37 #define APPEND_YOMI_FLG(h) ((NJ_UINT8)(0x80 & (*((h) + 0x1C))))  argument
38 #define HINSI_NO_TOP_ADDR(h) ((NJ_UINT8*)((h) + NJ_INT32_READ((h) + 0x1D)))  argument
39 #define FHINSI_NO_CNT(h) ((NJ_INT16)(NJ_INT16_READ((h) + 0x21)))  argument
40 #define BHINSI_NO_CNT(h) ((NJ_INT16)(NJ_INT16_READ((h) + 0x23)))  argument
41 #define HINSI_NO_BYTE(h) ((NJ_UINT8)(*((h) + 0x25)))  argument
42 #define HINDO_NO_TOP_ADDR(h) ((NJ_UINT8*)((h) + NJ_INT32_READ((h) + 0x26)))  argument
43 #define HINDO_NO_CNT(h) ((NJ_UINT8)(*((h) + 0x2A)))  argument
44 #define STEM_AREA_TOP_ADDR(h) ((NJ_UINT8*)((h) + NJ_INT32_READ((h) + 0x2B)))  argument
45 #define BIT_CANDIDATE_LEN(h) ((NJ_UINT8)(*((h) + 0x2F)))  argument
46 #define BIT_FHINSI(h) ((NJ_UINT8)(*((h) + 0x30)))  argument
47 #define BIT_BHINSI(h) ((NJ_UINT8)(*((h) + 0x31)))  argument
48 #define BIT_HINDO_LEN(h) ((NJ_UINT8)(*((h) + 0x32)))  argument
49 #define BIT_MUHENKAN_LEN(h) ((NJ_UINT8)(*((h) + 0x33)))  argument
50 #define BIT_YOMI_LEN(h) ((NJ_UINT8)(*((h) + 0x35)))  argument
51 #define YOMI_INDX_TOP_ADDR(h) ((NJ_UINT8*)((h) + NJ_INT32_READ((h) + 0x42)))  argument
52 #define YOMI_INDX_CNT(h) ((NJ_INT16)(*((h) + 0x46)))  argument
53 #define YOMI_INDX_SIZE(h) ((NJ_INT8)(*((h) + 0x47)))  argument
54 #define NODE_AREA_TOP_ADDR(h) ((NJ_UINT8*)((h) + NJ_INT32_READ((h) + 0x48)))  argument
55 #define BIT_NODE_AREA_DATA_LEN(h) ((NJ_UINT8)(*((h) + 0x4C)))  argument
56 #define BIT_NODE_AREA_LEFT_LEN(h) ((NJ_UINT8)(*((h) + 0x4D)))  argument
57 #define NODE_AREA_MID_ADDR(h) ((NJ_UINT32)(NJ_INT32_READ((h) + 0x4E)))  argument
58 #define CAND_IDX_AREA_TOP_ADDR(h) ((NJ_UINT8*)((h) + NJ_INT32_READ((h) + 0x52)))  argument
59 #define CAND_IDX_AREA_CNT(h) ((NJ_UINT32)(((NJ_INT32_READ((h) + 0x56)) >> 8) & 0x00FFFFFF))  argument
60 #define CAND_IDX_AREA_SIZE(h) ((NJ_UINT8)(*((h) + 0x59)))  argument