static void near FiltOrigin(void *v, char *words[], char *line)
{
char *txt=fchar(line, ctl_delim, 3);
if (*words[1] != '.')
{
if (! isdigit(*words[1]))
{
printf("\a\nWarning! First word after 'Origin' on line %d must be a network address.\n",
linenum);
Compiling(-1, NULL, NULL);
}
ParseNNN(words[1], &PMI(v)->ma.primary, FALSE);
}
if (*words[2] != '.')
{
if (! isdigit(*words[2]))
{
printf("\a\nWarning! Second word after 'Origin' on line %d must be a network address.\n",
linenum);
Compiling(-1, NULL, NULL);
}
ParseNNN(words[2], &PMI(v)->ma.seenby, FALSE);
}
strocpy(line, txt);
}
void near FiltOverride(void *v, char *words[], char *line)
{
OVRLIST ol=malloc(sizeof(*ol));
int idx;
NW(line);
if (!ol)
NoMem();
/* 0 1 2 3 4 */
/* override message msg_reply sysop/1234 R */
if (!*words[1])
{
printf("Error! No menu name specified for override on line %d!\n", linenum);
return;
}
if (!*words[3])
{
printf("Error! No access control string specified for override on line %d!\n", linenum);
return;
}
if ((idx=tsearch(words[2], silt_table, silt_table_size)) != -1)
ol->or.opt=silt_table[idx].opt;
else Unknown_Ctl(linenum, words[2]);
if (*words[4])
ol->or.name=*words[4];
else ol->or.name=0;
if (PFI(v)->marea)
{
HeapAdd(&PMI(v)->h, &ol->or.menuname, words[1]);
HeapAdd(&PMI(v)->h, &ol->or.acs, words[3]);
/* Add this to the linked list of override options */
ol->next=PMI(v)->ol;
PMI(v)->ol=ol;
PMI(v)->ma.num_override++;
}
else
{
HeapAdd(&PFI(v)->h, &ol->or.menuname, words[1]);
HeapAdd(&PFI(v)->h, &ol->or.acs, words[3]);
/* Add this to the linked list of override options */
ol->next=PFI(v)->ol;
PFI(v)->ol=ol;
PFI(v)->fa.num_override++;
}
}
static void near FiltBarricade(void *v, char *words[], char *line)
{
NW(line);
if (! *words[1] || !*words[2])
{
printf("\n\aError! Two arguments required for Barricade keyword on line %d!\n", linenum);
Compiling(-1,NULL,NULL);
}
HeapAdd(&PMI(v)->h, &PMI(v)->ma.barricademenu, words[1]);
HeapAdd(&PMI(v)->h, &PMI(v)->ma.barricade, words[2]);
}
void CN3PMesh::ReGenerateSharpNormal()
{
if(m_iMaxNumVertices <= 0) return;
CN3PMeshInstance PMI(this);
PMI.SetLODByNumVertices(m_iMaxNumVertices); // 최대 점으로 세팅하고..
int nIC = PMI.GetNumIndices(); // Index Count...
WORD* pwIndices = PMI.GetIndices(); // Index ...
int nFC = nIC / 3;
__Vector3 v0, v1, v2, vN(0,0,0);
for(int j = 0; j < nFC; j++)
{
v0 = m_pVertices[pwIndices[j*3+0]];
v1 = m_pVertices[pwIndices[j*3+1]];
v2 = m_pVertices[pwIndices[j*3+2]];
vN.Cross(v1 - v0, v2 - v1); // Normal 값을 계산하고...
vN.Normalize();
m_pVertices[pwIndices[j*3+0]].n = vN;
m_pVertices[pwIndices[j*3+1]].n = vN;
m_pVertices[pwIndices[j*3+2]].n = vN;
}
}
static void near FiltRenum(void *v, char *words[], char *line)
{
int atoi2;
NW(line);
atoi2=atoi(words[2]);
if (eqstri(words[1], "max"))
PMI(v)->ma.killbynum=atoi2;
else if (eqstri(words[1], "days"))
PMI(v)->ma.killbyage=atoi2;
else if (eqstri(words[1], ""))
PMI(v)->ma.killskip=atoi2;
else
Unknown_Ctl(linenum, words[2]);
}
void near FiltMenuname(void *v, char *words[], char *line)
{
NW(line);
if (! *words[1] || !*words[2])
printf("\n\aError! Two arguments must be specified for the MenuName keyword!\n");
if (PFI(v)->marea)
{
HeapAdd(&PMI(v)->h, &PMI(v)->ma.menureplace, words[1]);
HeapAdd(&PMI(v)->h, &PMI(v)->ma.menuname, words[2]);
}
else
{
HeapAdd(&PFI(v)->h, &PFI(v)->fa.menureplace, words[1]);
HeapAdd(&PFI(v)->h, &PFI(v)->fa.menuname, words[2]);
}
}
void CN3PMesh::ReGenerateSmoothNormal()
{
if(m_iMaxNumVertices <= 0) return;
CN3PMeshInstance PMI(this);
PMI.SetLODByNumVertices(m_iMaxNumVertices); // 최대 점으로 세팅하고..
int nIC = PMI.GetNumIndices(); // Index Count...
WORD* pwIndices = PMI.GetIndices(); // Index ...
int* pnNs = new int[m_iMaxNumVertices];
memset(pnNs, 0, 4 * m_iMaxNumVertices);
__Vector3* pvNs = new __Vector3[m_iMaxNumVertices];
memset(pvNs, 0, sizeof(__Vector3)*m_iMaxNumVertices);
int nFC = nIC / 3;
__Vector3 v0, v1, v2, vN(0,0,0);
for(int i = 0; i < m_iMaxNumVertices; i++)
{
for(int j = 0; j < nFC; j++)
{
v0 = m_pVertices[pwIndices[j*3+0]];
v1 = m_pVertices[pwIndices[j*3+1]];
v2 = m_pVertices[pwIndices[j*3+2]];
if( m_pVertices[i] == v0 ||
m_pVertices[i] == v1 ||
m_pVertices[i] == v2 )
{
vN.Cross(v1 - v0, v2 - v1); // Normal 값을 계산하고...
vN.Normalize();
pnNs[i]++;
pvNs[i] += vN;
}
}
if(pnNs[i] > 0) m_pVertices[i].n = pvNs[i] / (float)pnNs[i];
}
delete [] pnNs;
delete [] pvNs;
}
static void near FiltStyle(void *v, char *words[], char *line)
{
int w; /* Word number */
static struct
{
char *name;
word mask1;
word mask2;
} *pst, style_tab[]=
{
{"Pvt", MA_PVT, 0},
{"Private", MA_PVT, 0},
{"Pub", MA_PUB, 0},
{"Public", MA_PUB, 0},
{"ReadOnly", MA_READONLY,0},
{"HiBit", MA_HIBIT, 0},
{"HighBit", MA_HIBIT, 0},
{"Net", MA_NET, 0},
{"Matrix", MA_NET, 0},
{"Echo", MA_ECHO, 0},
{"EchoMail", MA_ECHO, 0},
{"Conf", MA_CONF, 0},
{"Conference", MA_CONF, 0},
{"Loc", 0, 0},
{"Local", 0, 0},
{"Anon", MA_ANON, 0},
{"Anonymous", MA_ANON, 0},
{"NoNameKludge", MA_NORNK, 0},
{"RealName", MA_REAL, 0},
{"Alias", MA_ALIAS, 0},
{"Audit", MA_AUDIT, 0},
{"Hidden", MA_HIDDN, 0},
{"Attach", MA_ATTACH, 0},
{"NoMailCheck", 0, MA2_NOMCHK},
{NULL, 0}
};
NW(line);
/* Parse all of the known keywords */
for (w=1; w < MAX_PARSE_WORDS && *words[w]; w++)
{
for (pst=style_tab; pst->name; pst++)
if (eqstri(words[w], pst->name))
{
PMI(v)->ma.attribs |= pst->mask1;
PMI(v)->ma.attribs_2 |= pst->mask2;
break;
}
if (!pst->name)
{
/* Handle exceptions */
if (eqstri(words[w], "squish"))
PMI(v)->ma.type=MSGTYPE_SQUISH;
else if (eqstri(words[w], "*.msg") || eqstri(words[w], "sdm"))
PMI(v)->ma.type=MSGTYPE_SDM;
else
Unknown_Ctl(linenum, words[w]);
}
}
}
