(12-19-2022, 04:46 PM)dbox Wrote:(12-18-2022, 11:21 PM)bplus Wrote: BTW I am hoping @dbox will catch this on one of 3 forums and figure out what I am missing for QBJS.
Hey @bplus, looks like the main issue was the "Static" variable declaration in the Pinetree function. I don't have support for that keyword yet, but it's on the list for the next release. It also looks like QBJS is not interpreting the STEP applied to the second coordinate of _PutImage the same way as QB64. I'll have to research that one too. Here's a version of the code that seems to work as expected in QBJS:
Code: (Select All)'Option _Explicit
_Title "Programmable Tree Lights v4" ' b+ 2020-12-19 2022-12-18 fixed k$ v3 random position lights v4 more!
Randomize Timer
Const Xmax = 700, Ymax = 700, N_Rows = 10, N_Cols = 2 * N_Rows - 1
Const X_Spacer = 30, Y_Spacer = 52, X_Offset = 50
Type ColorSeed
Red As Single
Green As Single
Blue As Single
End Type
Dim Shared ColorSet(10) As ColorSeed, ColorSetIndex As Long
Dim Shared pR, pG, pB, pN, pStart, pMode$
Dim Shared As Long TG(1 To N_Cols, 1 To N_Rows), Rd(1 To N_Cols, 1 To N_Rows), Rd2(1 To N_Cols, 1 To N_Rows)
Dim Shared t&
Screen _NewImage(Xmax, Ymax, 32)
_Delay .25
'_ScreenMove _Middle
Dim As Long i, row, Col, nstars, back, cc
Dim horizon, r, land
Dim l$, o$, b$, k$
' setup some color seeds in ColorSet user can change out with Shift + digit key
For i = 0 To 9 ' 10 random color seeds
resetPlasma
ColorSet(i).Red = pR: ColorSet(i).Green = pG: ColorSet(i).Blue = pB
Next
'Stringing the lights on tree, adjusted to fit mostly on the tree 2*N - 1 Pryramid
For row = 1 To 10
l$ = xStr$(2 * row - 1, "X")
o$ = xStr$(10 - row, "O")
b$ = o$ + l$ + o$
For Col = 1 To N_Cols
If Mid$(b$, Col, 1) = "O" Then TG(Col, row) = 0 Else TG(Col, row) = -1
Rd(Col, row) = Rnd * 8 - 4
Rd2(Col, row) = Rnd * 10 - 5
Next
Print b$
Next
' making the stars
horizon = Ymax - 4 * r
nstars = 100
Dim xstar(100), ystar(100), rstar(100)
For i = 1 To 100
xstar(i) = Rnd * (Xmax): ystar(i) = Rnd * horizon:
If i < 75 Then
rstar(i) = 0
ElseIf i < 95 Then
rstar(i) = 1
Else
rstar(i) = 2
End If
Next
Cls
' make a circle tree and align circles to tree with spacers and offsets with new Pyramid Scheme
'Pinetree 25, 30, 650, 600
'FOR row = 1 TO N_Rows
' FOR col = 1 TO N_Cols
' IF TG(col, row) THEN CIRCLE (col * X_Spacer + X_Offset, row * Y_Spacer), 10
' NEXT
'NEXT
' making the background
back = _NewImage(_Width, _Height, 32)
Cls
horizon = Ymax - 100
For i = 0 To horizon
Line (0, i)-(Xmax, i), _RGB32(i / horizon * 70, i / horizon * 22, 60 * (i) / horizon)
Next
land = Ymax - horizon
For i = horizon To Ymax
cc = 128 + (i - horizon) / land * 127
Line (0, i)-(Xmax, i), _RGB32(cc, cc, cc)
Next
For i = 1 To 100
fcirc xstar(i), ystar(i), rstar(i), &HFFEEEEFF
Next
_PutImage , 0, back
ColorSetIndex = 1: pMode$ = "h"
show ' avoid the pause for key checking
Do
k$ = InKey$
If Len(k$) Then
If InStr("0123456789", k$) > 0 Then
ColorSetIndex = Val(k$)
ElseIf InStr("vhde", k$) > 0 Then
pMode$ = k$
End If
End If
_PutImage , back, 0
show
_Display
_Limit 10
Loop Until _KeyDown(27)
Sub show
Dim row, prow, col
_Title "Programmable Tree Lights (0-9) Color Set: " + TS$(ColorSetIndex) + " (v, h, d, e) Mode: " + pMode$
pR = ColorSet(ColorSetIndex).Red: pG = ColorSet(ColorSetIndex).Green: pB = ColorSet(ColorSetIndex).Blue
pStart = pStart + 1
Select Case pMode$
Case "h"
For row = 1 To N_Rows
prow = pStart + row
For col = 1 To N_Cols
pN = prow
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) + 1.3 * col + 5, Plasma~&
Next
Next
Case "v"
For row = 1 To N_Rows
For col = 1 To N_Cols
pN = pStart + col
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) + 1.3 * col + 5, Plasma~&
Next
Next
Case "d"
For row = 1 To N_Rows
For col = 1 To N_Cols
pN = pStart + col - row
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) + 1.3 * col + 5, Plasma~&
Next
Next
Case "e"
For row = 1 To N_Rows
For col = 1 To N_Cols
pN = pStart + row + col
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) + 1.3 * col + 5, Plasma~&
Next
Next
End Select
Pinetree 25, 30, 650, 600
pR = ColorSet(ColorSetIndex).Red: pG = ColorSet(ColorSetIndex).Green: pB = ColorSet(ColorSetIndex).Blue
pStart = pStart + 1
Select Case pMode$
Case "h"
For row = 1 To N_Rows
prow = pStart + row
For col = 1 To N_Cols
pN = prow
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd2(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) - 1.3 * col + 5, Plasma~&
Next
Next
Case "v"
For row = 1 To N_Rows
For col = 1 To N_Cols
pN = pStart + col
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd2(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) - 1.3 * col + 5, Plasma~&
Next
Next
Case "d"
For row = 1 To N_Rows
For col = 1 To N_Cols
pN = pStart + col - row
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd2(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) - 1.3 * col + 5, Plasma~&
Next
Next
Case "e"
For row = 1 To N_Rows
For col = 1 To N_Cols
pN = pStart + row + col
If TG(col, row) Then Lite col * X_Spacer + X_Offset + Rd2(col, row), row * Y_Spacer + 7 * Sin(col * X_Spacer + X_Offset) - 1.3 * col + 5, Plasma~&
Next
Next
End Select
End Sub
Sub Lite (x, y, c As _Unsigned Long)
Dim cR, cG, cB, cA, r
cAnalysis c, cR, cG, cB, cA
For r = 35 To 0 Step -2
fcirc x, y, r, _RGB32(cR, cG, cB, 1)
Next
fcirc x, y, 4, c
End Sub
Sub Pinetree (treeX, treeY, wide, high)
Dim bpx, bpy, tpx, bpxx, bpyy, aa, ra, tpy, ht, xs, xsh, rs, tpxx, tpyy, fra, x1, x2, y1, y2, wf, hf
'tannen baum by PeterMaria W orig 440x460
'fits here LINE (0, 0)-(440, 410), , B
' Static t&
If t& = 0 Then
t& = _NewImage(440, 410, 32)
_Dest t&
bpx = 220: bpy = 410
tpx = bpx
For aa = -4 To 4
bpxx = bpx + aa
bpyy = bpy - 390
Line (bpxx, bpy)-(bpx, bpyy), _RGB32(30, 30, 0)
Next
ra = 160
tpy = bpy - 40
For ht = 1 To 40
For xs = -100 To 100 Step 40
xsh = xs / 100
rs = Rnd * 4 / 10
tpxx = tpx + (xsh * ra)
tpyy = tpy - rs * ra
Line (tpx, tpy)-(tpxx, tpyy), _RGB32(50, 40, 20)
For aa = 1 To 30
fra = Rnd * 10 / 10 * ra
x1 = tpx + (xsh * fra)
y1 = tpy - rs * fra
x2 = tpx + xsh * (fra + ra / 5)
y2 = tpy - rs * fra + (-rs + (Rnd * 8) / 10 - 0.4) * (ra / 5)
Line (x1, y1)-(x2, y2), _RGB32(Rnd * 80, Rnd * 70 + 40, Rnd * 60)
Next
Next
ra = ra - 4
tpy = tpy - 9
Next
_Dest 0
End If
wf = wide / 440: hf = high / 410
_PutImage (treeX, treeY)-(440 * wf + treex, 410 * hf + treey), t&, 0
End Sub
Sub cAnalysis (c As _Unsigned Long, outRed, outGrn, outBlu, outAlp)
outRed = _Red32(c): outGrn = _Green32(c): outBlu = _Blue32(c): outAlp = _Alpha32(c)
End Sub
Function Plasma~& ()
pN = pN + 1 'dim shared cN as _Integer64, pR as integer, pG as integer, pB as integer
Plasma~& = _RGB32(127 + 127 * Sin(pR * pN), 127 + 127 * Sin(pG * pN), 127 + 127 * Sin(pB * pN))
End Function
Sub resetPlasma ()
pR = Rnd ^ 2: pG = Rnd ^ 2: pB = Rnd ^ 2: pN = 0
End Sub
Function xStr$ (x, strng$)
Dim i, rtn$
For i = 1 To x
rtn$ = rtn$ + strng$
Next
xStr$ = rtn$
End Function
Function TS$ (n As Integer)
TS$ = _Trim$(Str$(n))
End Function
'from Steve Gold standard
Sub fcirc (CX As Integer, CY As Integer, R As Integer, C As _Unsigned Long)
Dim Radius As Integer, RadiusError As Integer
Dim X As Integer, Y As Integer
Radius = Abs(R): RadiusError = -Radius: X = Radius: Y = 0
If Radius = 0 Then PSet (CX, CY), C: Exit Sub
Line (CX - X, CY)-(CX + X, CY), C, BF
While X > Y
RadiusError = RadiusError + Y * 2 + 1
If RadiusError >= 0 Then
If X <> Y + 1 Then
Line (CX - Y, CY - X)-(CX + Y, CY - X), C
Line (CX - Y, CY + X)-(CX + Y, CY + X), C
End If
X = X - 1
RadiusError = RadiusError - X * 2
End If
Y = Y + 1
Line (CX - X, CY - Y)-(CX + X, CY - Y), C
Line (CX - X, CY + Y)-(CX + X, CY + Y), C
Wend
End Sub
View in QBJS
Thank you dbox! What did you do to cover the missing functions? Maybe I didn't need Static or ? I ask because more recent version with back lights seems better.
It looks like the QBJS version is functioning normally taking the digit keypresses for color changes and letter changes for mode of light display. Good
b = b + ...