void ulemCmd(UlemCmdType ulemcmd) { ulemcmd_ = ulemcmd; }
/// tell which ulem command type we are inside
UlemCmdType ulemCmd() const { return ulemcmd_; }
+ /// record whether we are in the optional argument of a math macro
+ void insideMacroOpt(bool inopt) { insidemacro_opt_ = inopt; }
+ /// tell whether we are in the optional argument of a math macro
+ bool insideMacroOpt() const { return insidemacro_opt_; }
/// writes space if next thing is isalpha()
void pendingSpace(bool how);
/// writes space if next thing is isalpha()
int latex_;
/// output type (default, source preview, instant preview)?
OutputType output_;
+ /// are we in the optional argument of a math macro?
+ bool insidemacro_opt_;
/// do we have a space pending?
bool pendingspace_;
/// do we have a brace pending?
*
* A local variable of this type can be used to either ensure math mode
* or delay the writing of a pending brace when outputting LaTeX.
- * A LyX MathMacro is always assumed needing a math mode environment, while
+ * A LyX InsetMathMacro is always assumed needing a math mode environment, while
* no assumption is made for macros defined through \newcommand or \def.
*
* Example 1:
* to be specified. Only the following 3 different cases are handled.
*
* When the needs_mathmode parameter is true the behavior is as in Example 1.
- * This is the case for a LyX MathMacro or a macro not tagged as textmode.
+ * This is the case for a LyX InsetMathMacro or a macro not tagged as textmode.
*
* When the needs_mathmode and textmode_macro parameters are both false the
* macro is left in the same (text or math mode) environment it was entered.
class MTag {
public:
///
- MTag(char const * const tag, std::string attr = "")
+ MTag(char const * const tag, std::string attr = "")
: tag_(tag), attr_(attr) {}
///
char const * const tag_;