Nice and the gray looks pretty good too

Are you plannign to fix the movement soon btw?

The only thing I wish is if the beeps would last the entire duration of the frame, but I guess it is impossible.

i kind of like the staccato, personally(though i doubt many people would agree with me). filling it in should be doable, but would take some doing.

as for movement, it looks like that because walking is in two frames, so to smoothen it out he would have to speed up the program altogether.

this is going to be the best, finale!

What he is saying about the walking is that the two frames don't merge well when you hold down a button. You always get the move, stop, move, stop, etc. so that's what he would have to smoothen out, not the speed.

Yeah that's what I mean

I've actually never seen this topic before ... but nice job! It's looking pretty awesome already. How much is completed?

I did speed up walking a little bit, but as you noticed, it's still a little choppy. I also still have to fix the music lag.
This update was basically to showcase that I fixed all the little graphical glitches with the mapping.
If you guys wanna see the code, here it is.
:.A66
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→Pic1
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→Pic2
:[030F1F3F7F3F7F3FC0F0F8FCFEFCFEFC3F3F3F3F3F1F0F06FCFCFCFCFCF8F060030F1F3F7F3F7F3FC0F0F8FCFEFCFEFC3F3F3F1F0F0F0703FCFEFEFEFCF8F000030F1F3F7F3F7F3FC0F0F8FCFEFCFEFC3F7F7F7F3F1F0F00FCFCFCF8F0F0E0C0030F1F3F7F3F7F3FC0F0F8FCFEFCFEFC7F7F3F1F3F1F0F06FCF8F8F8F0E0C000030F1F3F7F3F7F3FC0F0F8FCFEFCFEFC3F1F1F1F0F070300FEFEFCF8FCF8F060030F1F3F3F1F1F1FC0F0F8FCFEFEFEFC1F0F070307030301FCFCFCFCF8F0E0C0030F1F3F3F1F1F1FC0F0F8FCFEFEFEFC1F0F0703070F0703FEFEFEFEFCFCF830030F1F3F7F7F7F3FC0F0F8FCFCF8F8F83F3F3F3F1F0F0703F8F0E0C0E0C0C080030F1F3F7F7F7F3FC0F0F8FCFCF8F8F87F7F7F7F3F3F1F0CF8F0E0C0E0F0E0C0→Pic3G
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→Pic1G
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→Pic2G
:.030C102050604222E018040202041454424141423D24130C4488F02090689060→Pic2G
:DeltaList(0,1,0,2,0,3,4,3,5,3,6,7,6,8,9,8)→GDB1
:DeltaList(0,1,0,2,0,0,3,0,4,0,5,6,5,7,8,7)→GDB2
:Lbl DG
:DispGraphrr
:GetCalc("Str1")→Q
:16→{L1}
:16→{L1+1}
:ClrDraw
:ClrDrawr
:Full
:GetCalc("vMDATA")→L→S
:0→Y→E→F+1→C→K→T
:Full
:FnInt(GT,0)
:Goto MP
:
:Lbl RND
:Full
:For(θ,0,7
:Full
:FnOff
:For(B,0,11
:θ+E*{L1}+B+F→Y
:Pt-Off(B*8,θ*8,{Q+Y}*8+Pic1
:Pt-Off(B*8,θ*8,{Q+Y}*8+Pic2)r
:Pt-Off(B*8,θ+1*8,{θ+1+E*{L1}+B+F+Q}*8+Pic1
:Pt-Off(B*8,θ+1*8,{θ+1+E*{L1}+B+F+Q}*8+Pic2)r
:For(Y,0,1
:If ((B+F)≥({L1})) or (((θ+E)≥({L1+1}-Y
:If ((B+F)≥({L1})) or ((θ+E+1)≥({L1+1}-Y
:Pt-On(B*8,θ+1*8,[FFFFFFFFFFFFFFFF]
:Pt-On(B*8,θ+1*8,[FFFFFFFFFFFFFFFF])r
:End
:If ((B+F)≥({L1}
:Pt-On(B*8,θ*8,[FFFFFFFFFFFFFFFF]
:Pt-On(B*8,θ*8,[FFFFFFFFFFFFFFFF])r
:End
:If θ+E+Y≠0
:Pt-On(B*8,θ+Y*8,[FFFFFFFFFFFFFFFF]
:Pt-On(B*8,θ+Y*8,[FFFFFFFFFFFFFFFF])r
:End
:End
:End
:End
:θ+1→θ
:{H+J+GDB2}*32→N
:Pt-On(32,28,N+Pic3G
:Pt-On(40,28,N+8+Pic3G
:Pt-On(32,36,N+16+Pic3G
:Pt-On(40,36,N+24+Pic3G
:Pt-Change(32,28,N+Pic3G
:Pt-Change(40,28,N+8+Pic3G
:Pt-Change(32,36,N+16+Pic3G
:Pt-Change(40,36,N+24+Pic3G
:Pt-On(32,28,Pic1G+G
:Pt-On(40,28,Pic1G+8+G
:Pt-On(32,36,Pic1G+16+G
:Pt-On(40,36,Pic1G+24+G
:Pt-On(32,28,N+Pic3G)r
:Pt-On(40,28,N+8+Pic3G)r
:Pt-On(32,36,N+16+Pic3G)r
:Pt-On(40,36,N+24+Pic3G)r
:Pt-Change(32,28,N+Pic3G)r
:Pt-Change(40,28,N+8+Pic3G)r
:Pt-Change(32,36,N+16+Pic3G)r
:Pt-Change(40,36,N+24+Pic3G)r
:Pt-On(32,28,Pic2G+G)r
:Pt-On(40,28,Pic2G+8+G)r
:Pt-On(32,36,Pic2G+16+G)r
:Pt-On(40,36,Pic2G+24+G)r
:FnOn
:End
:K-1→K
:Return
:
:Lbl MP
:0→T→G→H→J+1→K
:sub(RND)
:Repeat getKey(15)
:FnOn
:While getKey(1) and (K=0
:E→T
:If H≥4
:0→H
:End
:For(J,0,2
:3-J→K
:{H+J+GDB1}*32→G
:sub(RND)
:E+1→E
:For(θ,0,629
:End
:End
:T+2→E
:!If H
:2→H
:Else
:0→H
:End
:End
:While getKey(4) and (K=0
:E→T
:If (H≠5) and (H≠7
:5→H
:End
:For(J,0,2
:3-J→K
:{H+J+GDB1}*32→G
:sub(RND)
:E-1→E
:For(θ,0,629
:End
:End
:T-2→E
:If H=5
:7→H
:Else
:5→H
:End
:End
:While getKey(2) and (K=0
:F→T
:If H≠10
:10→H
:End
:For(J,0,2
:3-J→K
:{H+J+GDB1}*32→G
:sub(RND)
:F-1→F
:For(θ,0,629
:End
:End
:10→H
:T-2→F
:End
:While getKey(3) and (K=0
:F→T
:If H≠13
:13→H
:End
:For(J,0,2
:3-J→K
:{H+J+GDB1}*32→G
:sub(RND)
:F+1→F
:For(θ,0,629
:End
:End
:13→H
:T+2→F
:End
:End
:LnReg
:Return
:
:Lbl GT
:.T+1→T
:.Q+1→Q
:.If T=2
:.0→T
:Normal
:DispGraphrr
:Full
:.End
:sub(MI)
:Return
:
:.MUSIC PLAYER
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→Str9N
:Lbl MI
:Return!If GetCalc("vMDATA")
:!If L
:+1→C
:Return
:End
:ReturnIf C-1→C
:Lbl I2
:If {L+1}
:SinReg{{L}+Str9N}r,1900)
:If {L+2→L-1}→C=1
:Goto I2
:End
:Else
:S→L:90→C
:End
:Return

Very nice!  I can't wait for this.  This looks just like a Pokemon game.  Nice job.  Wow.

The program is about 5329 bytes, and that's including all the data for the player sprites. It's about the same size as the one in the screenie, but that's because I exported all the tile data to external programs and have the program reading and storing the map and tile data from archived programs to appvars. Plus, I started the dialogue routine so that's in there too.

I don't have a screenie, because I at least want to implement collision detection or fix the music lag before I upload the thing to my computer and screen-shot of it.

Edit: I remembered I made the walking more fluid and speed it up massively.

Glad to hear FinaleTI