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Code Issues Projects Releases Wiki Activity

Key Caps DA: Handle IIgs/IIc+ layout

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This commit is contained in:
Joshua Bell 2019-01-13 23:24:53 -08:00
parent 06959e7845
commit 5db44d3cb5
1 changed files with 314 additions and 162 deletions
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476
desk.acc/key.caps.s
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@ -191,147 +191,151 @@ keys_bg_rect:
DEFINE_RECT 0,0,0,0
.elseif .paramcount = 2
DEFINE_RECT left, top, left + key_width, top + key_height
.elseif .paramcount = 3
DEFINE_RECT left, top, right, top + key_height
.else
DEFINE_RECT left, top, right, bottom
.endif
.endmacro
key_locations:
KEY_RECT left0 + 1 * key_width, row0 ; Ctrl-@
KEY_RECT left2 + 0 * key_width, row2 ; Ctrl-A
KEY_RECT left3 + 4 * key_width, row3 ; Ctrl-B
KEY_RECT left3 + 2 * key_width, row3 ; Ctrl-C
KEY_RECT left2 + 2 * key_width, row2 ; Ctrl-D
KEY_RECT left1 + 2 * key_width, row1 ; Ctrl-E
KEY_RECT left2 + 3 * key_width, row2 ; Ctrl-F
KEY_RECT left2 + 4 * key_width, row2 ; Ctrl-G
KEY_RECT kb_right - key_width * 4, row4, kb_right - key_width * 3, row4 + key_height ; Ctrl-H (left arrow)
KEY_RECT kb_left, row1, left1, row1 + key_height ; Ctrl-I (tab)
KEY_RECT kb_right - key_width * 2, row4, kb_right - key_width * 1, row4 + key_height ; Ctrl-J (down arrow)
KEY_RECT kb_right - key_width * 1, row4, kb_right - key_width * 0, row4 + key_height ; Ctrl-K (up arrow)
KEY_RECT left2 + 8 * key_width, row2 ; Ctrl-L
KEY_RECT kb_right - key_width * 7/4 - 1, row2, kb_right, row2 + key_height ; Ctrl-M (return)
KEY_RECT left3 + 5 * key_width, row3 ; Ctrl-N
KEY_RECT left1 + 8 * key_width, row1 ; Ctrl-O
KEY_RECT left1 + 9 * key_width, row1 ; Ctrl-P
KEY_RECT left1 + 0 * key_width, row1 ; Ctrl-Q
KEY_RECT left1 + 3 * key_width, row1 ; Ctrl-R
KEY_RECT left2 + 1 * key_width, row2 ; Ctrl-S
KEY_RECT left1 + 4 * key_width, row1 ; Ctrl-T
KEY_RECT kb_right - key_width * 3, row4, kb_right - key_width * 2, row4 + key_height ; Ctrl-U (right arrow)
KEY_RECT left3 + 3 * key_width, row3 ; Ctrl-V
KEY_RECT left1 + 1 * key_width, row1 ; Ctrl-W
KEY_RECT left3 + 1 * key_width, row3 ; Ctrl-X
KEY_RECT left1 + 5 * key_width, row1 ; Ctrl-Y
KEY_RECT left3 + 0 * key_width, row3 ; Ctrl-Z
KEY_RECT kb_left, row0, left0, row0 + key_height ; Ctrl-[ (escape)
KEY_RECT left1 + 12 * key_width, row1 ; Ctrl-\
KEY_RECT left1 + 11 * key_width, row1 ; Ctrl-]
KEY_RECT left0 + 5 * key_width, row0 ; Ctrl-^
KEY_RECT left0 + 10 * key_width, row0 ; Ctrl-_
kr00: KEY_RECT left0 + 1 * key_width, row0 ; Ctrl-@
kr01: KEY_RECT left2 + 0 * key_width, row2 ; Ctrl-A
kr02: KEY_RECT left3 + 4 * key_width, row3 ; Ctrl-B
kr03: KEY_RECT left3 + 2 * key_width, row3 ; Ctrl-C
kr04: KEY_RECT left2 + 2 * key_width, row2 ; Ctrl-D
kr05: KEY_RECT left1 + 2 * key_width, row1 ; Ctrl-E
kr06: KEY_RECT left2 + 3 * key_width, row2 ; Ctrl-F
kr07: KEY_RECT left2 + 4 * key_width, row2 ; Ctrl-G
kr08: KEY_RECT kb_right - key_width * 4, row4, kb_right - key_width * 3 ; Ctrl-H (left arrow)
kr09: KEY_RECT kb_left, row1, left1 ; Ctrl-I (tab)
kr0A: KEY_RECT kb_right - key_width * 2, row4, kb_right - key_width * 1 ; Ctrl-J (down arrow)
kr0B: KEY_RECT kb_right - key_width * 1, row4, kb_right - key_width * 0 ; Ctrl-K (up arrow)
kr0C: KEY_RECT left2 + 8 * key_width, row2 ; Ctrl-L
kr0D: KEY_RECT kb_right - key_width * 7/4 - 1, row2, kb_right ; Ctrl-M (return)
kr0E: KEY_RECT left3 + 5 * key_width, row3 ; Ctrl-N
kr0F: KEY_RECT left1 + 8 * key_width, row1 ; Ctrl-O
KEY_RECT kb_left + key_width * 4, row4, kb_right - key_width * 5, row4 + key_height ; (space)
KEY_RECT left0 + 0 * key_width, row0 ; !
KEY_RECT left2 + 10 * key_width, row2 ; "
KEY_RECT left0 + 2 * key_width, row0 ; #
KEY_RECT left0 + 3 * key_width, row0 ; $
KEY_RECT left0 + 4 * key_width, row0 ; %
KEY_RECT left0 + 6 * key_width, row0 ; &
KEY_RECT left2 + 10 * key_width, row2 ; '
KEY_RECT left0 + 8 * key_width, row0 ; (
KEY_RECT left0 + 9 * key_width, row0 ; )
KEY_RECT left0 + 7 * key_width, row0 ; *
KEY_RECT left0 + 11 * key_width, row0 ; +
KEY_RECT left3 + 7 * key_width, row3 ; ,
KEY_RECT left0 + 10 * key_width, row0 ; -
KEY_RECT left3 + 8 * key_width, row3 ; .
KEY_RECT left3 + 9 * key_width, row3 ; /
kr10: KEY_RECT left1 + 9 * key_width, row1 ; Ctrl-P
kr11: KEY_RECT left1 + 0 * key_width, row1 ; Ctrl-Q
kr12: KEY_RECT left1 + 3 * key_width, row1 ; Ctrl-R
kr13: KEY_RECT left2 + 1 * key_width, row2 ; Ctrl-S
kr14: KEY_RECT left1 + 4 * key_width, row1 ; Ctrl-T
kr15: KEY_RECT kb_right - key_width * 3, row4, kb_right - key_width * 2 ; Ctrl-U (right arrow)
kr16: KEY_RECT left3 + 3 * key_width, row3 ; Ctrl-V
kr17: KEY_RECT left1 + 1 * key_width, row1 ; Ctrl-W
kr18: KEY_RECT left3 + 1 * key_width, row3 ; Ctrl-X
kr19: KEY_RECT left1 + 5 * key_width, row1 ; Ctrl-Y
kr1A: KEY_RECT left3 + 0 * key_width, row3 ; Ctrl-Z
kr1B: KEY_RECT kb_left, row0, left0 ; Ctrl-[ (escape)
kr1C: KEY_RECT left1 + 12 * key_width, row1 ; Ctrl-\
kr1D: KEY_RECT left1 + 11 * key_width, row1 ; Ctrl-]
kr1E: KEY_RECT left0 + 5 * key_width, row0 ; Ctrl-^
kr1F: KEY_RECT left0 + 10 * key_width, row0 ; Ctrl-_
KEY_RECT left0 + 9 * key_width, row0 ; 0
KEY_RECT left0 + 0 * key_width, row0 ; 1
KEY_RECT left0 + 1 * key_width, row0 ; 2
KEY_RECT left0 + 2 * key_width, row0 ; 3
KEY_RECT left0 + 3 * key_width, row0 ; 4
KEY_RECT left0 + 4 * key_width, row0 ; 5
KEY_RECT left0 + 5 * key_width, row0 ; 6
KEY_RECT left0 + 6 * key_width, row0 ; 7
KEY_RECT left0 + 7 * key_width, row0 ; 8
KEY_RECT left0 + 8 * key_width, row0 ; 9
KEY_RECT left0 + 9 * key_width, row2 ; :
KEY_RECT left2 + 9 * key_width, row2 ; ;
KEY_RECT left3 + 7 * key_width, row3 ; <
KEY_RECT left0 + 11 * key_width, row0 ; =
KEY_RECT left3 + 8 * key_width, row3 ; >
KEY_RECT left3 + 9 * key_width, row3 ; ?
kr20: KEY_RECT kb_left + key_width * 4, row4, kb_right - key_width * 5 ; (space)
kr21: KEY_RECT left0 + 0 * key_width, row0 ; !
kr22: KEY_RECT left2 + 10 * key_width, row2 ; "
kr23: KEY_RECT left0 + 2 * key_width, row0 ; #
kr24: KEY_RECT left0 + 3 * key_width, row0 ; $
kr25: KEY_RECT left0 + 4 * key_width, row0 ; %
kr26: KEY_RECT left0 + 6 * key_width, row0 ; &
kr27: KEY_RECT left2 + 10 * key_width, row2 ; '
kr28: KEY_RECT left0 + 8 * key_width, row0 ; (
kr29: KEY_RECT left0 + 9 * key_width, row0 ; )
kr2A: KEY_RECT left0 + 7 * key_width, row0 ; *
kr2B: KEY_RECT left0 + 11 * key_width, row0 ; +
kr2C: KEY_RECT left3 + 7 * key_width, row3 ; ,
kr2D: KEY_RECT left0 + 10 * key_width, row0 ; -
kr2E: KEY_RECT left3 + 8 * key_width, row3 ; .
kr2F: KEY_RECT left3 + 9 * key_width, row3 ; /
KEY_RECT left0 + 1 * key_width, row0 ; @
KEY_RECT left2 + 0 * key_width, row2 ; A
KEY_RECT left3 + 4 * key_width, row3 ; B
KEY_RECT left3 + 2 * key_width, row3 ; C
KEY_RECT left2 + 2 * key_width, row2 ; D
KEY_RECT left1 + 2 * key_width, row1 ; E
KEY_RECT left2 + 3 * key_width, row2 ; F
KEY_RECT left2 + 4 * key_width, row2 ; G
KEY_RECT left2 + 5 * key_width, row2 ; H
KEY_RECT left1 + 7 * key_width, row1 ; I
KEY_RECT left2 + 6 * key_width, row2 ; J
KEY_RECT left2 + 7 * key_width, row2 ; K
KEY_RECT left2 + 8 * key_width, row2 ; L
KEY_RECT left3 + 6 * key_width, row3 ; M
KEY_RECT left3 + 5 * key_width, row3 ; N
KEY_RECT left1 + 8 * key_width, row1 ; O
kr30: KEY_RECT left0 + 9 * key_width, row0 ; 0
kr31: KEY_RECT left0 + 0 * key_width, row0 ; 1
kr32: KEY_RECT left0 + 1 * key_width, row0 ; 2
kr33: KEY_RECT left0 + 2 * key_width, row0 ; 3
kr34: KEY_RECT left0 + 3 * key_width, row0 ; 4
kr35: KEY_RECT left0 + 4 * key_width, row0 ; 5
kr36: KEY_RECT left0 + 5 * key_width, row0 ; 6
kr37: KEY_RECT left0 + 6 * key_width, row0 ; 7
kr38: KEY_RECT left0 + 7 * key_width, row0 ; 8
kr39: KEY_RECT left0 + 8 * key_width, row0 ; 9
kr3A: KEY_RECT left0 + 9 * key_width, row2 ; :
kr3B: KEY_RECT left2 + 9 * key_width, row2 ; ;
kr3C: KEY_RECT left3 + 7 * key_width, row3 ; <
kr3D: KEY_RECT left0 + 11 * key_width, row0 ; =
kr3E: KEY_RECT left3 + 8 * key_width, row3 ; >
kr3F: KEY_RECT left3 + 9 * key_width, row3 ; ?
KEY_RECT left1 + 9 * key_width, row1 ; P
KEY_RECT left1 + 0 * key_width, row1 ; Q
KEY_RECT left1 + 3 * key_width, row1 ; R
KEY_RECT left2 + 1 * key_width, row2 ; S
KEY_RECT left1 + 4 * key_width, row1 ; T
KEY_RECT left1 + 6 * key_width, row1 ; U
KEY_RECT left3 + 3 * key_width, row3 ; V
KEY_RECT left1 + 1 * key_width, row1 ; W
KEY_RECT left3 + 1 * key_width, row3 ; X
KEY_RECT left1 + 5 * key_width, row1 ; Y
KEY_RECT left3 + 0 * key_width, row3 ; Z
KEY_RECT left1 + 10 * key_width, row1 ; [
KEY_RECT left1 + 12 * key_width, row1 ; \
KEY_RECT left1 + 11 * key_width, row1 ; ]
KEY_RECT left0 + 5 * key_width, row0 ; ^
KEY_RECT left0 + 10 * key_width, row0 ; _
kr40: KEY_RECT left0 + 1 * key_width, row0 ; @
kr41: KEY_RECT left2 + 0 * key_width, row2 ; A
kr42: KEY_RECT left3 + 4 * key_width, row3 ; B
kr43: KEY_RECT left3 + 2 * key_width, row3 ; C
kr44: KEY_RECT left2 + 2 * key_width, row2 ; D
kr45: KEY_RECT left1 + 2 * key_width, row1 ; E
kr46: KEY_RECT left2 + 3 * key_width, row2 ; F
kr47: KEY_RECT left2 + 4 * key_width, row2 ; G
kr48: KEY_RECT left2 + 5 * key_width, row2 ; H
kr49: KEY_RECT left1 + 7 * key_width, row1 ; I
kr4A: KEY_RECT left2 + 6 * key_width, row2 ; J
kr4B: KEY_RECT left2 + 7 * key_width, row2 ; K
kr4C: KEY_RECT left2 + 8 * key_width, row2 ; L
kr4D: KEY_RECT left3 + 6 * key_width, row3 ; M
kr4E: KEY_RECT left3 + 5 * key_width, row3 ; N
kr4F: KEY_RECT left1 + 8 * key_width, row1 ; O
KEY_RECT left4 + 0 * key_width, row4 ; `
KEY_RECT left2 + 0 * key_width, row2 ; a
KEY_RECT left3 + 4 * key_width, row3 ; b
KEY_RECT left3 + 2 * key_width, row3 ; c
KEY_RECT left2 + 2 * key_width, row2 ; d
KEY_RECT left1 + 2 * key_width, row1 ; e
KEY_RECT left2 + 3 * key_width, row2 ; f
KEY_RECT left2 + 4 * key_width, row2 ; g
KEY_RECT left2 + 5 * key_width, row2 ; h
KEY_RECT left1 + 7 * key_width, row1 ; i
KEY_RECT left2 + 6 * key_width, row2 ; j
KEY_RECT left2 + 7 * key_width, row2 ; k
KEY_RECT left2 + 8 * key_width, row2 ; l
KEY_RECT left3 + 6 * key_width, row3 ; m
KEY_RECT left3 + 5 * key_width, row3 ; n
KEY_RECT left1 + 8 * key_width, row1 ; o
kr50: KEY_RECT left1 + 9 * key_width, row1 ; P
kr51: KEY_RECT left1 + 0 * key_width, row1 ; Q
kr52: KEY_RECT left1 + 3 * key_width, row1 ; R
kr53: KEY_RECT left2 + 1 * key_width, row2 ; S
kr54: KEY_RECT left1 + 4 * key_width, row1 ; T
kr55: KEY_RECT left1 + 6 * key_width, row1 ; U
kr56: KEY_RECT left3 + 3 * key_width, row3 ; V
kr57: KEY_RECT left1 + 1 * key_width, row1 ; W
kr58: KEY_RECT left3 + 1 * key_width, row3 ; X
kr59: KEY_RECT left1 + 5 * key_width, row1 ; Y
kr5A: KEY_RECT left3 + 0 * key_width, row3 ; Z
kr5B: KEY_RECT left1 + 10 * key_width, row1 ; [
kr5C: KEY_RECT left1 + 12 * key_width, row1 ; \
kr5D: KEY_RECT left1 + 11 * key_width, row1 ; ]
kr5E: KEY_RECT left0 + 5 * key_width, row0 ; ^
kr5F: KEY_RECT left0 + 10 * key_width, row0 ; _
KEY_RECT left1 + 9 * key_width, row1 ; p
KEY_RECT left1 + 0 * key_width, row1 ; q
KEY_RECT left1 + 3 * key_width, row1 ; r
KEY_RECT left2 + 1 * key_width, row2 ; s
KEY_RECT left1 + 4 * key_width, row1 ; t
KEY_RECT left1 + 6 * key_width, row1 ; u
KEY_RECT left3 + 3 * key_width, row3 ; v
KEY_RECT left1 + 1 * key_width, row1 ; w
KEY_RECT left3 + 1 * key_width, row3 ; x
KEY_RECT left1 + 5 * key_width, row1 ; y
KEY_RECT left3 + 0 * key_width, row3 ; z
KEY_RECT left1 + 10 * key_width, row1 ; {
KEY_RECT left1 + 12 * key_width, row1 ; |
KEY_RECT left1 + 11 * key_width, row1 ; }
KEY_RECT left4 + 0 * key_width, row4 ; ~
KEY_RECT kb_right - key_width * 6/4, row0, kb_right, row0 + key_height ; (delete)
kr60: KEY_RECT left4 + 0 * key_width, row4 ; `
kr61: KEY_RECT left2 + 0 * key_width, row2 ; a
kr62: KEY_RECT left3 + 4 * key_width, row3 ; b
kr63: KEY_RECT left3 + 2 * key_width, row3 ; c
kr64: KEY_RECT left2 + 2 * key_width, row2 ; d
kr65: KEY_RECT left1 + 2 * key_width, row1 ; e
kr66: KEY_RECT left2 + 3 * key_width, row2 ; f
kr67: KEY_RECT left2 + 4 * key_width, row2 ; g
kr68: KEY_RECT left2 + 5 * key_width, row2 ; h
kr69: KEY_RECT left1 + 7 * key_width, row1 ; i
kr6A: KEY_RECT left2 + 6 * key_width, row2 ; j
kr6B: KEY_RECT left2 + 7 * key_width, row2 ; k
kr6C: KEY_RECT left2 + 8 * key_width, row2 ; l
kr6D: KEY_RECT left3 + 6 * key_width, row3 ; m
kr6E: KEY_RECT left3 + 5 * key_width, row3 ; n
kr6F: KEY_RECT left1 + 8 * key_width, row1 ; o
kr70: KEY_RECT left1 + 9 * key_width, row1 ; p
kr71: KEY_RECT left1 + 0 * key_width, row1 ; q
kr72: KEY_RECT left1 + 3 * key_width, row1 ; r
kr73: KEY_RECT left2 + 1 * key_width, row2 ; s
kr74: KEY_RECT left1 + 4 * key_width, row1 ; t
kr75: KEY_RECT left1 + 6 * key_width, row1 ; u
kr76: KEY_RECT left3 + 3 * key_width, row3 ; v
kr77: KEY_RECT left1 + 1 * key_width, row1 ; w
kr78: KEY_RECT left3 + 1 * key_width, row3 ; x
kr79: KEY_RECT left1 + 5 * key_width, row1 ; y
kr7A: KEY_RECT left3 + 0 * key_width, row3 ; z
kr7B: KEY_RECT left1 + 10 * key_width, row1 ; {
kr7C: KEY_RECT left1 + 12 * key_width, row1 ; |
kr7D: KEY_RECT left1 + 11 * key_width, row1 ; }
kr7E: KEY_RECT left4 + 0 * key_width, row4 ; ~
kr7F: KEY_RECT kb_right - key_width * 6/4, row0, kb_right ; (delete)
;; shift/plain
kmode_s = $80 ; shifted (symbols)/unshifted (letters) - don't draw
@ -475,19 +479,70 @@ key_mode:
.byte kmode_s ; ~
.byte kmode_p ; DEL (FIX)
rect_ctl: DEFINE_RECT kb_left, row2, left2, row2 + key_height
rect_shl: DEFINE_RECT kb_left, row3, left3, row3 + key_height
rect_cap: DEFINE_RECT kb_left, row4, left4, row4 + key_height
rect_gap: DEFINE_RECT kb_left + key_width * 2, row4, kb_left + key_width * 3, row4 + key_height
rect_oap: DEFINE_RECT kb_left + key_width * 3, row4, kb_left + key_width * 4, row4 + key_height
rect_sap: DEFINE_RECT kb_right - key_width * 5, row4, kb_right - key_width * 4, row4 + key_height
rect_shr: DEFINE_RECT kb_right - key_width * 9/4 - 1, row3, kb_right, row3 + key_height
rect_ctl: KEY_RECT kb_left, row2, left2
rect_shl: KEY_RECT kb_left, row3, left3
rect_cap: KEY_RECT kb_left, row4, left4
rect_gap: KEY_RECT kb_left + key_width * 2, row4
rect_oap: KEY_RECT kb_left + key_width * 3, row4
rect_sap: KEY_RECT kb_right - key_width * 5, row4, kb_right - key_width * 4
rect_shr: KEY_RECT kb_right - key_width * 9/4 - 1, row3, kb_right
label_relpos: DEFINE_POINT 8, 12
tmp_rect: DEFINE_RECT 0, 0, 0, 0, tmp_rect
empty_rect: DEFINE_RECT 0, 0, 0, 0
;;; New keyboard locations on IIgs/IIc+
;;;
rect_new_oap: ; Open Apple
KEY_RECT kb_left + key_width * 2, row4, kb_left + key_width * 4
rect_new_sap: ; Solid Apple
KEY_RECT left4 + 0 * key_width, row4
rect_new_apos: ; Apostrophe/Tilde
KEY_RECT kb_left + key_width * 4, row4
rect_new_bshl: ; Backslash/Vertical Bar
KEY_RECT kb_right - key_width * 5, row4, kb_right - key_width * 4
rect_new_spc: ; Space
KEY_RECT kb_left + key_width * 5, row4, kb_right - key_width * 5
;;; Non-rectangular Return key handled by a Polygon:
;;;
;;; 1/7--2
;;; | |
;;; 5---6 |
;;; | |
;;; 4-------3
poly_new_ret:
.byte 7 ; vertex count
.byte 0 ; no more polys
DEFINE_POINT left1 + 12 * key_width, row1
DEFINE_POINT kb_right, row1
DEFINE_POINT kb_right, row3
DEFINE_POINT kb_right - key_width * 7/4 - 1, row3
DEFINE_POINT kb_right - key_width * 7/4 - 1, row2
DEFINE_POINT left1 + 12 * key_width, row2
DEFINE_POINT left1 + 12 * key_width, row1
poly_new_ret_inner:
.byte 7 ; vertex count
.byte 0 ; no more polys
DEFINE_POINT left1 + 12 * key_width + 4, row1 + 2
DEFINE_POINT kb_right - 3, row1 + 2
DEFINE_POINT kb_right - 3, row3 - 1
DEFINE_POINT kb_right - key_width * 7/4 - 1 + 4, row3 - 1
DEFINE_POINT kb_right - key_width * 7/4 - 1 + 4, row2 + 2
DEFINE_POINT left1 + 12 * key_width + 4, row2 + 2
DEFINE_POINT left1 + 12 * key_width + 4, row1 + 2
modern_layout_flag: ; high bit set if IIgs/IIc+
.byte 0
tmp_poly:
.res 2 + 7 * .sizeof(MGTK::Point), 0
tmp_rect:
DEFINE_RECT 0,0,0,0, tmp_rect
;;; ============================================================
@ -496,6 +551,22 @@ tmp_rect: DEFINE_RECT 0, 0, 0, 0, tmp_rect
lda LCBANK1
lda LCBANK1
jsr check_modern_layout
bcc continue
;; Swap in alternate layout
copy #$80, modern_layout_flag
COPY_STRUCT MGTK::Rect, empty_rect, rect_gap ; Gap is eliminated
COPY_STRUCT MGTK::Rect, rect_new_bshl, kr5C ; [\|] replaces Solid Apple
COPY_STRUCT MGTK::Rect, rect_new_bshl, kr7C
COPY_STRUCT MGTK::Rect, rect_new_apos, kr60 ; [`~] takes away from Space
COPY_STRUCT MGTK::Rect, rect_new_apos, kr7E
COPY_STRUCT MGTK::Rect, rect_new_spc, kr20 ; Space is smaller
COPY_STRUCT MGTK::Rect, rect_new_oap, rect_oap ; Open Apple moves
COPY_STRUCT MGTK::Rect, rect_new_sap, rect_sap ; Solid Apple (Option) moves
;; Return key handled separately
continue:
MGTK_CALL MGTK::OpenWindow, winfo
jsr draw_window
MGTK_CALL MGTK::FlushEvents
@ -528,8 +599,6 @@ tmp_rect: DEFINE_RECT 0, 0, 0, 0, tmp_rect
;;; ============================================================
.proc handle_key
ptr := $06
;; Apple-Q to quit
lda event_params::modifiers
beq start
@ -541,25 +610,7 @@ start: lda KBD
and #$7F
sta last_char
;; Compute address of point
sta ptr
copy #0, ptr+1
asl16 ptr ; * 8 = .sizeof(MGTK::Rect)
asl16 ptr
asl16 ptr
add16 ptr, #key_locations, ptr
copy_rect:
ldy #.sizeof(MGTK::Rect)-1
: lda (ptr),y
sta tmp_rect,y
dey
bpl :-
add16 tmp_rect::x1, #4, tmp_rect::x1
add16 tmp_rect::y1, #2, tmp_rect::y1
sub16 tmp_rect::x2, #3, tmp_rect::x2
sub16 tmp_rect::y2, #2, tmp_rect::y2
jsr construct_key_poly
MGTK_CALL MGTK::GetWinPort, winport_params
cmp #MGTK::Error::window_obscured
@ -567,7 +618,7 @@ copy_rect:
MGTK_CALL MGTK::SetPort, grafport
MGTK_CALL MGTK::SetPenMode, penxor
MGTK_CALL MGTK::PaintRect, tmp_rect
MGTK_CALL MGTK::PaintPoly, tmp_poly
: bit KBDSTRB
bpl :+
@ -576,16 +627,19 @@ copy_rect:
and #$7F
cmp last_char
beq :-
MGTK_CALL MGTK::PaintRect, tmp_rect
MGTK_CALL MGTK::PaintPoly, tmp_poly
jmp start
: MGTK_CALL MGTK::PaintRect, tmp_rect
: MGTK_CALL MGTK::PaintPoly, tmp_poly
done: jmp input_loop
last_char:
.byte 0
return_flag:
.byte 0
.endproc
;;; ============================================================
@ -718,6 +772,17 @@ next: dec char
lda char
bmi :+
jmp loop
:
bit modern_layout_flag
bpl :+
;; Modern layout's non-rectangular Return key
MGTK_CALL MGTK::SetPenMode, pencopy
MGTK_CALL MGTK::SetPattern, winfo::pattern
MGTK_CALL MGTK::PaintPoly, poly_new_ret
MGTK_CALL MGTK::SetPenMode, notpencopy
MGTK_CALL MGTK::FramePoly, poly_new_ret
: MGTK_CALL MGTK::ShowCursor
rts
@ -725,6 +790,93 @@ next: dec char
char: .byte 0
.endproc
;;; ============================================================
;;; Returns Carry set if modern (IIgs/IIc+) layout should be used
.proc check_modern_layout
;; Button down? (Hack for testing)
lda BUTN0
ora BUTN1
bpl :+
sec
rts
:
;; Is IIgs?
lda ROMIN2
sec
jsr ID_BYTE_FE1F ; Clears carry if IIgs
lda LCBANK1
lda LCBANK1
bcs :+ ; No, carry still set
sec
rts
;; Is IIc+?
: lda ID_BYTE_FBC0 ; $00 = IIc
bne done
lda ID_BYTE_FBBF ; $05 = IIc Plus
cmp #$05
bne done
sec
rts
done: clc
rts
.endproc
;;; ============================================================
;;; Construct "inner" polygon for key in A.
;;; Output: tmp_poly is populated
.proc construct_key_poly
ptr := $06
cmp #CHAR_RETURN
bne normal
bit modern_layout_flag
bpl normal
;; Special key
COPY_BYTES 2 + 7 * .sizeof(MGTK::Point), poly_new_ret_inner, tmp_poly
rts
;; Rectangular key
normal:
;; Compute address of rect
sta ptr
copy #0, ptr+1
asl16 ptr ; * 8 = .sizeof(MGTK::Rect)
asl16 ptr
asl16 ptr
add16 ptr, #key_locations, ptr
ldy #.sizeof(MGTK::Rect)-1
: lda (ptr),y
sta tmp_rect,y
dey
bpl :-
copy #5, tmp_poly+0 ; # vertices
copy #0, tmp_poly+1 ; no more polys
add16 tmp_rect::x1, #4, tmp_poly+2 + (0 * .sizeof(MGTK::Point))
add16 tmp_rect::y1, #2, tmp_poly+2 + (0 * .sizeof(MGTK::Point))+2
sub16 tmp_rect::x2, #3, tmp_poly+2 + (1 * .sizeof(MGTK::Point))
add16 tmp_rect::y1, #2, tmp_poly+2 + (1 * .sizeof(MGTK::Point))+2
sub16 tmp_rect::x2, #3, tmp_poly+2 + (2 * .sizeof(MGTK::Point))
sub16 tmp_rect::y2, #1, tmp_poly+2 + (2 * .sizeof(MGTK::Point))+2
add16 tmp_rect::x1, #4, tmp_poly+2 + (3 * .sizeof(MGTK::Point))
sub16 tmp_rect::y2, #1, tmp_poly+2 + (3 * .sizeof(MGTK::Point))+2
add16 tmp_rect::x1, #4, tmp_poly+2 + (4 * .sizeof(MGTK::Point))
add16 tmp_rect::y1, #2, tmp_poly+2 + (4 * .sizeof(MGTK::Point))+2
rts
.endproc
da_end = *
.assert * < $1B00, error, "DA too big"
;; I/O Buffer starts at MAIN $1C00