my unofficial app game kit youtube tutorials

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yoel12344

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Joined: 5th May 2021

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Posted: 22nd Jun 2021 14:42

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these are videos i created with the goal of sharing what i know.

i started with a few with vanilla agk basic games/projects in the next parts i will go into depth on how i create games with my framework, if it wasn't very effective i wouldent have bothered porting it to agk.

thats the youtube playlist:

https://www.youtube.com/playlist?list=PL-_HP4F7j-JFtGBJiX7OwBRTXk_F-bPfN

that's my github repo:

https://github.com/yoel123?tab=repositories

search for app game kit in "find a repository" this will show all the agk repos i have.

if anyone needs my help personally i have some free time up to the 29 this month (after that im not sure if ill have time to teach). but i always answer emails.

my plans are to teach everything i know about game programming.

i want to port my framework to the 3d version of agk.

i want to teach you how to create all the game types/mechanics i know.
i also want to teach pathfinding (flow field) procedural gen (celular automata and two others), psudo 3d (billboards in space).
screen shake effect, gui and many other stuff i can code.

very ambitious and will take time as i need to make other instructional videos (unrelated to agk).

i dont know how much demand there is to all this, but i believe agk with all it has out of the box and simplicity, has huge potential.

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PartTimeCoder

AGK Tool Maker

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Joined: 9th Mar 2015

Location: London UK

Posted: 22nd Jun 2021 15:53

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Nice, I'd like AppGameKit to have more presence on YT I would make some myself but my equipment sucks and I have an attention span issue thing!!

I did a little work on celular automata a while ago using the rules by John Conways "Game Of Life" however I restricted it to a boundary and warp, I could not quite get my head round an infinite grid, lol

// Project: Game of Life 
// Created: 2020-04-10

// show all errors
SetErrorMode(2)

Global Window_Width : Window_Width = 1024
Global Window_Height : Window_Height = 768

// set window properties
SetWindowTitle( "Conways - Game of Life" )
SetWindowSize( Window_Width, Window_Height, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( Window_Width, Window_Height ) // 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 ) // since version 2.0.22 we can use nicer default fonts

#Constant CELL_SIZE 10
#Constant GRID_WIDTH 100
#Constant GRID_HEIGHT 75

Type tCell
	state
	color
EndType

Type tGrid
	active
	gen_cur
	gen_max
	gen_stop_at_max
EndType

Global gConf as tGrid
Global gThisGen as tCell[GRID_WIDTH, GRID_HEIGHT]
Global gNextGen as tCell[GRID_WIDTH, GRID_HEIGHT]

gConf.active=1
gConf.gen_cur=0
gConf.gen_max=1000
gConf.gen_stop_at_max=0

NewGeneration()
	
do
	mouse_x = GetPointerX()
	mouse_y = GetPointerY()
	
	cur_cell_x = mouse_x/CELL_SIZE
	cur_cell_y = mouse_y/CELL_SIZE

if GetRawKeyPressed(KEY_ESCAPE) then end
	if GetRawKeyPressed(KEY_S) then ToggleActive()
	if GetRawKeyPressed(KEY_C) then ClearGeneration()		 
	if GetRawKeyPressed(KEY_SPACE) then NewGeneration()
	
	for cell_y=0 to GRID_HEIGHT
		for cell_x=0 to GRID_WIDTH
			
			if gConf.active
				SetNextGeneration(cell_x, cell_y)
				DrawCell(cell_x, cell_y, gNextGen[cell_x,cell_y].color)
			else
				DrawCell(cell_x, cell_y, gNextGen[cell_x,cell_y].color)
				DrawGrid(cell_x, cell_y)
				if (cur_cell_x=cell_x) and (cur_cell_y=cell_y)
					DrawHighLight(cell_x, cell_y)
					if GetRawMouseLeftState() then SetCellActive(cell_x, cell_y, 1)
					if GetRawMouseRightState() then SetCellActive(cell_x, cell_y, 0)					
				endif

endif
		
		next 
	next	
	inc gConf.gen_cur, 1
	gThisGen=gNextGen

Print( ScreenFPS() )
    Print( "Generation:" +Str(gConf.gen_cur) )
    
    Sync()
loop

Function SetNextGeneration(cell_x, cell_y)
	
	count = CountNeighbours(cell_x, cell_y)
	state = gThisGen[cell_x, cell_y].state
	
	if state = 0
		// this cell is dead
		if count = 3		
			gNextGen[cell_x, cell_y].state=1
			gNextGen[cell_x, cell_y].color=C_GREEN
		endif
	else
		// this cell is live
		if count <2 and count >3
			gNextGen[cell_x, cell_y].state=0
			gNextGen[cell_x, cell_y].color=C_BLACK
		elseif count = 2 or count = 3	
			gNextGen[cell_x, cell_y].state=1
			if gNextGen[cell_x, cell_y].color = C_RED
				gNextGen[cell_x, cell_y].color=C_BLUE
			else
				gNextGen[cell_x, cell_y].color=C_RED
			endif
		else
			gNextGen[cell_x, cell_y].state=0
			gNextGen[cell_x, cell_y].color=C_BLACK
		endif
	endif

EndFunction

Function CountNeighbours(x, y)
	
	result as integer
	for cell_x=-1 to 1
		for cell_y=-1 to 1
			cx=Mod(x+cell_x+GRID_WIDTH, GRID_WIDTH)
			cy=Mod(y+cell_y+GRID_HEIGHT, GRID_HEIGHT)
			result=result+gThisGen[cx, cy].state
		next 
	next

EndFunction (result-gThisGen[x, y].state)

Function DrawCell(cell_x, cell_y, col)
	x=CELL_SIZE*cell_x
	y=CELL_SIZE*cell_y
	//DrawEllipse(x,y, CELL_SIZE/2-2, CELL_SIZE/2-2, col, col, 1)
	DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, col, col, col, col, 1)
	if gNextGen[cell_x,cell_y].state
		DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, C_GREY, C_GREY, C_GREY, C_GREY, 0)
		//DrawEllipse(x, y, CELL_SIZE/2-2, CELL_SIZE/2-2, C_GREY, C_GREY, 0)
	endif
EndFunction

Function DrawGrid(cell_x, cell_y)
	x=CELL_SIZE*cell_x
	y=CELL_SIZE*cell_y	
	//DrawEllipse(x, y, CELL_SIZE/2-2, CELL_SIZE/2-2, C_GREY, C_GREY, 0)
	DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, C_GREY, C_GREY, C_GREY, C_GREY, 0)
EndFunction

Function SetCellActive(cell_x, cell_y, state)
	if state=1
		gNextGen[cell_x,cell_y].state=1
		gNextGen[cell_x,cell_y].color=C_RED
	else
		gNextGen[cell_x,cell_y].state=0
		gNextGen[cell_x,cell_y].color=C_BLACK
	endif
EndFunction

Function DrawHighLight(cell_x, cell_y)
	x=CELL_SIZE*cell_x
	y=CELL_SIZE*cell_y	
	DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, C_GREEN, C_GREEN, C_GREEN, C_GREEN, 0)
	//DrawEllipse(x, y, CELL_SIZE/2-2, CELL_SIZE/2-2, C_GREEN, C_GREEN, 0)
EndFunction

Function ToggleActive()
	gConf.active=Abs(gConf.active-1)
EndFunction

Function ClearGeneration()
	gConf.active=0
	gConf.gen_cur=0
	for cell_y=0 to GRID_HEIGHT
		for cell_x=0 to GRID_WIDTH
			gThisGen[cell_x, cell_y].state=0
			gThisGen[cell_x, cell_y].color=C_BLACK
		next 
	next
	gNextGen=gThisGen
EndFunction

Function NewGeneration()
	for cell_y=0 to GRID_HEIGHT
		for cell_x=0 to GRID_WIDTH
			gThisGen[cell_x, cell_y].state=random(0,1)
		next 
	next
	gConf.gen_cur=0
	gConf.active=1
EndFunction

//#################################
// Color Constants
#Constant C_RED MakeColor(255,0,0)
#Constant C_BLUE MakeColor(0,0,255)
#Constant C_BLACK MakeColor(0,0,0)
#Constant C_GREEN MakeColor(0,255,0)
#Constant C_GREY MakeColor(97,97,97)

//#################################
// Key Code Constants
#Constant KEY_BACK 8
#Constant KEY_TAB 9
#Constant KEY_ENTER 13
#Constant KEY_SHIFT 16
#Constant KEY_CONTROL 17
#Constant KEY_ESCAPE 27
#Constant KEY_SPACE 32
#Constant KEY_PAGEUP 33
#Constant KEY_PAGEDOWN 34
#Constant KEY_END 35
#Constant KEY_HOME 36
#Constant KEY_LEFT 37
#Constant KEY_UP 38
#Constant KEY_RIGHT 39
#Constant KEY_DOWN 40
#Constant KEY_INSERT 45
#Constant KEY_DELETE 46
#Constant KEY_0 48
#Constant KEY_1 49
#Constant KEY_2 50
#Constant KEY_3 51
#Constant KEY_4 52
#Constant KEY_5 53
#Constant KEY_6 54
#Constant KEY_7 55
#Constant KEY_8 56 
#Constant KEY_9 57
#Constant KEY_A 65
#Constant KEY_B 66
#Constant KEY_C 67
#Constant KEY_D 68
#Constant KEY_E 69
#Constant KEY_F 70
#Constant KEY_G 71
#Constant KEY_H 72
#Constant KEY_I 73
#Constant KEY_J 74
#Constant KEY_K 75
#Constant KEY_L 76
#Constant KEY_M 77
#Constant KEY_N 78
#Constant KEY_O 79 
#Constant KEY_P 80
#Constant KEY_Q 81
#Constant KEY_R 82
#Constant KEY_S 83
#Constant KEY_T 84
#Constant KEY_U 85
#Constant KEY_V 86
#Constant KEY_W 87
#Constant KEY_X 88
#Constant KEY_Y 89
#Constant KEY_Z 90
#Constant KEY_F1 112
#Constant KEY_F2 113
#Constant KEY_F3 114
#Constant KEY_F4 115
#Constant KEY_F5 116
#Constant KEY_F6 117
#Constant KEY_F7 118
#Constant KEY_F8 119
#Constant KEY_COMMA 188
#Constant KEY_PERIOD 190
#Constant KEY_SLASH 191
#Constant KEY_SEMICOLON 186
#Constant KEY_APOSTROPHE 192
#Constant KEY_POUNDSIGN 222
#Constant KEY_DASH 189
#Constant KEY_EQUALS 187
#Constant KEY_LEFTBRACKET 219
#Constant KEY_RIGHTBRACKET 221
#Constant KEY_ACCENT 223

+ Code Snippet

// Project: Game of Life 
// Created: 2020-04-10

// show all errors
SetErrorMode(2)

Global Window_Width : Window_Width = 1024
Global Window_Height : Window_Height = 768

// set window properties
SetWindowTitle( "Conways - Game of Life" )
SetWindowSize( Window_Width, Window_Height, 0 )
SetWindowAllowResize( 1 ) // allow the user to resize the window

// set display properties
SetVirtualResolution( Window_Width, Window_Height ) // 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 ) // since version 2.0.22 we can use nicer default fonts

#Constant CELL_SIZE 10
#Constant GRID_WIDTH 100
#Constant GRID_HEIGHT 75

Type tCell
	state
	color
EndType

Type tGrid
	active
	gen_cur
	gen_max
	gen_stop_at_max
EndType

Global gConf as tGrid
Global gThisGen as tCell[GRID_WIDTH, GRID_HEIGHT]
Global gNextGen as tCell[GRID_WIDTH, GRID_HEIGHT]

gConf.active=1
gConf.gen_cur=0
gConf.gen_max=1000
gConf.gen_stop_at_max=0

NewGeneration()
	
do
	mouse_x = GetPointerX()
	mouse_y = GetPointerY()
	
	cur_cell_x = mouse_x/CELL_SIZE
	cur_cell_y = mouse_y/CELL_SIZE
	

	if GetRawKeyPressed(KEY_ESCAPE) then end
	if GetRawKeyPressed(KEY_S) then ToggleActive()
	if GetRawKeyPressed(KEY_C) then ClearGeneration()		 
	if GetRawKeyPressed(KEY_SPACE) then NewGeneration()
	
	for cell_y=0 to GRID_HEIGHT
		for cell_x=0 to GRID_WIDTH
			
			if gConf.active
				SetNextGeneration(cell_x, cell_y)
				DrawCell(cell_x, cell_y, gNextGen[cell_x,cell_y].color)
			else
				DrawCell(cell_x, cell_y, gNextGen[cell_x,cell_y].color)
				DrawGrid(cell_x, cell_y)
				if (cur_cell_x=cell_x) and (cur_cell_y=cell_y)
					DrawHighLight(cell_x, cell_y)
					if GetRawMouseLeftState() then SetCellActive(cell_x, cell_y, 1)
					if GetRawMouseRightState() then SetCellActive(cell_x, cell_y, 0)					
				endif

			endif
		
		next 
	next	
	inc gConf.gen_cur, 1
	gThisGen=gNextGen	

    Print( ScreenFPS() )
    Print( "Generation:" +Str(gConf.gen_cur) )
    
    Sync()
loop

Function SetNextGeneration(cell_x, cell_y)
	
	count = CountNeighbours(cell_x, cell_y)
	state = gThisGen[cell_x, cell_y].state
	
	if state = 0
		// this cell is dead
		if count = 3		
			gNextGen[cell_x, cell_y].state=1
			gNextGen[cell_x, cell_y].color=C_GREEN
		endif
	else
		// this cell is live
		if count <2 and count >3
			gNextGen[cell_x, cell_y].state=0
			gNextGen[cell_x, cell_y].color=C_BLACK
		elseif count = 2 or count = 3	
			gNextGen[cell_x, cell_y].state=1
			if gNextGen[cell_x, cell_y].color = C_RED
				gNextGen[cell_x, cell_y].color=C_BLUE
			else
				gNextGen[cell_x, cell_y].color=C_RED
			endif
		else
			gNextGen[cell_x, cell_y].state=0
			gNextGen[cell_x, cell_y].color=C_BLACK
		endif
	endif

EndFunction 

Function CountNeighbours(x, y)
	
	result as integer
	for cell_x=-1 to 1
		for cell_y=-1 to 1
			cx=Mod(x+cell_x+GRID_WIDTH, GRID_WIDTH)
			cy=Mod(y+cell_y+GRID_HEIGHT, GRID_HEIGHT)
			result=result+gThisGen[cx, cy].state
		next 
	next

EndFunction (result-gThisGen[x, y].state)

Function DrawCell(cell_x, cell_y, col)
	x=CELL_SIZE*cell_x
	y=CELL_SIZE*cell_y
	//DrawEllipse(x,y, CELL_SIZE/2-2, CELL_SIZE/2-2, col, col, 1)
	DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, col, col, col, col, 1)
	if gNextGen[cell_x,cell_y].state
		DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, C_GREY, C_GREY, C_GREY, C_GREY, 0)
		//DrawEllipse(x, y, CELL_SIZE/2-2, CELL_SIZE/2-2, C_GREY, C_GREY, 0)
	endif
EndFunction

Function DrawGrid(cell_x, cell_y)
	x=CELL_SIZE*cell_x
	y=CELL_SIZE*cell_y	
	//DrawEllipse(x, y, CELL_SIZE/2-2, CELL_SIZE/2-2, C_GREY, C_GREY, 0)
	DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, C_GREY, C_GREY, C_GREY, C_GREY, 0)
EndFunction

Function SetCellActive(cell_x, cell_y, state)
	if state=1
		gNextGen[cell_x,cell_y].state=1
		gNextGen[cell_x,cell_y].color=C_RED
	else
		gNextGen[cell_x,cell_y].state=0
		gNextGen[cell_x,cell_y].color=C_BLACK
	endif
EndFunction

Function DrawHighLight(cell_x, cell_y)
	x=CELL_SIZE*cell_x
	y=CELL_SIZE*cell_y	
	DrawBox(x, y, x+CELL_SIZE, y+CELL_SIZE, C_GREEN, C_GREEN, C_GREEN, C_GREEN, 0)
	//DrawEllipse(x, y, CELL_SIZE/2-2, CELL_SIZE/2-2, C_GREEN, C_GREEN, 0)
EndFunction

Function ToggleActive()
	gConf.active=Abs(gConf.active-1)
EndFunction

Function ClearGeneration()
	gConf.active=0
	gConf.gen_cur=0
	for cell_y=0 to GRID_HEIGHT
		for cell_x=0 to GRID_WIDTH
			gThisGen[cell_x, cell_y].state=0
			gThisGen[cell_x, cell_y].color=C_BLACK
		next 
	next
	gNextGen=gThisGen
EndFunction

Function NewGeneration()
	for cell_y=0 to GRID_HEIGHT
		for cell_x=0 to GRID_WIDTH
			gThisGen[cell_x, cell_y].state=random(0,1)
		next 
	next
	gConf.gen_cur=0
	gConf.active=1
EndFunction


//#################################
// Color Constants
#Constant C_RED MakeColor(255,0,0)
#Constant C_BLUE MakeColor(0,0,255)
#Constant C_BLACK MakeColor(0,0,0)
#Constant C_GREEN MakeColor(0,255,0)
#Constant C_GREY MakeColor(97,97,97)

//#################################
// Key Code Constants
#Constant KEY_BACK 8
#Constant KEY_TAB 9
#Constant KEY_ENTER 13
#Constant KEY_SHIFT 16
#Constant KEY_CONTROL 17
#Constant KEY_ESCAPE 27
#Constant KEY_SPACE 32
#Constant KEY_PAGEUP 33
#Constant KEY_PAGEDOWN 34
#Constant KEY_END 35
#Constant KEY_HOME 36
#Constant KEY_LEFT 37
#Constant KEY_UP 38
#Constant KEY_RIGHT 39
#Constant KEY_DOWN 40
#Constant KEY_INSERT 45
#Constant KEY_DELETE 46
#Constant KEY_0 48
#Constant KEY_1 49
#Constant KEY_2 50
#Constant KEY_3 51
#Constant KEY_4 52
#Constant KEY_5 53
#Constant KEY_6 54
#Constant KEY_7 55
#Constant KEY_8 56 
#Constant KEY_9 57
#Constant KEY_A 65
#Constant KEY_B 66
#Constant KEY_C 67
#Constant KEY_D 68
#Constant KEY_E 69
#Constant KEY_F 70
#Constant KEY_G 71
#Constant KEY_H 72
#Constant KEY_I 73
#Constant KEY_J 74
#Constant KEY_K 75
#Constant KEY_L 76
#Constant KEY_M 77
#Constant KEY_N 78
#Constant KEY_O 79 
#Constant KEY_P 80
#Constant KEY_Q 81
#Constant KEY_R 82
#Constant KEY_S 83
#Constant KEY_T 84
#Constant KEY_U 85
#Constant KEY_V 86
#Constant KEY_W 87
#Constant KEY_X 88
#Constant KEY_Y 89
#Constant KEY_Z 90
#Constant KEY_F1 112
#Constant KEY_F2 113
#Constant KEY_F3 114
#Constant KEY_F4 115
#Constant KEY_F5 116
#Constant KEY_F6 117
#Constant KEY_F7 118
#Constant KEY_F8 119
#Constant KEY_COMMA 188
#Constant KEY_PERIOD 190
#Constant KEY_SLASH 191
#Constant KEY_SEMICOLON 186
#Constant KEY_APOSTROPHE 192
#Constant KEY_POUNDSIGN 222
#Constant KEY_DASH 189
#Constant KEY_EQUALS 187
#Constant KEY_LEFTBRACKET 219
#Constant KEY_RIGHTBRACKET 221
#Constant KEY_ACCENT 223

I like flow field propagation but its not as fast as AStar on huge areas but its great smaller ones.
.
Good luck with the channel.

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PartTimeCoder

AGK Tool Maker

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Joined: 9th Mar 2015

Location: London UK

Posted: 22nd Jun 2021 16:38

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I just skimmed through some of your videos, a small word of advice, if your going to teach people to use AppGameKit you want to focus on the default language and not a custom framework, what people need to learn is how to build their own frameworks and the only way they can do that is understanding the default language, I would make some separation from your frame work and BASIC tutorials.

Most people will find your videos, see its your custom framework and skipp to a video of the default code, I would and indeed I do, when looking at other libs I ignore other peoples wrapps and focus on the raw code.

Maybe a good introduction would be to "lets create a framework in AGK" and recreate your frame work with the viewers step by step, then make some games/examples with code the user knows and understands because he wrote is with you step by step.

Look at OLC:

ixelGameEngine videos, a whole community sprung up around it, the format works the channel is busy.

Show people how to make your frame work, then teach them how to use it while also expanding it, start with the basic stuff and expand from there.

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yoel12344

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Posted: 22nd Jun 2021 19:20 Edited at: 22nd Jun 2021 19:24

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PartTimeCoder:

very nice implementation i will run it later.

from what i remember its simply create a 2d tilemap with random empty(floor) tiles then do another run with a bunch of rules to see which tile "dies" or stays "alive" (wall or floor).

ill have to show drunken walker first. some games like splanky and binding of isac use whole random premade rooms side by side(in a tilemap) ,like they have a db of rooms to randomize.

thers also the "i dont remember its name" algorithm creates random rooms and connect them with corridor by the middle of both rooms.

about pathfinding, i don't know what's big for you, we implemented flow field with p5.js (bad performance out of the box) to test i made the map 10 times bigger and made a ton of calls and it ran smoothly i could barely believe it. its great for zombie games where you have 100 actors hooming on a single target. supreme commander uses flow field.

https://www.youtube.com/watch?v=efr6OuKgRhk

somtimes called Dijkstra Maps :

https://www.youtube.com/watch?v=2ExLEY32RgM

Quote: "Most people will find your videos, see its your custom framework and skip to a video of the default code"

you are correct i have seen this happen.

but people use the agk functions without knowing what they do, like a black box (and its stracture, where do they store each sprites data? who knows and it dosnt matter).

my framework is based on the same concepts used by flashpunk and flixel.

in the days of flash these were dominant "engines" thousands of developers most of them hobbyists and some even amateurs( i was one of them years ago), none of them really understood what's going on under the hood and they had no problem with that (and used it over vanilla as3).

it was also very easy to read other people's code as it was all structured the same (that's exactly how i learned game dev).

very few like me actually understood the engine's code intimately, for me it came naturally after using it for half a year. when flash died i ported it to many languages and engines agk is one of the best hands down, with ease of use and functionality.

again you are right, i don't think i can motivate people to use my framework like the creator of flixel, or the creator of flashpunk chavy ray or Zachery Lewis (his flashpunk game week vids were epic). or even that guy you mentioned with the cpp pseudo 3d engines these people move crowds and influence many developers.

i will consider my options and what you said.

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Virtual Nomad

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Joined: 14th Dec 2005

Location: SF Bay Area, USA

Posted: 22nd Jun 2021 19:43 Edited at: 22nd Jun 2021 19:44

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since this was posted in newcomers, i expected newcomer tutorials.

then your tut's begin that they are not for newcomers to programming, but for programmers with some experience that are new to AGK.

perhaps this is better off in the Classic forum?

either way, i'm glad to see tutorials, regardless.

thanks for sharing.

[My Itch.io Home] [Community Apps on Itch.io]
[AGK Resource Directory] [TGC @ GitHub]
[CODE lang=agk] YOUR CODE HERE [/CODE]
[VIDEO=youtube] VIDEO ID [/VIDEO]
[AGK Showcase][Google Forum Search]

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yoel12344

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Posted: 10th Jul 2021 14:33 Edited at: 10th Jul 2021 14:35

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i have made new tutorial vids, most are for creating the avoider game that's the first part:

https://www.youtube.com/watch?v=Z4YQvchbJkg&list=PL-_HP4F7j-JFtGBJiX7OwBRTXk_F-bPfN&index=9

and the whole playlist is in the first post in this thread.

for any questions or comments im here (even bad ones im always ready to improve).

mods can i double post to update the community or shod i open a new thread for each example tut i create?

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Virtual Nomad

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Location: SF Bay Area, USA

Posted: 11th Jul 2021 00:01

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i personally don't mind you double-posting when you have something to add to the topic although it should be more than "i posted a new video".

if that's all you have to add, come back occasionally, post an update which might prompt some to subscribe @ youtube for such notifications, like it did

even if a thread gets locked (in the meantime), the original author can unlock and post.

otherwise, i appreciate your asking the question

[My Itch.io Home] [Community Apps on Itch.io]
[AGK Resource Directory] [TGC @ GitHub]
[CODE lang=agk] YOUR CODE HERE [/CODE]
[VIDEO=youtube] VIDEO ID [/VIDEO]
[AGK Showcase][Google Forum Search]

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Newcomers AppGameKit Corner / my unofficial app game kit youtube tutorials