Sorry,it can't.the character you can type depend on the blank after the @ .If use small font,you must type more characters first to let the @ change into next row.And,the ':' is useless. @user202729
It appears that the cause of the bug is there is a null character in symbol name, for example "in→cm" has no null so that does not occur. I hope that the group will be able to find longer characters with that property. Anyone make a last character table? For example s can be get by km/h→m/s. (for spelling convenience)
------------------------ I may understand the method wrong, is that correct? 1. Get the new (C-type?) character converter, position cursor to the right of the character converter 2. Press [DEL] [←] 3. Enter 5 digits, then character "@" appear on the bottom line.
Sorry but what is the character converter? Is it @ with about 12 spaces after? What about get multiple character converters at once? That would help to spell on many lines. (I will post method later)
Can you try this: I. 1. Enter linear mode 2. Enter x=Σ(x,1,1 x10 9 3. [calc] [=] [ac] [←] [del] [del] [calc] [=] [←] (old method on es plus series) 4. <in→cm> <in→cm> [del] [←] [del] [sto] [Y] (Y button is [S-D] button on 991EX) 5. [←] [↑] [↑], 8 times [del] Expected phenomenon: A box followed by 12 spaces. (similar to C-type converter) II. (only on calculators with the unit conversion bug) 1. Enter linear mode 2. 1 <lbf/in²→kPa> [=] [ac] [↑] [←] [sto] [Y] (similar to method to get C-type character converter) Expected phenomenon: 1 followed by a box followed by 12 spaces.
III. 1. Enter linear mode 2. Get a box followed with 12 spaces. (without 1) 3. Press [↑], then press [1] 12 times. 4. Repeat 3 times the following line: [=] [left] [up] [up] [del] [del] [del] [del] 5. [=] [left] [up] [del] Now there should be a box on the screen, the cursor is to the left of the box. 6. [right] 7. Press 198 numbers 8. Press [right] [1] [1] [right] [1] [1] [right] [1] [1] [ac] [right]
Expected phenomenon: There are 3 character converters on the screen.
Good. Now can you try this: 1. 刷出框,删干净除了框以外的字符 2. Enter □123456789 on the screen (123456789 appear after 框, do not 卡) 3. Press [=] [←] 4. Delete 123456789, only left 框 on the screen. 5. 把光标卡入框 6. Similar to step 2 and 3 in 20楼
If this test show 1234456789, then (III) must work. Otherwise perhaps you misunderstood some steps.
What about this: (similar to last post except for step 5) 1. 刷出框,删干净除了框以外的字符 2. Enter □123456789 on the screen (123456789 appear after 框, do not 卡) 3. Press [=] [←] 4. Delete 123456789, only left 框 on the screen. 5. Press [=] [←] 6. 把光标卡入框 7. Similar to step 2 and 3 in 20楼
Or perhaps there are some translation error. Check those steps to see if you understand correctly:
Can you try this: (similar to 25楼, except for ABCDEF) 1. 刷出框,删干净除了框以外的字符 2. Enter □ABCDEF789 on the screen (ABCDEF789 appear after 框, do not 卡) 3. Press [=] [←] 4. Delete ABCDEF789, only left 框 on the screen. 5. Press [=] [←] 6. 把光标卡入框 7. Similar to step 2 and 3 in 20楼
I think the screen should display either 1234ABCD89 or ABCD123489 or 1234DEF789. You just need to type the characters on the screen, often a picture is not too important.
Can you try this: (similar to III, except for Ran#) 1. Enter linear mode 2. Get a box, modify screen so that screen show Ran#□ 3. Press [↑], then press [1] 12 times. (screen show 111111111111Ran#□) 4. Repeat 3 times the following line: [=] [left] [up] [up] [del] [del] [del] [del] 5. [=] [left] [up] [del] Now there should be a box on the screen, the cursor is to the left of the box. 6. [right] 7. Press 198 numbers 8. Press [right] [1] [1] [right] [1] [1] [right] [1] [1] [ac] [right]
If the cursor is already at the first position, and you press [↑], will the cursor be at the first position? I know this question is quite trivial, but to make sure. And does the statement after "5." holds?
It's weird that the hack should work on emulator. Can you try again (III), but change step 8 to [right] [1] ? If the screen show l.y.►m□ can you try changing step 8 to [right] [right] [1] ?
Sound weird. Perhaps there is actually a character converter on the screen. Because FEFB is invisible (12 spaces), I suggest using FDFB (m►dyn·cm►) instead. So,
1. Enter linear mode 2. Enter x=Σ(x,1,1 x10 9 3. [calc] [=] [ac] [←] [del] [del] [calc] [=] [←] (old method on es plus series) 4. Ran# Ran# [del] [←] [del] [sto] [Y] (Y button is [S-D] button on 991EX) 5. [←] [↑] [↑], 8 times [del]
(screen display m►dyn·cm►□, as you have said) 6. Press [↑], then press [1] 12 times. (screen show 111111111111m►dyn·cm►□) 7. Repeat 3 times the following line: [=] [left] [up] [up] [del] [del] [del] [del] 8. [=] [left] [up] [del] Now there should be a box on the screen, the cursor is to the left of the box. 9. [right] 10. Press 198 numbers 11. Press [right] [1] (or [right] [right] [1]) 12. Press [ac] [right]
What is the result? I expect m►dyn·cm►1□ or something. If we use FDFB (m►dyn·cm►), obviously there will be no spaces. By the way, does "in front of" means "to the left of"?