#define TC(T, sym) MACRO_BEGIN MACRO_END
#else
#define TC(T, sym) MACRO_BEGIN \
- if (!is_##T(sym)) LOG_WARNINGF("Type check failed: " #sym " :: " #T); \
+ if (!is_##T(sym)) { \
+ LOG_WARNINGF("Type check failed: " #sym " :: " #T); \
+ isnt_##T(sym); \
+ } \
MACRO_END
#endif
-bool is_float (float this) { return true; }
-bool is_vector(vector this) { return true; }
-bool is_string(string this) { return true; }
-bool is_entity(entity this) { return true; }
-bool is_int (float this) { return this == floor(this); }
-bool is_bool (float this) { return this == true || this == false; }
+#define is_float( this) (true || ftoe(this))
+#define isnt_float( this)
+#define is_vector( this) (true || vtos(this))
+#define isnt_vector( this)
+#define is_string( this) (true || stof(this))
+#define isnt_string( this)
+#define is_entity( this) (true || etof(this))
+#define isnt_entity( this)
+bool is_int( float this) { return this == floor(this); }
+void isnt_int( float this) { print(ftos(this)); }
+bool is_bool( float this) { return this == true || this == false; }
+void isnt_bool( float this) { print(ftos(this)); }
#include "warpzone/mathlib.qc"