operator
sym SYM_INDEX
prec 0
print array index expr

class
left { C_LIT, C_VAR, C_DEFINE, C_EXPR }
right { C_UNDEF, C_LIT, C_VAR, C_DEFINE, C_EXPR }
output C_EXPR

kind
akind { K_ARRAY, K_DARRAY } use type = 1
akind K_HASHED use type = 2
left { K_SCALAR, K_HASHEL, K_DARRAYEL }
right { K_UNDEF, K_SCALAR, K_HASHEL, K_DARRAYEL }
output K_SCALAR

type = 1, t_index = 14
left/right T_UNDEF T_INT T_SIZE_T T_FLOAT T_STRING T_POINT T_MATRIX T_FILE T_ATOM T_RESIDUE T_MOLECULE T_BOUNDS T_NULL T_USER T_ERROR
T_UNDEF














T_INT T_INT T_INT T_SIZE_T











T_SIZE_T T_SIZE_T T_SIZE_T T_SIZE_T











T_FLOAT














T_STRING














T_POINT














T_MATRIX














T_FILE














T_ATOM














T_RESIDUE














T_MOLECULE














T_BOUNDS














T_NULL














T_USER














T_ERROR















type = 2, t_index = 15
left/right T_UNDEF T_INT T_SIZE_T T_FLOAT T_STRING T_POINT T_MATRIX T_FILE T_ATOM T_RESIDUE T_MOLECULE T_BOUNDS T_NULL T_USER T_ERROR
T_UNDEF














T_INT














T_SIZE_T














T_FLOAT














T_STRING T_STRING













T_POINT














T_MATRIX














T_FILE














T_ATOM














T_RESIDUE














T_MOLECULE














T_BOUNDS














T_NULL














T_USER














T_ERROR