM

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 11th Jun 2022 20:53 Edited at: 11th Jun 2022 20:57

Link

https://youtu.be/-tutwB3rBz0

Back to top

Profile PM

blink0k

Moderator

13

Years of Service

User Offline

Joined: 22nd Feb 2013

Location: the land of oz

Posted: 12th Jun 2022 02:09

Link

Superb work matey. Well done

Back to top

Profile PM

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 12th Jun 2022 10:43 Edited at: 12th Jun 2022 10:43

Link

quick up data to program

and plugin

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "kinect game engin" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) 
SetPrintSize(30)
SetPrintColor(100,0,0,200)
Create3DPhysicsWorld(10)
dim points[20]
dim a$[30000]
global tim
global string$
global dosock
global scale

SCALE=10
string$=GetDeviceIP()
c=1

CreateSocketListener(1,string$,27015)

runapp("\media\kinect\kinect.exe","")

repeat 
		print(string$)
		print("hello")

temp=GetSocketListenerConnection(1)
			if temp<>0

dosock= ConnectSocket( string$ ,27015, 21500 )
				dosock2= ConnectSocket( string$ ,27016, 21500 )
				a=GetSocketConnected(dosock)
				endif
		print(temp)
		print(dosock)
		
		sync()

until dosock<>0

dec dosock,1

CreateObjectPlane(1,32*scale,35*scale)
	
		RotateObjectLocalX(1,90)
		FixObjectPivot(1)
		MoveObjectLocalY(1,-1)
		SetObjectColor(1,0,255,0,200)
		Create3DPhysicsKinematicBody(1)

for t=20  to 1 step-1
		points[t]=CreateObjectSphere(0.1*scale,32,32)
			SetObjectColor(points[t],255,0,0,255)
			Create3DPhysicsKinematicBody(points[t])
			setObject3DPhysicsRestitution( points[t],2)
			SetObjectCollisionMode(points[t],1)
	next
	
	ball=CreateObjectSphere(7,32,32)
		SetObjectPosition(ball,0,0,-20)
		Create3DPhysicsDynamicBody(ball)
		SetObjectShapeSphere(ball)
	
	SetCameraPosition(1,0,-1*scale,-1*SCALE+7)
	RotateCameraLocalY(1,180)
	
do

for t=1 to 20
		a$[t]=""
		next

lenth=GetSocketBytesAvailable(dosock)

c=1
		
		for t=1 to lenth
						
				tem=GetSocketByte(dosock)
				ll$=chr(tem)
					
				if ll$="e"
		
					c=c+1
					tem=GetSocketByte(dosock)
					endif
		
				A$[c]=A$[c]+chr(tem)
		
		next
		print(c)
	
	
	for i=1 to 20
	  temp$=ReplaceString(a$[i],"e","",1)
	
		 f=FindString(temp$,"Y")

t$=left(temp$,f-1)
			b$=ReplaceString(t$,"X","",1)

f1=FindString(temp$,"Z")

t1$=right(temp$,len(temp$)-f1+1)   
			b1$=ReplaceString(t1$,"Z","",1)

f=FindString(temp$,"Y")

c1$=ReplaceString(temp$,t$,"",1)
			c2$=ReplaceString(c1$,t1$,"",1)
			c3$=ReplaceString(c2$,"Y","",1)
	
			X#=ValFloat(b$)
			Y#=ValFloat(c3$)
			Z#=ValFloat(b1$)

if x#<>0 and y#<>0 and z#<>0 
			SetObjectPosition(points[I],-X#*SCALE,Y#*SCALE,Z#*SCALE)
			endif

NEXT
 		
 		x#=getobjectx(points[1])
 		y#=getobjecty(points[1])
 		z#=getobjectz(points[1])
 		SetCameraPosition(1,0,y#,z#+24)
 		SetCameraLookAt(1,x#,y#,z#,0)
 		
 		tim=tim+1
 		if tim=400
 			Delete3DPhysicsBody(ball)
 			x#=getobjectx(points[1])
 			y#=getobjecty(points[1])
 			z#=getobjectz(points[1])
 			SetObjectPosition(ball,x#,1,z#-11)
			Create3DPhysicsDynamicBody(ball)
			SetObjectShapeSphere(ball)
 			tim=0
 		endif
 		
 		Step3DPhysicsWorld()
 		
    		Sync()
    
loop

+ Code Snippet

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "kinect game engin" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) 
SetPrintSize(30)
SetPrintColor(100,0,0,200)
Create3DPhysicsWorld(10)
dim points[20]
dim a$[30000]
global tim
global string$
global dosock
global scale

SCALE=10
string$=GetDeviceIP()
c=1

CreateSocketListener(1,string$,27015)

runapp("\media\kinect\kinect.exe","")

	repeat 
		print(string$)
		print("hello")

		temp=GetSocketListenerConnection(1)
			if temp<>0

				dosock= ConnectSocket( string$ ,27015, 21500 )
				dosock2= ConnectSocket( string$ ,27016, 21500 )
				a=GetSocketConnected(dosock)
				endif
		print(temp)
		print(dosock)
		
		sync()

	until dosock<>0

	dec dosock,1

	CreateObjectPlane(1,32*scale,35*scale)
	
		RotateObjectLocalX(1,90)
		FixObjectPivot(1)
		MoveObjectLocalY(1,-1)
		SetObjectColor(1,0,255,0,200)
		Create3DPhysicsKinematicBody(1)
		

	for t=20  to 1 step-1
		points[t]=CreateObjectSphere(0.1*scale,32,32)
			SetObjectColor(points[t],255,0,0,255)
			Create3DPhysicsKinematicBody(points[t])
			setObject3DPhysicsRestitution( points[t],2)
			SetObjectCollisionMode(points[t],1)
	next
	
	ball=CreateObjectSphere(7,32,32)
		SetObjectPosition(ball,0,0,-20)
		Create3DPhysicsDynamicBody(ball)
		SetObjectShapeSphere(ball)
	
	SetCameraPosition(1,0,-1*scale,-1*SCALE+7)
	RotateCameraLocalY(1,180)
	
do

	for t=1 to 20
		a$[t]=""
		next

		lenth=GetSocketBytesAvailable(dosock)

		c=1
		
		for t=1 to lenth
						
				tem=GetSocketByte(dosock)
				ll$=chr(tem)
					
				if ll$="e"
		
					c=c+1
					tem=GetSocketByte(dosock)
					endif
		
				A$[c]=A$[c]+chr(tem)
		
		next
		print(c)
	
	
	for i=1 to 20
	  temp$=ReplaceString(a$[i],"e","",1)
	
		 f=FindString(temp$,"Y")

			t$=left(temp$,f-1)
			b$=ReplaceString(t$,"X","",1)

		 f1=FindString(temp$,"Z")

			t1$=right(temp$,len(temp$)-f1+1)   
			b1$=ReplaceString(t1$,"Z","",1)

		 f=FindString(temp$,"Y")

			c1$=ReplaceString(temp$,t$,"",1)
			c2$=ReplaceString(c1$,t1$,"",1)
			c3$=ReplaceString(c2$,"Y","",1)
	
			X#=ValFloat(b$)
			Y#=ValFloat(c3$)
			Z#=ValFloat(b1$)

		if x#<>0 and y#<>0 and z#<>0 
			SetObjectPosition(points[I],-X#*SCALE,Y#*SCALE,Z#*SCALE)
			endif

 		NEXT
 		
 		x#=getobjectx(points[1])
 		y#=getobjecty(points[1])
 		z#=getobjectz(points[1])
 		SetCameraPosition(1,0,y#,z#+24)
 		SetCameraLookAt(1,x#,y#,z#,0)
 		
 		tim=tim+1
 		if tim=400
 			Delete3DPhysicsBody(ball)
 			x#=getobjectx(points[1])
 			y#=getobjecty(points[1])
 			z#=getobjectz(points[1])
 			SetObjectPosition(ball,x#,1,z#-11)
			Create3DPhysicsDynamicBody(ball)
			SetObjectShapeSphere(ball)
 			tim=0
 		endif
 		
 		Step3DPhysicsWorld()
 		
    		Sync()
    
loop

Attachments

kenect game engin update0.1.zip

Back to top

Profile PM

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 12th Jun 2022 10:48

Link

o and here is the unity project for the plugin
if some one wonts to improve or ( fix the crash on exit for sockets not closing lol )
its on my google drive

https://drive.google.com/file/d/1PdHJofA-ax_lH_aKdTj2YmqDRsfYEVGN/view?usp=sharing

Back to top

Profile PM

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 14th Jun 2022 10:57 Edited at: 14th Jun 2022 11:09

Link

new up date
fixed crash on exit with a disconnect button click first then shut down program no crash
fixed tracking better tracking quicker and more reliable
fixed doggy camera work camera now tracks without jumping around

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "kenect game empty" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) 
SetPrintSize(30)
SetPrintColor(100,0,0,200)
Create3DPhysicsWorld(10)
dim points[20]
dim a$[2000]
global tim
global string$
global dosock
global scale

SCALE=10
string$=GetDeviceIP()
runapp("\media\kinect stick man\kinect.exe","")

CreateSocketListener(1,string$,27015)

//runapp("\media\kinect stick man\kinect.exe","")
//runapp("kinect just data\kinect.exe","")
	repeat 
		print(string$)
		print("hello")

temp=GetSocketListenerConnection(1)
			if temp<>0

dosock= ConnectSocket( string$ ,27015, 21500 )
				a=GetSocketConnected(dosock)
				endif
				
		print(temp)
		print(dosock)
		
		sync()

until dosock<>0

dec dosock,1

for t=1 to 20
	points[t]=CreateObjectSphere(0.1*scale,32,32)
	next
	
dim pos_y[20] as float
dim pos_z[20] as float
dim pos_x[20] as float

global cx#=0
	global cz#=0
	global firstrun=0
	global c
	global lenth
	dis=0
	AddVirtualButton(1,70,70,140)
	SetVirtualButtonText(1,"disconect")
do
	if dis=0
	Kinect()
	endif
	
	if GetVirtualButtonPressed(1)
	SendSocketByte(dosock,asc("h"))
	SendSocketByte(dosock,asc("e"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("o"))
	FlushSocket(dosock)
	dis=1
	endif
	
	if cx#<pos_x[3] then cx#=cx#+0.1
	if cx#>pos_x[3] then cx#=cx#-0.1
	if cz#<pos_z[3] then cz#=cz#+0.1
	if cz#>pos_z[3] then cz#=cz#-0.1
	
		
		print(c)
		print(lenth)
	
	
	
	if firstrun=0
	   	cz#=pos_z[3]
	   	firstrun=1
	   	endif   
	
	
	SetCameraPosition(1,0,pos_y[3],-cz#-30)
	SetCameraLookAt(1,cx#,pos_y[3],cz#,0)
	
    Sync()
loop

function Kinect()
	for t=1 to 20
		a$[t]=""
		next
		
		lenth=GetSocketBytesAvailable(dosock)
		
		if lenth<>0

for t=1 to lenth
						
				tem=GetSocketByte(dosock)
				ll$=chr(tem)
				t9$=ll$
				if t9$="a" // Hip_Center
					 c=1
					 g$=t9$
					 endif
				if t9$="b" //Spine
					 c=2
					 g$=t9$
					 endif
				if t9$="c" //	Shoulder_Center			
					 c=3
					 g$=t9$
					 endif
				if t9$="d" // Head
					 c=4
					 g$=t9$
					 endif
				if t9$="e" //Shoulder_Left
					 c=5
					 g$=t9$
					 endif
				if t9$="f" // Elbow_Left
					 c=6
					 g$=t9$
					 endif
				if t9$="g" //Wrist_Left
					 c=7
					 g$=t9$
					 endif
				if t9$="h" //Hand_Left
					 c=8
					 g$=t9$
					 endif
				if t9$="i" //Shoulder_Right Shoulder_Right 
					 c=9
					 g$=t9$
					 endif
				if t9$="j" // Elbow_Right 
					 c=10
					 g$=t9$
					 endif
				if t9$="k" //Wrist_Right 
					 c=11
					 g$=t9$
					 endif
				if t9$="l" //Hand_Right
					 c=12
					 g$=t9$
					 endif
				if t9$="m" //Hip_Left 
					 c=13
					 g$=t9$
					 endif
				if t9$="n" // Knee_Left 
					 c=14
					 g$=t9$
					 endif
				if t9$="o" // Ankle_Left
					 c=15
					 g$=t9$
					 endif
				if t9$="p" // Foot_Left
					 c=16
					 g$=t9$
					 endif
				if t9$="q" //Hip_Right 
					 c=17
					 g$=t9$
					 endif
				if t9$="r" // Knee_Right
					 c=18
					 g$=t9$
					 endif
				if t9$="s" // Ankle_Right 
					 c=19
					 g$=t9$
					 endif
				if t9$="t" // Foot_Right
					 c=20
					g$=t9$
					 endif
					
				A$[c]=A$[c]+chr(tem)
				
				if T9$="E"
					FlushSocket(dosock)
					temp1$=ReplaceString(a$[c],g$,"",1)
					temp$=ReplaceString(temp1$,"e","",1)
	
		 			f=FindString(temp$,"Y")

t$=left(temp$,f-1)
			b$=ReplaceString(t$,"X","",1)

f1=FindString(temp$,"Z")

t1$=right(temp$,len(temp$)-f1+1)   
			b1$=ReplaceString(t1$,"Z","",1)

f=FindString(temp$,"Y")

c1$=ReplaceString(temp$,t$,"",1)
			c2$=ReplaceString(c1$,t1$,"",1)
			c3$=ReplaceString(c2$,"Y","",1)
	
		pos_x[c]=ValFloat(b$)*scale
		pos_y[c]=ValFloat(c3$)*scale
		pos_z[c]=ValFloat(b1$)*scale
		ENDIF
				
				
				
		next
		
		
		endif
		FOR Q=1 TO 20
		SetObjectPosition(points[Q],pos_x[Q],pos_y[Q],-pos_z[Q])
		NEXT
		
		
	
		
		
		FlushSocket(dosock)
	endfunction

+ Code Snippet

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "kenect game empty" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) 
SetPrintSize(30)
SetPrintColor(100,0,0,200)
Create3DPhysicsWorld(10)
dim points[20]
dim a$[2000]
global tim
global string$
global dosock
global scale

SCALE=10
string$=GetDeviceIP()
runapp("\media\kinect stick man\kinect.exe","")

CreateSocketListener(1,string$,27015)

//runapp("\media\kinect stick man\kinect.exe","")
//runapp("kinect just data\kinect.exe","")
	repeat 
		print(string$)
		print("hello")

		temp=GetSocketListenerConnection(1)
			if temp<>0

				dosock= ConnectSocket( string$ ,27015, 21500 )
				a=GetSocketConnected(dosock)
				endif
				
		print(temp)
		print(dosock)
		
		sync()

	until dosock<>0

	dec dosock,1



for t=1 to 20
	points[t]=CreateObjectSphere(0.1*scale,32,32)
	next
	
dim pos_y[20] as float
dim pos_z[20] as float
dim pos_x[20] as float
		





	global cx#=0
	global cz#=0
	global firstrun=0
	global c
	global lenth
	dis=0
	AddVirtualButton(1,70,70,140)
	SetVirtualButtonText(1,"disconect")
do
	if dis=0
	Kinect()
	endif
	
	if GetVirtualButtonPressed(1)
	SendSocketByte(dosock,asc("h"))
	SendSocketByte(dosock,asc("e"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("o"))
	FlushSocket(dosock)
	dis=1
	endif
	
	if cx#<pos_x[3] then cx#=cx#+0.1
	if cx#>pos_x[3] then cx#=cx#-0.1
	if cz#<pos_z[3] then cz#=cz#+0.1
	if cz#>pos_z[3] then cz#=cz#-0.1
	
		
		print(c)
		print(lenth)
	
	
	
	if firstrun=0
	   	cz#=pos_z[3]
	   	firstrun=1
	   	endif   
	
	
	SetCameraPosition(1,0,pos_y[3],-cz#-30)
	SetCameraLookAt(1,cx#,pos_y[3],cz#,0)
	
    Sync()
loop




function Kinect()
	for t=1 to 20
		a$[t]=""
		next
		
		lenth=GetSocketBytesAvailable(dosock)
		
		if lenth<>0

		for t=1 to lenth
						
				tem=GetSocketByte(dosock)
				ll$=chr(tem)
				t9$=ll$
				if t9$="a" // Hip_Center
					 c=1
					 g$=t9$
					 endif
				if t9$="b" //Spine
					 c=2
					 g$=t9$
					 endif
				if t9$="c" //	Shoulder_Center			
					 c=3
					 g$=t9$
					 endif
				if t9$="d" // Head
					 c=4
					 g$=t9$
					 endif
				if t9$="e" //Shoulder_Left
					 c=5
					 g$=t9$
					 endif
				if t9$="f" // Elbow_Left
					 c=6
					 g$=t9$
					 endif
				if t9$="g" //Wrist_Left
					 c=7
					 g$=t9$
					 endif
				if t9$="h" //Hand_Left
					 c=8
					 g$=t9$
					 endif
				if t9$="i" //Shoulder_Right Shoulder_Right 
					 c=9
					 g$=t9$
					 endif
				if t9$="j" // Elbow_Right 
					 c=10
					 g$=t9$
					 endif
				if t9$="k" //Wrist_Right 
					 c=11
					 g$=t9$
					 endif
				if t9$="l" //Hand_Right
					 c=12
					 g$=t9$
					 endif
				if t9$="m" //Hip_Left 
					 c=13
					 g$=t9$
					 endif
				if t9$="n" // Knee_Left 
					 c=14
					 g$=t9$
					 endif
				if t9$="o" // Ankle_Left
					 c=15
					 g$=t9$
					 endif
				if t9$="p" // Foot_Left
					 c=16
					 g$=t9$
					 endif
				if t9$="q" //Hip_Right 
					 c=17
					 g$=t9$
					 endif
				if t9$="r" // Knee_Right
					 c=18
					 g$=t9$
					 endif
				if t9$="s" // Ankle_Right 
					 c=19
					 g$=t9$
					 endif
				if t9$="t" // Foot_Right
					 c=20
					g$=t9$
					 endif
					
				A$[c]=A$[c]+chr(tem)
				
				if T9$="E"
					FlushSocket(dosock)
					temp1$=ReplaceString(a$[c],g$,"",1)
					temp$=ReplaceString(temp1$,"e","",1)
	
		 			f=FindString(temp$,"Y")

			t$=left(temp$,f-1)
			b$=ReplaceString(t$,"X","",1)

	 		f1=FindString(temp$,"Z")

			t1$=right(temp$,len(temp$)-f1+1)   
			b1$=ReplaceString(t1$,"Z","",1)

	 		f=FindString(temp$,"Y")

			c1$=ReplaceString(temp$,t$,"",1)
			c2$=ReplaceString(c1$,t1$,"",1)
			c3$=ReplaceString(c2$,"Y","",1)
	
		pos_x[c]=ValFloat(b$)*scale
		pos_y[c]=ValFloat(c3$)*scale
		pos_z[c]=ValFloat(b1$)*scale
		ENDIF
				
				
				
		next
		
		
		endif
		FOR Q=1 TO 20
		SetObjectPosition(points[Q],pos_x[Q],pos_y[Q],-pos_z[Q])
		NEXT
		
		
	
		
		
		FlushSocket(dosock)
	endfunction

Attachments

kinect game empty.zip

Back to top

Profile PM

Jake Prescott

3

Years of Service

User Offline

Joined: 15th Jun 2022

Location:

Posted: 15th Jun 2022 03:35

Link

Nice

Thanks for sharing

Back to top

Profile PM

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 15th Jun 2022 08:54 Edited at: 16th Jun 2022 08:36

Link

Back to top

Profile PM

Virtual Nomad

Moderator

20

Years of Service

User Offline

Joined: 14th Dec 2005

Location: SF Bay Area, USA

Posted: 15th Jun 2022 11:11

Link

Quote: "why does my post name in say by Jake Prescott"

their post was pending approval as a new user.

AGK Resource Directory
Made with AppGameKit on Itch.io
TGC @ GitHub
Some Snippets

Back to top

Profile PM Website

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 15th Jun 2022 13:41 Edited at: 16th Jun 2022 08:36

Link

Back to top

Profile PM

Anthony Brian Cox

9

Years of Service

User Offline

Joined: 29th Dec 2016

Location:

Posted: 20th Jun 2022 12:22

Link

draw the stickman agk

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "kenect game empty" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) 
SetPrintSize(30)
SetPrintColor(100,0,0,200)
Create3DPhysicsWorld(10)
dim points[20]
dim a$[2000]
global tim
global string$
global dosock
global scale

SCALE=10
string$=GetDeviceIP()
runapp("\media\kinect stick man\kinect.exe","")

CreateSocketListener(1,string$,27015)

//runapp("\media\kinect stick man\kinect.exe","")
//runapp("kinect just data\kinect.exe","")
	repeat 
		print(string$)
		print("hello")

temp=GetSocketListenerConnection(1)
			if temp<>0

dosock= ConnectSocket( string$ ,27015, 21500 )
				a=GetSocketConnected(dosock)
				endif
				
		print(temp)
		print(dosock)
		
		sync()

until dosock<>0

dec dosock,1

for t=1 to 20
	points[t]=CreateObjectCylinder(1,2,32)
	RotateObjectLocalX(points[t],90)
	FixObjectPivot(points[t])
	SetObjectColor(points[t],0,200,0,200)
	SetObjectCollisionMode(points[t],0)
	Create3DPhysicsKinematicBody(points[t])
	next
	deleteobject(points[4])
	points[4]=CreateObjectSphere(5,32,32)
	SetObjectColor(points[4],0,200,0,200)
	SetObjectCollisionMode(points[4],0)
	Create3DPhysicsKinematicBody(points[4])
dim pos_y[20] as float
dim pos_z[20] as float
dim pos_x[20] as float
		
global	  Kinect_head  as integer
	global	  Kinect_spine as integer
	global	  Kinect_shoulder_center as integer
	global	   Kinect_shoulder_left as integer
	global	   Kinect_shoulder_right as integer
	global	   Kinect_left_elbow as integer
	global	   Kinect_right_elbow as integer 
	global	   Kinect_left_wrist as integer
	global	   Kinect_right_wrist as integer 
	global	   Kinect_lh as integer 
	global	   Kinect_rh as integer
	global	   Kinect_hip_centre as integer 
	global	   Kinect_hip_left as integer   
	global	   Kinect_hip_right as integer 
	global	   Kinect_left_knee as integer
	global	   Kinect_right_knee as integer 
	global	   Kinect_left_ankel as integer
	global	   Kinect_right_ankel as integer
	global	   Kinect_left_foot as integer 
	global	   Kinect_right_foot as integer

global cx#=0
	global cz#=0
	global firstrun=0
	global c
	global lenth
	dis=0
	global dot
	dot=CreateObjectSphere(0.1,32,32)
	AddVirtualButton(1,70,70,140)
	SetVirtualButtonText(1,"disconect")
	
	
	piv=CreateObjectSphere(0.1,32,32)
	
	
	LoadImage(5,"FloatingIsland_Small.png")
	LoadObject(5,"FloatingIsland_Small.x")
	SetObjectImage(5,1,0)
	SetObjectScale(5,0.1,0.1,0.1)
	FixObjectToObject(5,piv)
	MoveObjectLocalY(5,0.2)

SetPrintSize(80)
	SetPrintColor(255,255,255)
	
	dim ox[20] as float
	dim oy[20] as float
	dim oz[20] as float
	dim  old[20] as float
	
do
	
	
		
		
		
	if dis=0
	Kinect()
	endif
	
	if GetVirtualButtonPressed(1)
	SendSocketByte(dosock,asc("h"))
	SendSocketByte(dosock,asc("e"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("o"))
	FlushSocket(dosock)
	dis=1
	endif
	
	if cx#<pos_x[3] then cx#=cx#+0.1
	if cx#>pos_x[3] then cx#=cx#-0.1
	if cz#<pos_z[3] then cz#=cz#+0.1
	if cz#>pos_z[3] then cz#=cz#-0.1
	
		
		print(c)
		print(lenth)
	
	
	
	if firstrun=0
	   	cz#=pos_z[3]
	   	firstrun=1
	   	
	   
	   	endif   
	
	SetCameraPosition(1,0,pos_y[3],-cz#-30)
	SetCameraLookAt(1,cx#,pos_y[3],cz#,0)
	
    Sync()
loop

function Kinect()
	for t=1 to 20
		a$[t]=""
		
		
		next
		
		lenth=GetSocketBytesAvailable(dosock)
		
		if lenth>2
oldc=c	
		for t=1 to lenth
					
				tem=GetSocketByte(dosock)
				ll$=chr(tem)
				t9$=ll$
				if t9$="a" // Hip_Center
					 c=1
					 Kinect_hip_centre=1
					 g$=t9$
					 endif
				if t9$="b" //Spine
					 c=2
					 g$=t9$
					 Kinect_spine=2
					 endif
				if t9$="c" //	Shoulder_Center			
					 c=3
					 g$=t9$
					 Kinect_shoulder_center=3
					
					 endif
				if t9$="d" // Head
					 c=4
					 g$=t9$
					 Kinect_head=4
					 endif
				if t9$="e" //Shoulder_Left
					 c=5
					 g$=t9$
					 Kinect_shoulder_left=5
					 endif
				if t9$="f" // Elbow_Left
					 c=6
					 g$=t9$
					 Kinect_left_elbow=6
					 endif
				if t9$="g" //Wrist_Left
					 c=7
					 g$=t9$
					 Kinect_left_wrist=7
					 endif
				if t9$="h" //Hand_Left
					 c=8
					 g$=t9$
					 Kinect_lh=8
					 endif
				if t9$="i" //Shoulder_Right Shoulder_Right 
					 c=9
					 g$=t9$
					 Kinect_shoulder_right=9
					 endif
				if t9$="j" // Elbow_Right 
					 c=10
					 g$=t9$
					 Kinect_right_elbow=10
					 endif
				if t9$="k" //Wrist_Right 
					 c=11
					 g$=t9$
					 Kinect_right_wrist=11
					 endif
				if t9$="l" //Hand_Right
					Kinect_rh=12
					 c=12
					 g$=t9$
					 endif
				if t9$="m" //Hip_Left 
					 c=13
					 g$=t9$
					 Kinect_hip_left=13
					 endif
				if t9$="n" // Knee_Left 
					 c=14
					 g$=t9$
					 Kinect_left_knee=14
					 endif
				if t9$="o" // Ankle_Left
					 c=15
					 g$=t9$
					 Kinect_left_ankel=15
					 endif
				if t9$="p" // Foot_Left
					 c=16
					 g$=t9$
					 Kinect_left_foot=16
					 endif
				if t9$="q" //Hip_Right 
					 c=17
					 g$=t9$
					 Kinect_hip_right=17
					 endif
				if t9$="r" // Knee_Right
					 c=18
					 g$=t9$
					 Kinect_right_knee=18
					 endif
				if t9$="s" // Ankle_Right 
					 c=19
					 g$=t9$
					 Kinect_right_ankel=19
					 endif
				if t9$="t" // Foot_Right
					 c=20
					g$=t9$
					Kinect_right_foot=20
					 endif
					
				A$[c]=A$[c]+chr(tem)
				
				if T9$="E"
					FlushSocket(dosock)
					temp1$=ReplaceString(a$[c],g$,"",1)
					temp$=ReplaceString(temp1$,"e","",1)
	
		 			f=FindString(temp$,"Y")

t$=left(temp$,f-1)
			b$=ReplaceString(t$,"X","",1)

f1=FindString(temp$,"Z")

t1$=right(temp$,len(temp$)-f1+1)   
			b1$=ReplaceString(t1$,"Z","",1)

f=FindString(temp$,"Y")

c1$=ReplaceString(temp$,t$,"",1)
			c2$=ReplaceString(c1$,t1$,"",1)
			c3$=ReplaceString(c2$,"Y","",1)
			
			x#=ValFloat(b$)
			y#=ValFloat(c3$)
			z#=ValFloat(b1$)
		
		ox[c]=pos_x[c]
		oy[c]=pos_y[c]
		oz[c]=pos_z[c]	
		pos_x[c]=ValFloat(b$)*scale
		pos_y[c]=ValFloat(c3$)*scale
		pos_z[c]=ValFloat(b1$)*scale
		
		ENDIF
				
				
				
		next
		
		
		endif
		
		FOR Q=1 TO 20
			//if  oy[q]<>pos_y[q] 
		SetObjectPosition(points[Q],pos_x[Q],pos_y[Q],-pos_z[Q])
		//endif
		NEXT
		
		
		
		
		draw_line()
		
		FlushSocket(dosock)
	endfunction
	function draw_line()
		
		
		
	
		x#=pos_x[Kinect_head]
		y#=pos_y[Kinect_head]
		z#=-pos_z[Kinect_head]
		
		x1#=pos_x[Kinect_shoulder_center]
		y1#=pos_y[Kinect_shoulder_center]
		z1#=-pos_z[Kinect_shoulder_center]
		SetObjectPosition(dot,x1#,y1#,z1#)
		hit=ObjectRayCast(0,x#,y#,z#,x1#,y1#,z1#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		//SetObjectPosition(points[Kinect_head],pos_x[Kinect_head],pos_y[Kinect_head],-pos_z[Kinect_head])
		SetObjectLookAt(points[Kinect_head],x1#,y1#,z1#,0)
		//SetObjectScale(points[Kinect_head],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_head],-2)
		endif
		//#######################################################################
		
		
		
		x#=pos_x[Kinect_shoulder_center]
		y#=pos_y[Kinect_shoulder_center]
		z#=-pos_z[Kinect_shoulder_center]
		
		x1#=pos_x[Kinect_shoulder_right]
		y1#=pos_y[Kinect_shoulder_right]
		z1#=-pos_z[Kinect_shoulder_right]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		
		SetObjectLookAt(points[Kinect_shoulder_right],x#,y#,z#,0)
		SetObjectScale(points[Kinect_shoulder_right],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_shoulder_right],dis#/2)
		endif
		
		
		
		//#######################################################################
		
		
		
		x#=pos_x[Kinect_shoulder_right]
		y#=pos_y[Kinect_shoulder_right]
		z#=-pos_z[Kinect_shoulder_right]
		
		x1#=pos_x[Kinect_right_elbow]
		y1#=pos_y[Kinect_right_elbow]
		z1#=-pos_z[Kinect_right_elbow]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		
		SetObjectLookAt(points[Kinect_right_elbow],x#,y#,z#,0)
		SetObjectScale(points[Kinect_right_elbow],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_right_elbow],dis#/2)
		endif
		
		
		
		
		//#######################################################################
		
		
		
		x#=pos_x[Kinect_right_elbow]
		y#=pos_y[Kinect_right_elbow]
		z#=-pos_z[Kinect_right_elbow]
		
		x1#=pos_x[Kinect_right_wrist]
		y1#=pos_y[Kinect_right_wrist]
		z1#=-pos_z[Kinect_right_wrist]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		
		SetObjectLookAt(points[Kinect_right_wrist],x#,y#,z#,0)
		SetObjectScale(points[Kinect_right_wrist],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_right_wrist],dis#/2)
		endif
	
		//##################################################################################
		//##################################################################################
		//##################################################################################
		
		
		
		x#=pos_x[Kinect_shoulder_center]
		y#=pos_y[Kinect_shoulder_center]
		z#=-pos_z[Kinect_shoulder_center]
		
		x1#=pos_x[Kinect_shoulder_left]
		y1#=pos_y[Kinect_shoulder_left]
		z1#=-pos_z[Kinect_shoulder_left]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100

SetObjectLookAt(points[Kinect_shoulder_left],x#,y#,z#,0)
		SetObjectScale(points[Kinect_shoulder_left],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_shoulder_left],dis#/2)
		endif
		
		//##################################################################################
		//##################################################################################
		//##################################################################################
		x#=pos_x[Kinect_shoulder_left]
		y#=pos_y[Kinect_shoulder_left]
		z#=-pos_z[Kinect_shoulder_left]
		
		x1#=pos_x[Kinect_left_elbow]
		y1#=pos_y[Kinect_left_elbow]
		z1#=-pos_z[Kinect_left_elbow]
		SetObjectPosition(dot,x#,y#,z#)

hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100

SetObjectLookAt(points[Kinect_left_elbow],x#,y#,z#,0)
		SetObjectScale(points[Kinect_left_elbow],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_left_elbow],dis#/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_left_elbow
		b=Kinect_left_wrist
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]

hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100

SetObjectLookAt(points[b],x#,y#,z#,0)
		SetObjectScale(points[b],1,1,dis#)
		MoveObjectLocalZ(points[b],dis#/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_centre
		b=Kinect_hip_right
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		SetObjectLookAt(points[b],x#,y#,z#,0)
		SetObjectScale(points[b],1,1,dis#)
		MoveObjectLocalZ(points[b],dis#/2)
		
		endif

//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_right
		b=Kinect_right_knee
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
         old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif

//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_right_knee
		b=Kinect_right_ankel
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
         old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_centre
		b=Kinect_hip_left
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_left
		b=Kinect_left_knee
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_left_knee
		b=Kinect_left_ankel
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_left_ankel
		b=Kinect_left_foot
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		//SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],-old[b]/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_right_ankel
		b=Kinect_right_foot
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
         old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		//SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],-old[b]/2)
		endif
SetObjectPosition(dot,0,-1000,0)
		endfunction

+ Code Snippet

// Project: fata grab 
// Created: 2020-02-05

// show all errors
SetErrorMode(2)

// set window properties
SetWindowTitle( "kenect game empty" )
SetWindowSize( 1024, 768, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( 1024, 768 ) // doesn't have to match the window
SetOrientationAllowed( 1, 1, 1, 1 ) // allow both portrait and landscape on mobile devices
SetSyncRate( 60, 0 ) // 30fps instead of 60 to save battery
SetScissor( 0,0,0,0 ) // use the maximum available screen space, no black borders
UseNewDefaultFonts( 1 ) 
SetPrintSize(30)
SetPrintColor(100,0,0,200)
Create3DPhysicsWorld(10)
dim points[20]
dim a$[2000]
global tim
global string$
global dosock
global scale

SCALE=10
string$=GetDeviceIP()
runapp("\media\kinect stick man\kinect.exe","")

CreateSocketListener(1,string$,27015)

//runapp("\media\kinect stick man\kinect.exe","")
//runapp("kinect just data\kinect.exe","")
	repeat 
		print(string$)
		print("hello")

		temp=GetSocketListenerConnection(1)
			if temp<>0

				dosock= ConnectSocket( string$ ,27015, 21500 )
				a=GetSocketConnected(dosock)
				endif
				
		print(temp)
		print(dosock)
		
		sync()

	until dosock<>0

	dec dosock,1



for t=1 to 20
	points[t]=CreateObjectCylinder(1,2,32)
	RotateObjectLocalX(points[t],90)
	FixObjectPivot(points[t])
	SetObjectColor(points[t],0,200,0,200)
	SetObjectCollisionMode(points[t],0)
	Create3DPhysicsKinematicBody(points[t])
	next
	deleteobject(points[4])
	points[4]=CreateObjectSphere(5,32,32)
	SetObjectColor(points[4],0,200,0,200)
	SetObjectCollisionMode(points[4],0)
	Create3DPhysicsKinematicBody(points[4])
dim pos_y[20] as float
dim pos_z[20] as float
dim pos_x[20] as float
		
global	  Kinect_head  as integer
	global	  Kinect_spine as integer
	global	  Kinect_shoulder_center as integer
	global	   Kinect_shoulder_left as integer
	global	   Kinect_shoulder_right as integer
	global	   Kinect_left_elbow as integer
	global	   Kinect_right_elbow as integer 
	global	   Kinect_left_wrist as integer
	global	   Kinect_right_wrist as integer 
	global	   Kinect_lh as integer 
	global	   Kinect_rh as integer
	global	   Kinect_hip_centre as integer 
	global	   Kinect_hip_left as integer   
	global	   Kinect_hip_right as integer 
	global	   Kinect_left_knee as integer
	global	   Kinect_right_knee as integer 
	global	   Kinect_left_ankel as integer
	global	   Kinect_right_ankel as integer
	global	   Kinect_left_foot as integer 
	global	   Kinect_right_foot as integer 




	global cx#=0
	global cz#=0
	global firstrun=0
	global c
	global lenth
	dis=0
	global dot
	dot=CreateObjectSphere(0.1,32,32)
	AddVirtualButton(1,70,70,140)
	SetVirtualButtonText(1,"disconect")
	
	
	piv=CreateObjectSphere(0.1,32,32)
	
	
	LoadImage(5,"FloatingIsland_Small.png")
	LoadObject(5,"FloatingIsland_Small.x")
	SetObjectImage(5,1,0)
	SetObjectScale(5,0.1,0.1,0.1)
	FixObjectToObject(5,piv)
	MoveObjectLocalY(5,0.2)


	SetPrintSize(80)
	SetPrintColor(255,255,255)
	
	dim ox[20] as float
	dim oy[20] as float
	dim oz[20] as float
	dim  old[20] as float
	
do
	
	
		
		
		
	if dis=0
	Kinect()
	endif
	
	if GetVirtualButtonPressed(1)
	SendSocketByte(dosock,asc("h"))
	SendSocketByte(dosock,asc("e"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("l"))
	SendSocketByte(dosock,asc("o"))
	FlushSocket(dosock)
	dis=1
	endif
	
	if cx#<pos_x[3] then cx#=cx#+0.1
	if cx#>pos_x[3] then cx#=cx#-0.1
	if cz#<pos_z[3] then cz#=cz#+0.1
	if cz#>pos_z[3] then cz#=cz#-0.1
	
		
		print(c)
		print(lenth)
	
	
	
	if firstrun=0
	   	cz#=pos_z[3]
	   	firstrun=1
	   	
	   
	   	endif   
	
	SetCameraPosition(1,0,pos_y[3],-cz#-30)
	SetCameraLookAt(1,cx#,pos_y[3],cz#,0)
	
    Sync()
loop




function Kinect()
	for t=1 to 20
		a$[t]=""
		
		
		next
		
		lenth=GetSocketBytesAvailable(dosock)
		
		if lenth>2
oldc=c	
		for t=1 to lenth
					
				tem=GetSocketByte(dosock)
				ll$=chr(tem)
				t9$=ll$
				if t9$="a" // Hip_Center
					 c=1
					 Kinect_hip_centre=1
					 g$=t9$
					 endif
				if t9$="b" //Spine
					 c=2
					 g$=t9$
					 Kinect_spine=2
					 endif
				if t9$="c" //	Shoulder_Center			
					 c=3
					 g$=t9$
					 Kinect_shoulder_center=3
					
					 endif
				if t9$="d" // Head
					 c=4
					 g$=t9$
					 Kinect_head=4
					 endif
				if t9$="e" //Shoulder_Left
					 c=5
					 g$=t9$
					 Kinect_shoulder_left=5
					 endif
				if t9$="f" // Elbow_Left
					 c=6
					 g$=t9$
					 Kinect_left_elbow=6
					 endif
				if t9$="g" //Wrist_Left
					 c=7
					 g$=t9$
					 Kinect_left_wrist=7
					 endif
				if t9$="h" //Hand_Left
					 c=8
					 g$=t9$
					 Kinect_lh=8
					 endif
				if t9$="i" //Shoulder_Right Shoulder_Right 
					 c=9
					 g$=t9$
					 Kinect_shoulder_right=9
					 endif
				if t9$="j" // Elbow_Right 
					 c=10
					 g$=t9$
					 Kinect_right_elbow=10
					 endif
				if t9$="k" //Wrist_Right 
					 c=11
					 g$=t9$
					 Kinect_right_wrist=11
					 endif
				if t9$="l" //Hand_Right
					Kinect_rh=12
					 c=12
					 g$=t9$
					 endif
				if t9$="m" //Hip_Left 
					 c=13
					 g$=t9$
					 Kinect_hip_left=13
					 endif
				if t9$="n" // Knee_Left 
					 c=14
					 g$=t9$
					 Kinect_left_knee=14
					 endif
				if t9$="o" // Ankle_Left
					 c=15
					 g$=t9$
					 Kinect_left_ankel=15
					 endif
				if t9$="p" // Foot_Left
					 c=16
					 g$=t9$
					 Kinect_left_foot=16
					 endif
				if t9$="q" //Hip_Right 
					 c=17
					 g$=t9$
					 Kinect_hip_right=17
					 endif
				if t9$="r" // Knee_Right
					 c=18
					 g$=t9$
					 Kinect_right_knee=18
					 endif
				if t9$="s" // Ankle_Right 
					 c=19
					 g$=t9$
					 Kinect_right_ankel=19
					 endif
				if t9$="t" // Foot_Right
					 c=20
					g$=t9$
					Kinect_right_foot=20
					 endif
					
				A$[c]=A$[c]+chr(tem)
				
				if T9$="E"
					FlushSocket(dosock)
					temp1$=ReplaceString(a$[c],g$,"",1)
					temp$=ReplaceString(temp1$,"e","",1)
	
		 			f=FindString(temp$,"Y")

			t$=left(temp$,f-1)
			b$=ReplaceString(t$,"X","",1)

	 		f1=FindString(temp$,"Z")

			t1$=right(temp$,len(temp$)-f1+1)   
			b1$=ReplaceString(t1$,"Z","",1)

	 		f=FindString(temp$,"Y")

			c1$=ReplaceString(temp$,t$,"",1)
			c2$=ReplaceString(c1$,t1$,"",1)
			c3$=ReplaceString(c2$,"Y","",1)
			
			x#=ValFloat(b$)
			y#=ValFloat(c3$)
			z#=ValFloat(b1$)
		
		ox[c]=pos_x[c]
		oy[c]=pos_y[c]
		oz[c]=pos_z[c]	
		pos_x[c]=ValFloat(b$)*scale
		pos_y[c]=ValFloat(c3$)*scale
		pos_z[c]=ValFloat(b1$)*scale
		
		ENDIF
				
				
				
		next
		
		
		endif
		
		FOR Q=1 TO 20
			//if  oy[q]<>pos_y[q] 
		SetObjectPosition(points[Q],pos_x[Q],pos_y[Q],-pos_z[Q])
		//endif
		NEXT
		
		
		
		
		draw_line()
		
		FlushSocket(dosock)
	endfunction
	function draw_line()
		
		
		
	
		x#=pos_x[Kinect_head]
		y#=pos_y[Kinect_head]
		z#=-pos_z[Kinect_head]
		
		x1#=pos_x[Kinect_shoulder_center]
		y1#=pos_y[Kinect_shoulder_center]
		z1#=-pos_z[Kinect_shoulder_center]
		SetObjectPosition(dot,x1#,y1#,z1#)
		hit=ObjectRayCast(0,x#,y#,z#,x1#,y1#,z1#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		//SetObjectPosition(points[Kinect_head],pos_x[Kinect_head],pos_y[Kinect_head],-pos_z[Kinect_head])
		SetObjectLookAt(points[Kinect_head],x1#,y1#,z1#,0)
		//SetObjectScale(points[Kinect_head],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_head],-2)
		endif
		//#######################################################################
		
		
		
		x#=pos_x[Kinect_shoulder_center]
		y#=pos_y[Kinect_shoulder_center]
		z#=-pos_z[Kinect_shoulder_center]
		
		x1#=pos_x[Kinect_shoulder_right]
		y1#=pos_y[Kinect_shoulder_right]
		z1#=-pos_z[Kinect_shoulder_right]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		
		SetObjectLookAt(points[Kinect_shoulder_right],x#,y#,z#,0)
		SetObjectScale(points[Kinect_shoulder_right],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_shoulder_right],dis#/2)
		endif
		
		
		
		//#######################################################################
		
		
		
		x#=pos_x[Kinect_shoulder_right]
		y#=pos_y[Kinect_shoulder_right]
		z#=-pos_z[Kinect_shoulder_right]
		
		x1#=pos_x[Kinect_right_elbow]
		y1#=pos_y[Kinect_right_elbow]
		z1#=-pos_z[Kinect_right_elbow]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		
		SetObjectLookAt(points[Kinect_right_elbow],x#,y#,z#,0)
		SetObjectScale(points[Kinect_right_elbow],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_right_elbow],dis#/2)
		endif
		
		
		
		
		//#######################################################################
		
		
		
		x#=pos_x[Kinect_right_elbow]
		y#=pos_y[Kinect_right_elbow]
		z#=-pos_z[Kinect_right_elbow]
		
		x1#=pos_x[Kinect_right_wrist]
		y1#=pos_y[Kinect_right_wrist]
		z1#=-pos_z[Kinect_right_wrist]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		
		
		SetObjectLookAt(points[Kinect_right_wrist],x#,y#,z#,0)
		SetObjectScale(points[Kinect_right_wrist],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_right_wrist],dis#/2)
		endif
	
		//##################################################################################
		//##################################################################################
		//##################################################################################
		
		
		
		x#=pos_x[Kinect_shoulder_center]
		y#=pos_y[Kinect_shoulder_center]
		z#=-pos_z[Kinect_shoulder_center]
		
		x1#=pos_x[Kinect_shoulder_left]
		y1#=pos_y[Kinect_shoulder_left]
		z1#=-pos_z[Kinect_shoulder_left]
		SetObjectPosition(dot,x#,y#,z#)
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100

		SetObjectLookAt(points[Kinect_shoulder_left],x#,y#,z#,0)
		SetObjectScale(points[Kinect_shoulder_left],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_shoulder_left],dis#/2)
		endif
		
		//##################################################################################
		//##################################################################################
		//##################################################################################
		x#=pos_x[Kinect_shoulder_left]
		y#=pos_y[Kinect_shoulder_left]
		z#=-pos_z[Kinect_shoulder_left]
		
		x1#=pos_x[Kinect_left_elbow]
		y1#=pos_y[Kinect_left_elbow]
		z1#=-pos_z[Kinect_left_elbow]
		SetObjectPosition(dot,x#,y#,z#)
		

		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100

		SetObjectLookAt(points[Kinect_left_elbow],x#,y#,z#,0)
		SetObjectScale(points[Kinect_left_elbow],1,1,dis#)
		MoveObjectLocalZ(points[Kinect_left_elbow],dis#/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_left_elbow
		b=Kinect_left_wrist
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		

		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100

		SetObjectLookAt(points[b],x#,y#,z#,0)
		SetObjectScale(points[b],1,1,dis#)
		MoveObjectLocalZ(points[b],dis#/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_centre
		b=Kinect_hip_right
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		if dis#>0 and dis#<100
		SetObjectLookAt(points[b],x#,y#,z#,0)
		SetObjectScale(points[b],1,1,dis#)
		MoveObjectLocalZ(points[b],dis#/2)
		
		endif

		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_right
		b=Kinect_right_knee
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
         old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif

		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_right_knee
		b=Kinect_right_ankel
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
         old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_centre
		b=Kinect_hip_left
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_hip_left
		b=Kinect_left_knee
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_left_knee
		b=Kinect_left_ankel
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],old[b]/2)
		endif
		
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_left_ankel
		b=Kinect_left_foot
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
          old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		//SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],-old[b]/2)
		endif
		//##################################################################################
		//##################################################################################
		//##################################################################################
		a=Kinect_right_ankel
		b=Kinect_right_foot
		
		x#=pos_x[a]
		y#=pos_y[a]
		z#=-pos_z[a]
		SetObjectPosition(dot,x#,y#,z#)
		x1#=pos_x[b]
		y1#=pos_y[b]
		z1#=-pos_z[b]
		
		hit=ObjectRayCast(0,x1#,y1#,z1#,x#,y#,z#)
		dis#=GetObjectRayCastDistance(0)
		
		if hit<>0
		if dis#>0 and dis#<100
         old[b]=dis#
         	
		SetObjectLookAt(points[b],x#,y#,z#,0)
		endif
		endif
		
		if GetObjectExists(points[b])
		
		//SetObjectScale(points[b],1,1,old[b])	
		MoveObjectLocalZ(points[b],-old[b]/2)
		endif
SetObjectPosition(dot,0,-1000,0)
		endfunction

Back to top

Profile PM

Sorry your browser is not supported!

AppGameKit Studio Chat / Kinect 360 new plugin

Attachments

Attachments

Attachments