void
reset_room()
{
int roomnum;
char *quad_name;
room_t scratch;
memset(&scratch, 0, sizeof(room_t));
cprintf("Number of room to reset: ");
quad_name = get_name(3);
if (strlen(quad_name) < 1)
return;
roomnum = atoi(quad_name);
scratch = readquad(roomnum);
scratch.highest = 0;
cprintf("Are you really sure you want to reset %s>?\n", scratch.name);
if (yesno() == YES) {
write_quad(scratch, roomnum);
log_sysop_action("reset %s %d.%s>", config.forum, roomnum, scratch.name);
} else {
cprintf("Ok then. No resetting done this time.\n\n");
}
return;
}
void write_functions()
{
fprintf(output, "main_loop:\n");
fprintf(output, "\tcall func_main\n");
fprintf(output, "\tgoto main_loop\n");
List *functions = (List *) bytecode->functions;
while(functions->data != NULL)
{
Function *function = functions->data;
// Write function label
fprintf(output, "func_%s:\n", function->name);
// A stack frame needs 1 byte per static variable + 1 byte for saved frame pointer
int frame_width = list_length(function->symbol_table) + 1;
printf("Need to allocate %i byte stack frame for function %s\n", frame_width, function->name);
fprintf(output, "; Saving frame pointer\n");
fprintf(output, "\tmovf H'0c', 0\n"); // Load top of stack - 1 into FSR
fprintf(output, "\taddlw -1\n");
fprintf(output, "\tmovwf H'04'\n");
fprintf(output, "\tmovf H'0c', 0\n"); // Store the current frame pointer into the top of the stack
fprintf(output, "\tmovwf H'00'\n");
fprintf(output, "\tmovlw %i\n", frame_width); // Now set the new frame pointer
fprintf(output, "\tsubwf H'0c'\n\n");
allocate_variables(function->symbol_table);
List *quads = function->statements;
while(quads->data != NULL)
{
Quad *quad = quads->data;
write_quad(quad, function);
quads = quads->next;
}
// Restore previous frame pointer and return
fprintf(output, "; Restoring previous frame pointer\n");
fprintf(output, "\tmovf H'0c', 0\n"); // Load previous frame pointer
fprintf(output, "\taddlw %i\n", frame_width - 1);
fprintf(output, "\tmovwf H'04'\n");
fprintf(output, "\tmovf H'00', 0\n");
fprintf(output, "\tmovwf H'0c'\n");
fprintf(output, "\treturn\n\n");
functions = functions->next;
}
fprintf(output, "\tend\n");
}
int main(int argc, char** argv) {
if(argc >= 2) {
if(strcmp(argv[1], "--help") == 0) {
print_usage();
exit(2);
}
}
int c;
int errflg = 0;
int male = 1;
float D = 9.0; // default value, can be changed as a command line argument
float P = 2; // default value, can be changed as a command line argument
float theta = M_PI/3; // 60 degrees, the standard, can be changed as a command line argument
float screwHeight = 20; // height of entire screw (without a head)
// TODO maybe add ability to add a head
float outerDiameter = -1;
int segments = 72; // number of segments to approximate a circle,
// higher the number, higher the resolution
// (and file size) of the stl file
while((c = getopt(argc, argv, "fP:D:a:h:s:o:")) != -1) {
switch(c) {
case 'f':
male = 0;
break;
case 'P':
P = atof(optarg);
break;
case 'D':
D = atof(optarg);
break;
case 'a':
theta = atof(optarg)*M_PI/180;
break;
case 'h':
screwHeight = atof(optarg);
break;
case 's':
segments = atoi(optarg);
break;
case 'o':
outerDiameter = atof(optarg);
break;
case '?':
fprintf(stderr, "Unrecognized option: '-%c'\n", optopt);
errflg++;
break;
}
}
if(outerDiameter <= D) {
outerDiameter = D+1;
}
if(errflg || optind >= argc) {
print_usage();
exit(2);
}
char *file = argv[optind];
FILE *outf;
outf = fopen(file, "wb");
if(!outf) {
fprintf(stderr, "Can't write to file: %s\n", file);
exit(2);
}
char header[81] = {0};
// TODO add some settings summary to header string
snprintf(header, 81, "Created with stl_threads.");
fwrite(header, 80, 1, outf);
// writing 0 to num_tris for now, will update it at the end.
uint32_t num_tris = 0;
fwrite(&num_tris, 4, 1, outf);
// ISO metric screw thread standard designates screw threads
// as M followed by diameter D, a multiplication sign, and then
// the pitch P (e.g. M8x1.25). Other standards designate standard
// pitches for a given diameter (e.g. M8 means the same as M8x1.25).
//
// See http://en.wikipedia.org/wiki/ISO_metric_screw_thread
//
// The standard assumes a theta of 60 degrees, but we allow
// theta to change, for ease of manufacturing. Certain 3D printers
// may not be able to print without drooping at 60 degrees.
int female = !male;
// equations vary from wikipedia because we're not assuming a 60 degree theta
// and we're allowing cutting off different amounts than H/8
// and H/4 from the tip and troughs
float tantheta_2 = tan(theta/2);
float H = P/(2*tantheta_2);
float Htip = H/8;
float Htrough = H/4;
float Hdiff = H-Htip-Htrough;
float Pdiff = Hdiff*tantheta_2;
float Ptip = 2*Htip*tantheta_2;
float Ptrough = 2*Htrough*tantheta_2;
float Dmin = D-2*Hdiff;
float Dmin_2 = Dmin/2;
float D_2 = D/2;
float fD = outerDiameter/2;
/*
// my ascii representation of image at
// (http://en.wikipedia.org/wiki/ISO_metric_screw_thread)
// with my own added variables
|<--H->|
| |
| | |
|-------------. pt5| ------ // pt5 is the same as pt1 one cycle later
| ^ |/| | ^
| | . | | Ptrough
| | \| | v
| | . pt4| ------
| | \ |
| | ( \ |
| ( . pt3 ------
| P ( |\ ^
| theta | . Ptip
| | ( |/ v
| | ( . pt2 ------
| | ( / ^
| v / | Pdiff
|-------------. pt1 ------
| /| |
| . | |
|<---Dmin/2-->| |
| |
| |
|<-----D/2------>|
*/
vec pt1,pt2,pt3,pt4,pt5;
pt1.x = Dmin_2;
pt1.y = 0;
pt1.z = 0;
pt1.w = 1;
pt2.x = D_2;
pt2.y = 0;
pt2.z = Pdiff;
pt2.w = 1;
pt3.x = D_2;
pt3.y = 0;
pt3.z = Pdiff+Ptip;
pt3.w = 1;
pt4.x = Dmin_2;
pt4.y = 0;
pt4.z = 2*Pdiff+Ptip;
pt4.w = 1;
pt5.x = Dmin_2; // not used, instead pt1 one full cycle later is used
pt5.y = 0; // to avoid floating point errors
pt5.z = P;
pt5.w = 1;
int total_segments = (screwHeight/P-1)*segments;
vec origin = {0};
vec top = {0};
top.z = screwHeight;
vec up = {0};
up.z = 1;
vec down = {0};
down.z = -1;
float anginc = (float)360/segments;
vec sliced8Int;
int needsExtraTris = 0;
for(int i = -segments; i < total_segments+segments; i++) {
vec p1,p2,p3,p4,p5;
vec p1n,p2n,p3n,p4n,p5n;
vec ob1,ob1n;
vec ot1,ot1n;
float ango = (float)360*((i+segments)%segments)/segments;
float angno = (float)360*((i+segments)%segments+1)/segments;
float cosao = cos(ango*M_PI/180);
float sinao = sin(ango*M_PI/180);
float cosano = cos(angno*M_PI/180);
float sinano = sin(angno*M_PI/180);
ob1.x = fD*cosao;
ob1.y = fD*sinao;
ob1.z = 0;
ob1n.x = fD*cosano;
ob1n.y = fD*sinano;
ob1n.z = 0;
ot1.x = fD*cosao;
ot1.y = fD*sinao;
ot1.z = screwHeight;
ot1n.x = fD*cosano;
ot1n.y = fD*sinano;
ot1n.z = screwHeight;
float ang = (float)360*i/segments;
float angn = (float)360*(i+1)/segments;
float angc = (float)360*(i+segments)/segments;
float angnc = (float)360*(i+1+segments)/segments;
float cosa = cos(ang*M_PI/180);
float sina = sin(ang*M_PI/180);
float cosan = cos(angn*M_PI/180);
float sinan = sin(angn*M_PI/180);
float cosanc = cos(angnc*M_PI/180);
float sinanc = sin(angnc*M_PI/180);
float cosac = cos(angc*M_PI/180);
float sinac = sin(angc*M_PI/180);
float z = P*ang/360;
float zn = P*angn/360;
float zc = P*angc/360;
float znc = P*angnc/360;
mat t;
mat tn;
mat tc;
mat tnc;
t.xx = cosa;
t.xy = sina;
t.xz = 0;
t.xw = 0;
t.yx = -sina;
t.yy = cosa;
t.yz = 0;
t.yw = 0;
t.zx = 0;
t.zy = 0;
t.zz = 1;
t.zw = 0;
t.tx = 0;
t.ty = 0;
t.tz = z;
t.tw = 1;
tn.xx = cosan;
tn.xy = sinan;
tn.xz = 0;
tn.xw = 0;
tn.yx = -sinan;
tn.yy = cosan;
tn.yz = 0;
tn.yw = 0;
tn.zx = 0;
tn.zy = 0;
tn.zz = 1;
tn.zw = 0;
tn.tx = 0;
tn.ty = 0;
tn.tz = zn;
tn.tw = 1;
tnc.xx = cosanc;
tnc.xy = sinanc;
tnc.xz = 0;
tnc.xw = 0;
tnc.yx = -sinanc;
tnc.yy = cosanc;
tnc.yz = 0;
tnc.yw = 0;
tnc.zx = 0;
tnc.zy = 0;
tnc.zz = 1;
tnc.zw = 0;
tnc.tx = 0;
tnc.ty = 0;
tnc.tz = znc;
tnc.tw = 1;
tc.xx = cosac;
tc.xy = sinac;
tc.xz = 0;
tc.xw = 0;
tc.yx = -sinac;
tc.yy = cosac;
tc.yz = 0;
tc.yw = 0;
tc.zx = 0;
tc.zy = 0;
tc.zz = 1;
tc.zw = 0;
tc.tx = 0;
tc.ty = 0;
tc.tz = zc;
tc.tw = 1;
vec_mat_mult(&pt1, &t, &p1);
vec_mat_mult(&pt2, &t, &p2);
vec_mat_mult(&pt3, &t, &p3);
vec_mat_mult(&pt4, &t, &p4);
vec_mat_mult(&pt1, &tc, &p5); // using pt1 with a transform of 1
// full cycle around to avoid
// floating point roundoff errors
vec_mat_mult(&pt1, &tn, &p1n);
vec_mat_mult(&pt2, &tn, &p2n);
vec_mat_mult(&pt3, &tn, &p3n);
vec_mat_mult(&pt4, &tn, &p4n);
vec_mat_mult(&pt1, &tnc, &p5n); // using pt1 with a transform of 1
// full cycle around to avoid
// floating point roundoff errors
if(i < 0) {
int wrote_outer_tri = 0;
vec int1,int2;
int tris_written;
if(write_sliced_tri(outf, &p1,&p1n,&p2n,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,0);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p1,&p2n,&p2,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p2,&p2n,&p3n,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p2,&p3n,&p3,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p3,&p3n,&p4n,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p3,&p4n,&p4,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p4,&p4n,&p5n,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p4,&p5n,&p5,female,&origin,&up,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int2,&origin,&int1,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ob1,0);
num_tris += 1;
} else {
write_tri(outf,&int1,&ob1n,&ob1,0);
write_tri(outf,&int2,&int1,&ob1,0);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
} else if(i >= total_segments) {
int wrote_outer_tri = 0;
vec int1,int2;
int tris_written;
if(write_sliced_tri(outf, &p1,&p1n,&p2n,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
if(i == total_segments+segments-1 && needsExtraTris) {
write_tri(outf, &int1,&p1n,&sliced8Int,female);
num_tris += 1;
if(male) {
write_tri(outf, &int1,&sliced8Int,&top,female);
num_tris += 1;
} else {
write_tri(outf, &int1,&sliced8Int,&ot1n,female);
num_tris += 1;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p1,&p2n,&p2,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p2,&p2n,&p3n,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p2,&p3n,&p3,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p3,&p3n,&p4n,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p3,&p4n,&p4,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p4,&p4n,&p5n,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
}
num_tris += tris_written;
if(write_sliced_tri(outf, &p4,&p5n,&p5,female,&top,&down,&int1,&int2,&tris_written)) {
if(male) {
write_tri(outf,&int1,&top,&int2,female);
num_tris += 1;
} else {
if(wrote_outer_tri) {
write_tri(outf,&int2,&int1,&ot1,1);
num_tris += 1;
} else {
write_tri(outf,&int1,&ot1n,&ot1,1);
write_tri(outf,&int2,&int1,&ot1,1);
wrote_outer_tri = 1;
num_tris += 2;
}
}
if(i == total_segments && !vec_equals(&int2,&p5)) {
needsExtraTris = 1;
vec_copy(&int2,&sliced8Int);
}
}
num_tris += tris_written;
} else {
write_quad(outf, &p1,&p1n,&p2n,&p2,female);
write_quad(outf, &p2,&p2n,&p3n,&p3,female);
write_quad(outf, &p3,&p3n,&p4n,&p4,female);
write_quad(outf, &p4,&p4n,&p5n,&p5,female);
num_tris += 8;
}
}
if(female) {
for(int i = 0; i < segments; i++) {
vec ob1,ob1n;
vec ot1,ot1n;
float ang = (float)360*i/segments;
float angn = (float)360*(i+1)/segments;
float cosa = cos(ang*M_PI/180);
float sina = sin(ang*M_PI/180);
float cosan = cos(angn*M_PI/180);
float sinan = sin(angn*M_PI/180);
ob1.x = fD*cosa;
ob1.y = fD*sina;
ob1.z = 0;
ob1n.x = fD*cosan;
ob1n.y = fD*sinan;
ob1n.z = 0;
ot1.x = fD*cosa;
ot1.y = fD*sina;
ot1.z = screwHeight;
ot1n.x = fD*cosan;
ot1n.y = fD*sinan;
ot1n.z = screwHeight;
write_quad(outf,&ob1,&ob1n,&ot1n,&ot1,0);
num_tris += 2;
}
}
fseek(outf, 80, SEEK_SET);
fwrite(&num_tris, 4, 1, outf);
fclose(outf);
return 0;
}
// returns true if triangle intersects plane, int1 and int2 will be set
// to the intersection points
// returns false if all points are above or below the plane
int write_sliced_tri(FILE *f,
vec *p1,
vec *p2,
vec *p3,
int rev,
vec *p, // point that lies in the slicing plane
vec *n, // normal of slicing plane, keep points in the direction of normal
vec *int1, // output, intersecting pt1, returned only if intersection occurs
vec *int2, // output, intersecting pt2, returned only if intersection occurs
int *tris) // output, number of tris written
{
vec trin;
tri_normal(p1,p2,p3,rev,&trin);
point_state_t state1;
point_state_t state2;
point_state_t state3;
state1 = point_state(p1,p,n);
state2 = point_state(p2,p,n);
state3 = point_state(p3,p,n);
if((state1 == ABOVE || state1 == ON) &&
(state2 == ABOVE || state2 == ON) &&
(state3 == ABOVE || state3 == ON)) {
// all points are above or on plane, write tri normally
write_tri(f,p1,p2,p3,rev);
*tris = 1;
return 0;
} else if((state1 == BELOW || state1 == ON) &&
(state2 == BELOW || state2 == ON) &&
(state3 == BELOW || state3 == ON)) {
// all points are below or on plane, cull entire tri
*tris = 0;
return 0;
} else {
// triangle intersects plane
if(state1 == ON) {
vec tmp1,tmp2;
float r;
vec_copy(p1, int1);
vec_sub(p2,p3,&tmp1);
vec_sub(p,p3,&tmp2);
r = vec_dot(n,&tmp2)/vec_dot(n,&tmp1);
int2->x = p3->x + r*tmp1.x;
int2->y = p3->y + r*tmp1.y;
int2->z = p3->z + r*tmp1.z;
if(state2 == ABOVE) {
write_tri(f,p1,p2,int2,rev);
} else {
write_tri(f,p1,int2,p3,rev);
}
*tris = 1;
return 1;
}
if(state2 == ON) {
vec tmp1,tmp2;
float r;
vec_copy(p2, int1);
vec_sub(p1,p3,&tmp1);
vec_sub(p,p3,&tmp2);
r = vec_dot(n,&tmp2)/vec_dot(n,&tmp1);
int2->x = p3->x + r*tmp1.x;
int2->y = p3->y + r*tmp1.y;
int2->z = p3->z + r*tmp1.z;
if(state1 == ABOVE) {
write_tri(f,p1,p2,int2,rev);
} else {
write_tri(f,p2,p3,int2,rev);
}
*tris = 1;
return 1;
}
if(state3 == ON) {
vec tmp1,tmp2;
float r;
vec_copy(p3, int2);
vec_sub(p1,p2,&tmp1);
vec_sub(p,p2,&tmp2);
r = vec_dot(n,&tmp2)/vec_dot(n,&tmp1);
int1->x = p2->x + r*tmp1.x;
int1->y = p2->y + r*tmp1.y;
int1->z = p2->z + r*tmp1.z;
if(state1 == ABOVE) {
write_tri(f,p1,int1,p3,rev);
} else {
write_tri(f,int1,p2,p3,rev);
}
*tris = 1;
return 1;
}
if((state1 == ABOVE && state2 == ABOVE) ||
(state1 == BELOW && state2 == BELOW)) {
vec tmp1,tmp2,tmp3;
float r1,r2;
vec_sub(p2,p3,&tmp1);
vec_sub(p1,p3,&tmp2);
vec_sub(p,p3,&tmp3);
r1 = vec_dot(n,&tmp3)/vec_dot(n,&tmp1);
r2 = vec_dot(n,&tmp3)/vec_dot(n,&tmp2);
int1->x = p3->x + r1*tmp1.x;
int1->y = p3->y + r1*tmp1.y;
int1->z = p3->z + r1*tmp1.z;
int2->x = p3->x + r2*tmp2.x;
int2->y = p3->y + r2*tmp2.y;
int2->z = p3->z + r2*tmp2.z;
if(state3 == ABOVE) {
write_tri(f,int1,p3,int2,rev);
*tris = 1;
} else {
write_quad(f,p1,p2,int1,int2,rev);
*tris = 2;
}
return 1;
}
if((state2 == ABOVE && state3 == ABOVE) ||
(state2 == BELOW && state3 == BELOW)) {
vec tmp1,tmp2,tmp3;
float r1,r2;
vec_sub(p2,p1,&tmp1);
vec_sub(p3,p1,&tmp2);
vec_sub(p,p1,&tmp3);
r1 = vec_dot(n,&tmp3)/vec_dot(n,&tmp1);
r2 = vec_dot(n,&tmp3)/vec_dot(n,&tmp2);
int1->x = p1->x + r1*tmp1.x;
int1->y = p1->y + r1*tmp1.y;
int1->z = p1->z + r1*tmp1.z;
int2->x = p1->x + r2*tmp2.x;
int2->y = p1->y + r2*tmp2.y;
int2->z = p1->z + r2*tmp2.z;
if(state1 == ABOVE) {
write_tri(f,p1,int1,int2,rev);
*tris = 1;
} else {
write_quad(f,int1,p2,p3,int2,rev);
*tris = 2;
}
return 1;
}
if((state1 == ABOVE && state3 == ABOVE) ||
(state1 == BELOW && state3 == BELOW)) {
vec tmp1,tmp2,tmp3;
float r1,r2;
vec_sub(p1,p2,&tmp1);
vec_sub(p3,p2,&tmp2);
vec_sub(p,p2,&tmp3);
r1 = vec_dot(n,&tmp3)/vec_dot(n,&tmp1);
r2 = vec_dot(n,&tmp3)/vec_dot(n,&tmp2);
int1->x = p2->x + r1*tmp1.x;
int1->y = p2->y + r1*tmp1.y;
int1->z = p2->z + r1*tmp1.z;
int2->x = p2->x + r2*tmp2.x;
int2->y = p2->y + r2*tmp2.y;
int2->z = p2->z + r2*tmp2.z;
if(state2 == ABOVE) {
write_tri(f,int1,p2,int2,rev);
*tris = 1;
} else {
write_quad(f,p1,int1,int2,p3,rev);
*tris = 2;
}
return 1;
}
}
*tris = 0;
return 0;
}
void
editroom()
{
char command;
int done;
/* don't mung Lobby>, Mail> or Yells> if you're 'only' Sysop */
if ((curr_rm <= 5) && (usersupp->priv < PRIV_WIZARD)) {
cprintf("\1f\1rNope. Only %ss can edit this %s.\1a\n",
config.wizard, config.forum);
return;
}
need_rewrite = done = FALSE;
quickroom = readquad(curr_rm); /* read in current settings */
while (!done) {
/* display room information */
cprintf("\1w\1f------------------------------------------------------------------\n");
cprintf("\n\1r[\1w1\1r] \1gEdit %s Name\1w : \1%c%s\1g.", config.forum,
(quickroom.flags & QR_PRIVATE) ? 'r' :
(quickroom.flags & (QR_ANONONLY | QR_ANON2)) ? 'p' : 'g',
quickroom.name);
cprintf("\n\1r[\1w3\1r] \1gEdit %s Type\1w: ", config.forum);
cprintf("%s", (quickroom.flags & QR_PRIVATE) ? "\1rPRIVATE " : "\1gPUBLIC ");
cprintf("\1g %s.", config.forum);
cprintf("\n\1r[\1w4\1r] \1gEdit Message Type\1w: ");
cprintf("%s %s", (quickroom.flags & QR_ANONONLY) ? "\1bANONYMOUS ONLY" :
((quickroom.flags & QR_ANON2) ? "\1bANONYMOUS OPTION" : "\1gNORMAL"),
(quickroom.flags & QR_ALIASNAME) ? "\1w(\1bALIASNAME\1w)" : "");
cprintf("\n\1r[\1w5\1r] \1gSubjectLines \1w: ");
cprintf("%s", (quickroom.flags & QR_SUBJECTLINE) ? "\1gYEP." : "\1rNOOOOOOOOO!");
cprintf("\n\1r[\1w6\1r] \1gDescribed \1w: ");
cprintf("%s", (quickroom.flags & QR_DESCRIBED) ? "\1gYEP." : "\1rNOOOOOOOOO!");
IFSYSOP {
cprintf("\n\1r[\1w7\1r] \1gReadOnly \1w: ");
cprintf("%s", (quickroom.flags & QR_READONLY) ? "\1gYEP." : "\1rNOOOOOOOOO!");
cprintf("\n\1r[\1w8\1r] \1gNoZap \1w: ");
cprintf("%s", (quickroom.flags & QR_NOZAP) ? "\1gYEP." : "\1rNOOOOOOOOO!");
cprintf("\n\1r[\1w9\1r] \1gIN-USE \1w: ");
cprintf("%s", (quickroom.flags & QR_INUSE) ? "\1gYEP." : "\1rNOOOOOOOOO!");
cprintf("\n\1r[\1w0\1r] \1gGuessname \1w: ");
cprintf("%s", (quickroom.flags & QR_GUESSNAME) ? "\1gYEP." : "\1rNOOOOOOOOO!");
cprintf("\n\1r[\1wA\1r] \1gMaximum number of messages\1w: %d.",
quickroom.maxmsg);
cprintf("\n\1r[\1wB\1r] \1gHighest message number\1w: %ld.",
quickroom.highest);
cprintf("\n\1r[\1wC\1r] \1gLowest message number \1w: %ld.",
quickroom.lowest);
cprintf("\n\1r[\1wD\1r] \1g%s category \1w: \1y%s.", config.forum, quickroom.category);
cprintf("\n\n\1wDon't fiddle with A, B, and C unless you KNOW what you're doing!\n");
}
cprintf("\1rField to change \1w:\n");
cprintf("\1w<\1renter\1w>\1g to exit. ");
command = get_single("134567890ABCD\n\r");
if (command == '\n' || command == '\r')
done = TRUE;
else
edit_room_field(&quickroom, curr_rm, command);
} /* end while */
if (need_rewrite == TRUE) {
cprintf("\1rSave changes \1w(\1ry/n\1w)\1r? ");
if (yesno() == NO) {
/* reload old quickroom and return */
quickroom = readquad(curr_rm);
} else {
write_quad(quickroom, curr_rm);
log_sysop_action("roomedited %s>", quickroom.name);
}
}
}
void
create_room()
{
int number;
char command, *quad_name;
for (number = 0; number < MAXQUADS; number++)
if (!(readquad(number).flags & QR_INUSE)) {
cprintf("\n\1f\1gFound an unused %s at slot \1y%d\1g.\n", config.forum, number);
cprintf("\1gStop searching and use this position? \1w(\1rY\1w/\1rn\1w): \1c");
if (yesno_default(YES) == YES) {
cprintf("\1f\1gInstall %s into slot \1y%d\1g? \1w(\1rY\1w/\1rn\1w): \1c", config.forum, number);
if (yesno_default(YES) == NO)
return;
else
break;
} else
continue;
}
if (number >= MAXQUADS) {
cprintf("\1f\1rNo unused %s was found.\n", config.forum);
return;
}
cprintf("\1f\1rPlease keep the length of the name under 36 characters.\n |------------------------------------|\n\1f\1gName for new %s\1w: \1c", config.forum);
quad_name = get_name(3);
if (strlen(quad_name) == 0)
return;
if (get_room_number(quad_name) != -1) {
cprintf("\1rA %s named '%s' already exists.\n", config.forum, quad_name);
return;
}
curr_rm = number;
quickroom = readquad(curr_rm);
strcpy(quickroom.name, quad_name);
quickroom.generation++;
quickroom.lowest = ++quickroom.highest;
quickroom.maxmsg = 100;
quickroom.flags = QR_INUSE;
cprintf("\1f\1g%s%s ",
config.forum,
"Type: \1w<\1y1\1w> \1gPublic \1w<\1y2\1w> \1rPrivate : \1c");
command = get_single("12");
if (command == '1') { /* public room */
cprintf("\1rThe %s will be PUBLIC.\n\n", config.forum);
quickroom.flags &= ~QR_PRIVATE;
} else { /* invite -- just private flag, guessname off */
cprintf("\1rThe %s will be INVITE ONLY.\n\n", config.forum);
quickroom.flags |= QR_PRIVATE;
if (quickroom.generation >= 100)
quickroom.generation = 10;
}
write_quad(quickroom, curr_rm);
gotocurr(); /* takes care of self invite.. no matter, sysop anyways */
log_sysop_action("created %s: %s> ", config.forum, quickroom.name);
editroom();
change_forum_info();
qc_edit_room();
}
void
killroom()
{
char temprmname[50];
quickroom = readquad(curr_rm);
if ((curr_rm < 11) && (usersupp->priv < PRIV_WIZARD)) {
cprintf("\1f\1gOnly a \1w%s\1g can delete this %s.\n", config.wizard, config.forum);
return;
}
if (curr_rm != CURSE_FORUM) {
cprintf("\n\1f\1rAre you \1w!SURE!\1r you want to Delete this %s??? (y/n)",
config.forum);
if (yesno() == NO)
return;
quickroom.flags = 0;
strcpy(temprmname, quickroom.name);
strcpy(quickroom.name, "");
if (quickroom.flags & QR_INUSE)
quickroom.flags ^= QR_INUSE;
cprintf( _("\1f\1rErase all messages in this forum? \1w(\1rrecommended\1w) (\1rY\1w/\1rn\1w) \1c"));
} else
cprintf("\n\1f\1rAre you \1w!SURE!\1r you want Clean The Dungeon? (Y/n) ");
if (yesno_default(YES) == YES) {
erase_all_messages(quickroom.highest);
quickroom.highest = quickroom.lowest = 0;
/*
* Trash posts from SQL table
*/
cprintf("\1f\1rRemoving messages with forum_id \1y%u\1r from message table... \1a", curr_rm);
if ((mono_sql_mes_erase_forum(curr_rm)) == 0)
cprintf("\1f\1gok.\1a\n");
else
cprintf("\1f\1rerror!\1a (logged)\n");
#ifdef USE_RATING
/*
* Trash ratings from SQL table
*/
cprintf("\1f\1rRemoving messages with forum_id \1y%u\1r from rating table... \1a", curr_rm);
if ((mono_sql_rat_erase_forum(curr_rm)) == 0)
cprintf("\1f\1gok.\1a\n");
else
cprintf("\1f\1rerror!\1a(logged)\n");
#endif
} else if (curr_rm == CURSE_FORUM)
return;
cprintf("\1f\1rResetting speedyforum... ");
write_quad(quickroom, curr_rm);
cprintf("\1gdone.\1a\n");
if (curr_rm == CURSE_FORUM)
log_sysop_action("Cleaned the Dungeon.");
else {
log_sysop_action("deleted %s: %d.%s>", config.forum, curr_rm, (strlen(temprmname)) ? temprmname : " (Quadrant had no name)");
_sql_qc_zero_forum_categories(curr_rm);
}
curr_rm = 0;
gotocurr();
}
