klayout/testdata/oasis/t3.2.ot

# <test>
#   <name>t3.2.ot</name>
#   <content-description>A single cell with several text object</content-description>
#   <test-intention>Geometrical objects reader capabilities</test-intention>
#   <test-intention>TEXT record reading</test-intention>
#   <test-intention>Text string specification by ID</test-intention>
#   <test-intention>Explicit assignment for text string ID</test-intention>
#   <test-intention>Text string backward references</test-intention>
#   <test-intention>Modal variables for text objects</test-intention>
#   <test-intention>Various repetition types for text objects</test-intention>
#   <content>
#     begin_lib 0.001
#     begin_cell {ABC}
#     text 1 2 0 0 {100 -200} {A}
#     text 2 1 0 0 {200 -400} {B}
#     text 2 1 0 0 {300 -400} {B}
#     text 2 1 0 0 {300 -300} {B}
#     text 2 1 0 0 {300 -500} {A}
#     text 2 1 0 0 {310 -500} {A}
#     text 2 1 0 0 {320 -500} {A}
#     text 2 1 0 0 {300 -488} {A}
#     text 2 1 0 0 {310 -488} {A}
#     text 2 1 0 0 {320 -488} {A}
#     text 2 1 0 0 {300 -476} {A}
#     text 2 1 0 0 {310 -476} {A}
#     text 2 1 0 0 {320 -476} {A}
#     text 2 1 0 0 {300 -464} {A}
#     text 2 1 0 0 {310 -464} {A}
#     text 2 1 0 0 {320 -464} {A}
#     text 2 1 0 0 {300 -700} {A}
#     text 2 1 0 0 {310 -700} {A}
#     text 2 1 0 0 {320 -700} {A}
#     text 2 1 0 0 {300 -688} {A}
#     text 2 1 0 0 {310 -688} {A}
#     text 2 1 0 0 {320 -688} {A}
#     text 2 1 0 0 {300 -676} {A}
#     text 2 1 0 0 {310 -676} {A}
#     text 2 1 0 0 {320 -676} {A}
#     text 2 1 0 0 {300 -664} {A}
#     text 2 1 0 0 {310 -664} {A}
#     text 2 1 0 0 {320 -664} {A}
#     text 2 1 0 0 {300 -900} {A}
#     text 2 1 0 0 {310 -900} {A}
#     text 2 1 0 0 {320 -900} {A}
#     text 2 1 0 0 {300 -1100} {A}
#     text 2 1 0 0 {300 -1088} {A}
#     text 2 1 0 0 {300 -1076} {A}
#     text 2 1 0 0 {300 -1064} {A}
#     text 2 1 0 0 {300 -1300} {A}
#     text 2 1 0 0 {312 -1300} {A}
#     text 2 1 0 0 {325 -1300} {A}
#     text 2 1 0 0 {339 -1300} {A}
#     text 2 1 0 0 {300 -1500} {A}
#     text 2 1 0 0 {312 -1500} {A}
#     text 2 1 0 0 {327 -1500} {A}
#     text 2 1 0 0 {345 -1500} {A}
#     text 2 1 0 0 {300 -1700} {A}
#     text 2 1 0 0 {300 -1690} {A}
#     text 2 1 0 0 {300 -1679} {A}
#     text 2 1 0 0 {300 -1900} {A}
#     text 2 1 0 0 {300 -1890} {A}
#     text 2 1 0 0 {300 -1875} {A}
#     text 2 1 0 0 {300 -2100} {A}
#     text 2 1 0 0 {310 -2100} {A}
#     text 2 1 0 0 {320 -2100} {A}
#     text 2 1 0 0 {289 -2112} {A}
#     text 2 1 0 0 {299 -2112} {A}
#     text 2 1 0 0 {309 -2112} {A}
#     text 2 1 0 0 {278 -2124} {A}
#     text 2 1 0 0 {288 -2124} {A}
#     text 2 1 0 0 {298 -2124} {A}
#     text 2 1 0 0 {267 -2136} {A}
#     text 2 1 0 0 {277 -2136} {A}
#     text 2 1 0 0 {287 -2136} {A}
#     text 2 1 0 0 {300 -2300} {A}
#     text 2 1 0 0 {311 -2288} {A}
#     text 2 1 0 0 {322 -2276} {A}
#     text 2 1 0 0 {290 -2290} {A}
#     text 2 1 0 0 {301 -2278} {A}
#     text 2 1 0 0 {312 -2266} {A}
#     text 2 1 0 0 {280 -2280} {A}
#     text 2 1 0 0 {291 -2268} {A}
#     text 2 1 0 0 {302 -2256} {A}
#     text 2 1 0 0 {270 -2270} {A}
#     text 2 1 0 0 {281 -2258} {A}
#     text 2 1 0 0 {292 -2246} {A}
#     text 2 1 0 0 {300 -2500} {A}
#     text 2 1 0 0 {311 -2488} {A}
#     text 2 1 0 0 {322 -2476} {A}
#     text 2 1 0 0 {300 -2700} {A}
#     text 2 1 0 0 {290 -2690} {A}
#     text 2 1 0 0 {280 -2680} {A}
#     text 2 1 0 0 {270 -2670} {A}
#     text 2 1 0 0 {300 -2900} {A}
#     text 2 1 0 0 {310 -2900} {A}
#     text 2 1 0 0 {310 -2890} {A}
#     text 2 1 0 0 {300 -2890} {A}
#     text 2 1 0 0 {300 -2930} {A}
#     text 2 1 0 0 {310 -2920} {A}
#     text 2 1 0 0 {300 -2910} {A}
#     text 2 1 0 0 {290 -2920} {A}
#     text 2 1 0 0 {310 -2940} {A}
#     text 2 1 0 0 {300 -3100} {A}
#     text 2 1 0 0 {289 -3088} {A}
#     text 2 1 0 0 {299 -3098} {A}
#     text 2 1 0 0 {300 -3300} {A}
#     text 2 1 0 0 {310 -3300} {A}
#     text 2 1 0 0 {310 -3290} {A}
#     text 2 1 0 0 {300 -3290} {A}
#     text 2 1 0 0 {300 -3330} {A}
#     text 2 1 0 0 {310 -3320} {A}
#     text 2 1 0 0 {300 -3310} {A}
#     text 2 1 0 0 {290 -3320} {A}
#     text 2 1 0 0 {310 -3340} {A}
#     text 2 1 0 0 {300 -3500} {A}
#     text 2 1 0 0 {288 -3488} {A}
#     text 2 1 0 0 {297 -3497} {A}
#     end_cell
#     end_lib
#   </content>
# </test>

header
  real 0 1000.0
  uint 0 ;# offset table is in start record
  for { set i 0 } { $i < 12 } { incr i } { uint 0 }

# Text definition
record TEXTSTRING_ID
  str A
  uint 1

# Text definition
record TEXTSTRING_ID
  str B
  uint 2

# Cell ABC
record CELL_STR
  str ABC

record TEXT
  bits 01111011 ;# 0CNXYRTL
  uint 1        ;# text-id
  uint 1        ;# text-layer
  uint 2        ;# text-datatype
  int 100       ;# text-x (abs)
  int -200      ;# text-y (abs)

record XYRELATIVE

record TEXT
  bits 01111011 ;# 0CNXYRTL
  uint 2        ;# text-id
  uint 2        ;# text-layer
  uint 1        ;# text-datatype
  int 100       ;# text-x (relative)
  int -200      ;# text-y (relative)

record XYABSOLUTE

record TEXT
  bits 00010000 ;# 0CNXYRTL
  int 300       ;# text-x (abs)

record TEXT
  bits 00001000 ;# 0CNXYRTL
  int -300      ;# text-y (abs)

record XYRELATIVE

record TEXT
  bits 01101100 ;# 0CNXYRTL
  uint 1        ;# text-id
  int -200      ;# text-y (relative)
  uint 1        ;# repetition (3x4 matrix)
    uint 1
    uint 2
    uint 10
    uint 12

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 0        ;# repetition (reuse matrix)

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 2        ;# repetition (3 columns)
    uint 1
    uint 10

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 3        ;# repetition (4 columns)
    uint 2
    uint 12

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 4        ;# repetition (4 columns, arbitrary spacing)
    uint 2
    uint 12
    uint 13
    uint 14

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 5        ;# repetition (4 columns, arbitrary spacing, grid 3)
    uint 2
    uint 3
    uint 4
    uint 5
    uint 6

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 6        ;# repetition (3 columns, arbitrary spacing)
    uint 1
    uint 10
    uint 11

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 7        ;# repetition (3 columns, arbitrary spacing, grid 5)
    uint 1
    uint 5
    uint 2
    uint 3

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 8        ;# repetition (3x4 matrix, arbitrary displacement vectors)
    uint 1      ;# n-dimension
    uint 2      ;# m-dimension
    uint [ expr 16*10 ]      ;# n-displacement (g-delta: 10-east=10,0)
    uint [ expr 4*11+3 ]     ;# m-displacement (g-delta: -11,-12)
    int -12

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 8        ;# repetition (3x4 matrix, arbitrary displacement vectors)
    uint 1      ;# n-dimension
    uint 2      ;# m-dimension
    uint [ expr 4*11+1 ]     ;# n-displacement (g-delta: 11,12)
    int 12
    uint [ expr 16*10+10 ]   ;# n-displacement (g-delta: 10-northwest=-10,10)

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 9        ;# repetition (3 times, arbitrary displacement vectors)
    uint 1      ;# dimension
    uint [ expr 4*11+1 ]     ;# n-displacement (g-delta: 11,12)
    int 12

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 9        ;# repetition (4 times, arbitrary displacement vectors)
    uint 2      ;# dimension
    uint [ expr 16*10+10 ]   ;# n-displacement (g-delta: 10-northwest=-10,10)

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 10       ;# repetition (9 times, once in the middle, others displaced)
    uint 7      ;# dimension
    uint [ expr 16*10+0 ]    ;# n-displacement (g-delta: 10-east=10,0)
    uint [ expr 16*10+2 ]    ;# n-displacement (g-delta: 10-north=0,10)
    uint [ expr 16*10+4 ]    ;# n-displacement (g-delta: 10-west=-10,0)
    uint [ expr 16*40+6 ]    ;# n-displacement (g-delta: 10-south=0,-40)
    uint [ expr 16*10+8 ]    ;# n-displacement (g-delta: 10-northeast=10,10)
    uint [ expr 16*10+10 ]   ;# n-displacement (g-delta: 10-northwest=-10,10)
    uint [ expr 16*10+12 ]   ;# n-displacement (g-delta: 10-southwest=-10,-10)
    uint [ expr 16*20+14 ]   ;# n-displacement (g-delta: 10-southeast=20,-20)

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 10       ;# repetition (3 times, once in the middle, two displaced)
    uint 1      ;# dimension
    uint [ expr 4*11+3 ]     ;# n-displacement (g-delta: -11,12)
    int 12
    uint [ expr 16*10+14 ]   ;# n-displacement (g-delta: 10-southeast=10,-10)

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 11       ;# repetition (9 times, grid 2, once in the middle, others displaced)
    uint 7      ;# dimension (9)
    uint 2      ;# grid
    uint [ expr 16*5+0 ]    ;# n-displacement (g-delta: 10-east=10,0)
    uint [ expr 16*5+2 ]    ;# n-displacement (g-delta: 10-north=0,10)
    uint [ expr 16*5+4 ]    ;# n-displacement (g-delta: 10-west=-10,0)
    uint [ expr 16*20+6 ]   ;# n-displacement (g-delta: 10-south=0,-40)
    uint [ expr 16*5+8 ]    ;# n-displacement (g-delta: 10-northeast=10,10)
    uint [ expr 16*5+10 ]   ;# n-displacement (g-delta: 10-northwest=-10,10)
    uint [ expr 16*5+12 ]   ;# n-displacement (g-delta: 10-southwest=-10,-10)
    uint [ expr 16*10+14 ]  ;# n-displacement (g-delta: 10-southeast=20,-20)

record TEXT
  bits 00001100 ;# 0CNXYRTL
  int -200      ;# text-y (relative)
  uint 11       ;# repetition (3 times, once in the middle, two displaced)
    uint 1      ;# dimension
    uint 3      ;# grid (3)
    uint [ expr 4*4+3 ]     ;# n-displacement (g-delta: -12,12)
    int 4
    uint [ expr 16*3+14 ]   ;# n-displacement (g-delta: 10-southeast=12,-12)

tail