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@@ -382,8 +382,9 @@ Or to jump backwards:
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| getKey | This returns a value from 0 to 56 that is the current key press. You can use [this chart](#keycodes) for values.
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| getKey | This returns a value from 0 to 56 that is the current key press. You can use [this chart](#keycodes) for values.
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| getKey( | `getKey(` will allow you to see if a key is being pressed. For example, `getKey(9` will return `1` if enter is pressed
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| getKey( | `getKey(` will allow you to see if a key is being pressed. For example, `getKey(9` will return `1` if enter is pressed
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| Input | This allows you to input a string. The pointer to the string is returned. (this is not a permanent location, the data will be overwritten the next time Input is used). To get a value input from the user, you can use `expr(` : `expr(Input →A`. This will store the result to A. `Input` can also take an optional string input. The input string will be displayed after what the user is typing. If you execute this code, I think it'll explain it better. It's honestly pretty cool for a calculator. **See below for information on the [Input vars!](#input-vars)**
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| Input | This allows you to input a string. The pointer to the string is returned. (this is not a permanent location, the data will be overwritten the next time Input is used). To get a value input from the user, you can use `expr(` : `expr(Input →A`. This will store the result to A. `Input` can also take an optional string input. The input string will be displayed after what the user is typing. If you execute this code, I think it'll explain it better. It's honestly pretty cool for a calculator. **See below for information on the [Input vars!](#input-vars)**
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-| Menu( | ~~*This may require the included appvar, GramPkg, to be on your calc (in RAM or archived).*~~ Syntax is, `Menu(y,x,w,"Title","Item0","Item1","Item2","Exit`. It basically makes a pop-up style menu, returning the number of the selected item. Returns 0 if exited due to `[CLEAR]` or `[ON]`. ***Note:** you can append an optional last argument that starts with `'` to specify a default option. For example, if the last argument is `'3` then the third option will be selected by default.*
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-| Menu(' | Draws a menu that queries Grammer subroutines for the content to render. Syntax is `Menu('"Title",y,x,height,width,GET_ELEMENT_ptr,SELECT_ELEMENT_ptr`. The subroutine for GET_ELEMENT will receive the index in Ans. Return 0 if out-of-bounds, else return a pointer to the string to draw. The subroutine for SELECT_ELEMENT will receive the index in Ans. Modify this as you want, the result will be returned as the result of the menu. Returns 0 if exited due to `[CLEAR]` or `[ON]`. |
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+| Menu( | ~~*This may require the included appvar, GramPkg, to be on your calc (in RAM or archived).*~~ Syntax is, `Menu(y,x,w,"Title","Item0","Item1","Item2","Exit`. It basically makes a pop-up style menu, returning the number of the selected item. Returns 0 if exited due to `[CLEAR]` or `[ON]`. ***Note:** you can append an optional last argument that starts with `'` to specify a default option. For example, if the last argument is `'3` then the third option will be selected by default.* ***NOTE:** You can't use font mode 0 for this; instead the menu routine will convert to font mode 2.*
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+| Menu(' | Draws a menu that queries Grammer subroutines for the content to render. Syntax is `Menu('"Title",y,x,height,width,GET_ELEMENT_ptr,SELECT_ELEMENT_ptr`. The subroutine for GET_ELEMENT will receive the index in Ans. Return 0 if out-of-bounds, else return a pointer to the string to draw. The subroutine for SELECT_ELEMENT will receive the index in Ans, and the header number in `Ɵ'`. Modify this as you want, the result will be returned as the result of the menu. Returns 0 if exited due to `[CLEAR]` or `[ON]`. ***NOTE:** You can't use font mode 0 for this; instead the menu routine will convert to font mode 2.*|
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+| Menu('' | This works like `Menu('`, but when you put `'` in front of the header argument, `Menu('` will instead interpret it as a pointer to a routine. The routine will take a value in Ans, the current header, and that routine should return the appropriate string. Return 0 if out-of-bounds. |
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| Ans | This will return the value of the previous line.
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| Ans | This will return the value of the previous line.
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| expr( | This will compute a string as a line of code (useful with `Input`). **See below for more info on [`expr(`](#expr-examples)!**
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| expr( | This will compute a string as a line of code (useful with `Input`). **See below for more info on [`expr(`](#expr-examples)!**
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| inString( | This is similar to the TI-BASIC command. This will return the location of a sub-string. The inputs are where to start searching and the string to search for: `inString(SearchStart,SearchString[,maxlength]`. The size of the input string is returned in `Ɵ'` and if there was no match found, 0 is returned.
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| inString( | This is similar to the TI-BASIC command. This will return the location of a sub-string. The inputs are where to start searching and the string to search for: `inString(SearchStart,SearchString[,maxlength]`. The size of the input string is returned in `Ɵ'` and if there was no match found, 0 is returned.
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@@ -397,28 +398,69 @@ Menu(1,1,16,"Title","ITEM 1","ITEM 2","ITEM 3→M
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And here is an example using callbacks:
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And here is an example using callbacks:
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```
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```
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-Lbl "GET→A
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-Lbl "SEL→B
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-Menu('"Title",2,33,59,30,A,B→M
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-Text('0,0,M
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-Stop
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-
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-
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-.GET
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-→X<26
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-If !
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-End
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-"ITEM A→Z
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-int(Z+5,X+65
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-Z
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-End
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-
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-
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-.SEL
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-+1
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-End
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+:Lbl "GET→A
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+:Lbl "SEL→B
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+:Menu('"HEAD",2,33,59,30,A,B→M
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+:Text('0,0,M
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+:Stop
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+:
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+:.GET
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+:→X<26
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+:If !
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+:End
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+:"ITEM A→Z
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+:int(Z+5,X+65
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+:Z
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+:End
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+:
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+:.SEL
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+:+1
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+:End
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```
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```
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+Or a more complicated menu that has three headers (use left/right):
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+```
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+:Lbl "GET→A
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+:Lbl "SEL→B
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+:Lbl "HEAD→C
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+:Menu(''C,2,28,59,40,A,B→M
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+:Text('0,0,M
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+:Stop
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+:
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+:
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+:.HEAD
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+:→X<3
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+:If !
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+:End
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+:If X=0
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+:" STRING>
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+:If X=1
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+:"<PIC>
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+:If X=2
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+:"<GDB
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+:End
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+:
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+:
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+:.GET
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+:→X<10
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+:If !
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+:End
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+:Ɵ'
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+:If =0
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+:"Str
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+:If =1
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+:"Pic0
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+:If =2
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+:"GDB0
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+:→Z
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+:int(+3,X+48
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+:Z
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+:End
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+:
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+:.SEL
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+:+1
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+:End
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+```
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### Input Vars!
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### Input Vars!
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@@ -645,7 +687,6 @@ syntax that tilemaps are stored (stored in rows).
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| Fix Text( | Use this to set the typewriter delay. The larger the number, the slower the typewriter text is displayed.
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| Fix Text( | Use this to set the typewriter delay. The larger the number, the slower the typewriter text is displayed.
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| Fix | See description below.
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| Fix | See description below.
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| Full | This is used to set 15MHz mode. Alternatively, if you add a number to the end `Full0` sets 6MHz, `Full1` sets 15MHz, `Full2` toggles the speed. 15MHz is only set if it is possible for the calc. This returns `0` if the previous speed setting was 6MHz, `1` if it was 15MHz.
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| Full | This is used to set 15MHz mode. Alternatively, if you add a number to the end `Full0` sets 6MHz, `Full1` sets 15MHz, `Full2` toggles the speed. 15MHz is only set if it is possible for the calc. This returns `0` if the previous speed setting was 6MHz, `1` if it was 15MHz.
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-
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| Output( | See description below.
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| Output( | See description below.
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### Fix
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### Fix
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@@ -760,7 +801,7 @@ I have to give special thanks to Yeongjin Nam for their work on writing a
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better tutorial for Grammer and as well Louis Becquey (persalteas) for their work on
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better tutorial for Grammer and as well Louis Becquey (persalteas) for their work on
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writing a french readme/tutorial. Both of them have also made many valuable
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writing a french readme/tutorial. Both of them have also made many valuable
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suggestions that have helped make Grammer what it is right now. Thanks much!
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suggestions that have helped make Grammer what it is right now. Thanks much!
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-Thanks to GModder for the suggestions and (many) bug reports that I would not have found otherwise!
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+Thanks to @NonstickAtom785 for the suggestions and (many) bug reports that I would not have found otherwise!
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I also thank Hans Burch for reconstructing Grammer 2 after I lost my work. It must have been a tremendous amount of effort and tedium, and I greatly appreciate it. They've continued to provide valuable feedback about bugs and it has been extremely helpful.
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I also thank Hans Burch for reconstructing Grammer 2 after I lost my work. It must have been a tremendous amount of effort and tedium, and I greatly appreciate it. They've continued to provide valuable feedback about bugs and it has been extremely helpful.
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NonstickAtom785