void convertPlaces(const std::string& name)
{
Dxf dxf(path_ + "devdata/" + name);
picojson::object& object = dxf.json().get<picojson::object>();
for (picojson::object::iterator it = object.begin(); it != object.end(); ++it)
{
std::string fpath = path_ + "devdata/place/" + it->first + ".json";
picojson::value json = picojson::value(it->second);
std::ofstream fstr(fpath.c_str());
if (fstr.is_open()) { fstr << json; };
}
}
void CmyDocument::ExportToAutocad(CString sPath) {
DXF dxf(sPath);
/*definitions*/
DXFLTYPE solidline;
solidline.name = "solid";
solidline.description = "solid line ------";
DXFLAYER layer1;
layer1.name = "layer1";
layer1.color = 255;
layer1.flags = 0;
layer1.line = &solidline;
dxf.set_layer(&layer1);
/*drawing file*/
dxf.init();
if(!dxf.f) {
AfxMessageBox("File is in use! Close that and try again.");
return;
}
/*tables*/
dxf.begin_section(DXF::TABLES);
dxf.add_line(&solidline);
dxf.add_layer(&layer1);
dxf.end_section();
/*entities*/
dxf.begin_section(DXF::ENTITIES);
POSITION pos;
MEMBER* member;
pos = members.GetHeadPosition();
while(pos) {
member = &members.GetNext(pos);
dxf.draw_line(member->j1->p,member->j2->p);
}
dxf.end_section();
dxf.finish();
/*end*/
}
void CmyDocument::ImportFromAutocad(CString sPath) {
RPOINTLIST list;
DXF dxf(sPath);
dxf.init(true);
dxf.read_lines(list);
SYSTEM system;
system.name = "GLOBAL";
system.rank = LEVEL3;
JOINT j1,j2;
POSITION pos = list.GetHeadPosition();
while(pos) {
j1.p = list.GetNext(pos);
j2.p = list.GetNext(pos);
system.grid[IUX].AddSorted(j1.p.x);
system.grid[IUY].AddSorted(j1.p.y);
system.grid[IUZ].AddSorted(j1.p.z);
system.grid[IUX].AddSorted(j2.p.x);
system.grid[IUY].AddSorted(j2.p.y);
system.grid[IUZ].AddSorted(j2.p.z);
AddMember(&j1,&j2);
}
*global = system;
/*views*/
CmyView* pView;
pos = GetFirstViewPosition();
while(pos) {
pView = (CmyView*) GetNextView(pos);
pView->force_diagram = INONE;
if(pView->view != VIEW_3D) {
GRIDLIST* pgrid = &global->grid[NORMGRID[pView->view]];
if(!pgrid->IsEmpty()) {
pView->position = pgrid->GetCount() - 1;
pView->pvalue = pgrid->GetAt(pgrid->FindIndex(pView->position));
}
}
pView->InitView();
}
UpdateAllViews(NULL);
/*close file*/
dxf.finish(true);
}
int main(int argc, char *argv[])
{
DXF dxf("/home/smichael/track3d/models/tacoma.dxf");
return 0;
} // end of main
void CmyDocument::OnPrepareDrawing(UINT nID) {
/*open file*/
CString sPath = GetPathName();
if(sPath.IsEmpty()) {
AfxMessageBox("Save file before continuing");
return;
}
int len = sPath.GetLength();
sPath.SetAt(len - 4,'_');
sPath += ".dxf";
DXF dxf(sPath);
dxf.init();
if(!dxf.f) {
AfxMessageBox("File is in use! Close that and try again.");
return;
}
/*fill joint data*/
POSITION pos,pos1;
MEMBER* member;
JOINT* joint,*joint1;
RPoint p1,p2;
GRIDINFO ginfo;
GetGridInfo(&ginfo);
CONNECT* connect;
UINT design_selected = (nID == IDM_PREPARE_DRAWING_SELECTED);
/*allocate joint connection data*/
pos = joints.GetHeadPosition();
while(pos) {
joint = &joints.GetNext(pos);
joint->ptr = new CONNECT;
}
#define AddConnect(x) {\
connect = (CONNECT*) joint->ptr;\
connect->flags |= (1 << x);\
if(member->section->type == RECTANGULAR) connect->width[x] = member->section->h;\
else connect->width[x] = member->section->r;\
};
/*form connection*/
pos = joints.GetHeadPosition();
while(pos) {
joint = &joints.GetNext(pos);
pos1 = members.GetHeadPosition();
while(pos1) {
member = &members.GetNext(pos1);
p1 = member->j1->p;
p2 = member->j2->p;
if(member->j1 == joint || member->j2 == joint) {
if(member->j1 == joint) joint1 = member->j2;
else joint1 = member->j1;
if(EQUAL(p1.z,p2.z)) {
if(EQUAL(p1.y,p2.y)) {
if(joint->p.x < member->j2->p.x) {
AddConnect(IUZ);
} else {
AddConnect(IRZ);
}
} else if(EQUAL(p1.x,p2.x)) {
if(joint->p.y < member->j2->p.y) {
AddConnect(IUZ);
} else {
AddConnect(IRZ);
}
}
} else if(EQUAL(p1.y,p2.y) && EQUAL(p1.x,p2.x)) {
if(joint->p.z < member->j2->p.z) {
AddConnect(IUX);
AddConnect(IUY);
} else {
AddConnect(IRX);
AddConnect(IRY);
}
}
}
}
}
/*definitions*/
DXFLTYPE solidline;
solidline.name = "solid";
solidline.description = "solid line ------";
DXFLTYPE dotline;
dotline.name = "DOTTED";
dotline.description = "dotted line -.-.-.";
dotline.ecount = 4;
dotline.length = 0.5;
dotline.elem[0] = 0.25;
dotline.elem[1] = -0.125;
dotline.elem[2] = 0.0;
dotline.elem[3] = -0.125;
DXFLAYER layer1;
layer1.name = "layer1";
layer1.color = 255;
layer1.flags = 0;
layer1.line = &solidline;
DXFLAYER layer2;
layer2.name = "layer2";
layer2.color = 100;
layer2.flags = 0;
layer2.line = &solidline;
DXFLAYER layer3;
layer3.name = "layer3";
layer3.color = 253;
layer3.flags = 0;
layer3.line = &dotline;
DXFLAYER layer4;
layer4.name = "layer4";
layer4.color = 9;
layer4.flags = 0;
layer4.line = &solidline;
DXFLAYER layer5;
layer5.name = "layer5";
layer5.color = 6;
layer5.flags = 0;
layer5.line = &solidline;
DXFLAYER layer6;
layer6.name = "layer6";
layer6.color = 1;
layer6.flags = 0;
layer6.line = &solidline;
DXFSTYLE style1;
style1.name = "style1";
style1.font = "TIMES.TIF";
style1.height = 0.1;
style1.widthfactor = 1;
style1.flags = 0;
style1.textflags = 0;
DXFSTYLE style2;
style2.name = "style2";
style2.font = "TIMES.TIF";
style2.height = 0.3;
style2.widthfactor = 1;
style2.flags = 0;
style2.textflags = 0;
DXFSTYLE style3;
style3.name = "style3";
style3.font = "TIMES.TIF";
style3.height = 0.2;
style3.widthfactor = 1;
style3.flags = 0;
style3.textflags = 0;
dxf.set_style(&style1);
dxf.set_layer(&layer1);
/*header*/
dxf.begin_section(DXF::HEADER);
dxf.end_section();
/*tables*/
dxf.begin_section(DXF::TABLES);
dxf.add_line(&solidline);
dxf.add_line(&dotline);
dxf.add_layer(&layer1);
dxf.add_layer(&layer2);
dxf.add_layer(&layer3);
dxf.add_layer(&layer4);
dxf.add_layer(&layer5);
dxf.add_layer(&layer6);
dxf.add_style(&style1);
dxf.add_style(&style2);
dxf.add_style(&style3);
dxf.end_section();
/*entities*/
dxf.begin_section(DXF::ENTITIES);
#define FindGrid(index,item,data) {\
index = 0;\
POSITION mpos = (data).GetHeadPosition();\
while(mpos) {\
if(EQUAL(item,(data).GetNext(mpos)))\
break;\
index++;\
}\
};
#define DrawLine(x1,y1,CD,D) {\
DOUBLE st,en;\
connect = (CONNECT*) member->j1->ptr;\
if(connect->flags & CD) {\
st = x1 + connect->width[D];\
if(D <= IUZ) rp1.set(st,y1 + (st - x1),0);\
else rp1.set(st,y1 - (st - x1),0);\
rp2.set(st,y1,0);\
dxf.draw_line(rp1,rp2);\
} else st = x1;\
connect = (CONNECT*) member->j2->ptr;\
if(connect->flags & CD) {\
en = x1 + L - connect->width[D];\
if(D <= IUZ) rp1.set(en,y1 + (L + x1 - en),0);\
else rp1.set(en,y1 - (L + x1 - en),0);\
rp2.set(en,y1,0);\
dxf.draw_line(rp1,rp2);\
} else en = x1 + L;\
rp1.set(st,y1,0);\
rp2.set(en,y1,0);\
dxf.draw_line(rp1,rp2);\
};
#define DrawAxisLabel(I,v1,v2) {\
FindGrid(index,v1,global->grid[I]);\
if(index != maxn[I]) {\
if(index < 10) str1.Format(" %c%d",'X' + I,index);\
else str1.Format("c%d",'X' + I,index);\
}\
FindGrid(index,v2,global->grid[I]);\
if(index != maxn[I]) {\
if(index < 10) str2.Format(" %c%d",'X' + I,index);\
else str2.Format("c%d",'X' + I,index);\
}\
};
CString str,str1,str2;
int i,j,index,cdir,inc;
DOUBLE w,h,r,c,L,x,y,spacing,xd,scale,barsize,cp;
int nz,ny,nt;
RPoint rp1,rp2,center, end;
int maxn[3];
for(i = IUX;i <= IUZ;i++)
maxn[i] = global->grid[i].GetCount();
pos = members.GetHeadPosition();
while(pos) {
member = &members.GetNext(pos);
if(design_selected && !member->sel) {
continue;
}
if(member->design_data[0].flags)
continue;
w = member->section->w;
h = member->section->h;
r = member->section->r;
c = member->section->rebar.cover;
barsize = member->section->rebar.barsize;
nz = member->section->rebar.nz;
ny = member->section->rebar.ny;
if(member->section->type == CIRCULAR) nt = member->section->rebar.nt;
else nt = 2 * (nz + ny - 2);
p1 = member->j1->p;
p2 = member->j2->p;
L = member->GetLength();
/*draw axis*/
str1 = "";
str2 = "";
cdir = -1;
if(EQUAL(p1.z,p2.z)) {
if(EQUAL(p1.y,p2.y)) {
x = p1.x;
y = 5 * p1.z + p1.y * (ginfo.ymax - ginfo.ymin);
DrawAxisLabel(IUX,p1.x,p2.x);
cdir = IUX;
} else if(EQUAL(p1.x,p2.x)) {
x = (ginfo.xmax - ginfo.xmin) + 5 + p1.y;
y = 5 * p1.z + p1.x * (ginfo.xmax - ginfo.xmin);
DrawAxisLabel(IUY,p1.y,p2.y);
cdir = IUY;
}
} else if(EQUAL(p1.y,p2.y)) {
if(EQUAL(p1.x,p2.x)) {
x = (ginfo.xmax - ginfo.xmin + ginfo.ymax - ginfo.ymin) + 5 + p1.z;
y = 5 * p1.y + p1.x * (ginfo.xmax - ginfo.xmin);
DrawAxisLabel(IUZ,p1.z,p2.z);
cdir = IUZ;
}
}
if(cdir == -1) {
print("Can't Draw member %s\n",member->name);
continue;
}
dxf.set_layer(&layer5);
rp1.set(x,y - 1,0);
rp2.set(x,y + 1.5,0);
dxf.draw_line(rp1,rp2);
rp1.set(x,y + 1.5 + 0.4,0);
dxf.draw_circle(rp1,0.4);
dxf.set_style(&style2);
rp1.x -= 0.35;
rp1.y -= 0.15;
rp2 = rp1 + RPoint(0.4,0.3,0);
dxf.draw_text(str1,rp1,rp2);
rp1.set(x + L,y - 1,0);
rp2.set(x + L,y + 1.5,0);
dxf.draw_line(rp1,rp2);
rp1.set(x + L,y + 1.5 + 0.4,0);
dxf.draw_circle(rp1,0.4);
dxf.set_style(&style2);
rp1.x -= 0.35;
rp1.y -= 0.15;
rp2 = rp1 + RPoint(0.4,0.3,0);
dxf.draw_text(str2,rp1,rp2);
/*draw border*/
dxf.set_layer(&layer1);
rp1.set(x,y - h/2 + c,0);
rp2.set(x + L,y - h/2 + c,0);
dxf.draw_line(rp1,rp2);
rp1.set(x,y + h/2 - c,0);
rp2.set(x + L,y + h/2 - c,0);
dxf.draw_line(rp1,rp2);
dxf.set_layer(&layer2);
if(cdir == IUX) {
DrawLine(x, y - h/2,RX,IRX);
DrawLine(x, y + h/2,UX,IUX);
} else if(cdir == IUY) {
DrawLine(x, y - h/2,RY,IRY);
DrawLine(x, y + h/2,UZ,IUZ);
} else {
DrawLine(x, y - h/2,RZ,IRZ);
DrawLine(x, y + h/2,UZ,IUZ);
}
dxf.set_layer(&layer4);
rp1.set(x,y + 0.9,0);
rp2.set(x + L,y + 0.9,0);
dxf.draw_line(rp1,rp2);
dxf.set_style(&style1);
str.Format("%.2fm",L);
rp1.x = (rp1.x + rp2.x) * 0.5;
rp1.y = rp2.y = rp1.y + 0.05;
dxf.draw_text(str,rp1,rp2);
/*shear reinforcement*/
dxf.set_layer(&layer6);
spacing = member->design_data[0].s / 1000.0f;
for(i = 0;i < 7;i ++) {
if(spacing * i >= L / 5) break;
rp1.set(x + spacing * i,y - h/2 + c,0);
rp2.set(x + spacing * i,y + h/2 - c,0);
dxf.draw_line(rp1,rp2);
}
spacing = member->design_data[member->nDiv / 2].s / 1000.0f;
for(i = 0;i < 3;i ++) {
if(spacing * i >= L / 8) break;
rp1.set(x + L / 2 + spacing * i,y - h/2 + c,0);
rp2.set(x + L / 2 + spacing * i,y + h/2 - c,0);
dxf.draw_line(rp1,rp2);
rp1.set(x + L / 2 - spacing * i,y - h/2 + c,0);
rp2.set(x + L / 2 - spacing * i,y + h/2 - c,0);
dxf.draw_line(rp1,rp2);
}
spacing = member->design_data[member->nDiv - 1].s / 1000.0f;
for(i = 0;i < 7;i ++) {
if(spacing * i >= L / 5) break;
rp1.set(x + L - spacing * i,y - h/2 + c,0);
rp2.set(x + L - spacing * i,y + h/2 - c,0);
dxf.draw_line(rp1,rp2);
}
/*shear rebar spacing text*/
dxf.set_layer(&layer1);
if(detailing.single_shear) {
dxf.set_style(&style3);
str.Format("%s%dc/c%d","%%C",int(member->design_data[0].sd * 1000),member->design_data[0].s);
rp1.x = x + L / 2 - 0.45;
rp2.x = rp1.x + 0.9;
rp1.y = rp2.y = y - 0.1;
dxf.draw_text(str,rp1,rp2);
} else {
dxf.set_style(&style1);
str.Format("%s%dc/c%d","%%C",int(member->design_data[0].sd * 1000),member->design_data[0].s);
rp1.x = x + L / 20;
rp2.x = rp1.x + 0.5;
rp1.y = rp2.y = y - 0.07;
dxf.draw_text(str,rp1,rp2);
str.Format("%s%dc/c%d","%%C",int(member->design_data[member->nDiv / 2].sd * 1000),member->design_data[member->nDiv / 2].s);
rp1.x = x + L / 2 - 0.25;
rp2.x = rp1.x + 0.5;
rp1.y = rp2.y = y - 0.07;
dxf.draw_text(str,rp1,rp2);
str.Format("%s%dc/c%d","%%C",int(member->design_data[member->nDiv - 1].sd * 1000),member->design_data[member->nDiv - 1].s);
rp1.x = x + L - 0.5 - L / 20;
rp2.x = rp1.x + 0.5;
rp1.y = rp2.y = y - 0.07;
dxf.draw_text(str,rp1,rp2);
}
/*section*/
if(member->section->rebar.design == BEAM) inc = 1;
else inc = 3;
const DOUBLE DSECTION = 3.0;
dxf.set_style(&style3);
for(int xx = 0;xx < 3;xx += inc) {
if(xx == 0) xd = x + L / 2;
else if(xx == 1) xd = x + 0.3 + L / 20;
else xd = x + L - L / 20 - 0.3;
dxf.set_layer(&layer6);
rp1.set(xd,y - h/2,0);
rp2.set(xd,y - h,0);
dxf.draw_line(rp1,rp2);
rp1.set(xd,y + h/2,0);
rp2.set(xd,y + h,0);
dxf.draw_line(rp1,rp2);
dxf.set_layer(&layer1);
str.Format("%s%d",str1,xx + 1);
rp1.set(xd - 0.3,y - h - 0.20,0);
rp2.set(xd + 0.3,y - h - 0.20,0);
dxf.draw_text(str,rp1,rp2);
rp1.set(xd - 0.3,y + h + 0.05,0);
rp2.set(xd + 0.3,y + h + 0.05,0);
dxf.draw_text(str,rp1,rp2);
scale = 3;
if(member->section->type == RECTANGULAR) {
dxf.set_layer(&layer2);
rp1.set(xd - (scale * w) / 2,y - DSECTION,0);
dxf.draw_rectangle(rp1,scale * w,scale * h);
dxf.set_layer(&layer1);
rp1.x += scale * c;
rp1.y -= scale * c;
dxf.draw_rectangle(rp1,scale * (w - 2 * c) ,scale * (h - 2 * c));
/*rebar*/
if(member->section->rebar.design == COULMN) {
center.set(xd,y - DSECTION - scale * h / 2,0);
cp = c + barsize / 2;
end.set(xd ,y - DSECTION - (scale * h * 1.5),0);
for(i = 0;i < nz;i++) {
dxf.set_layer(&layer1);
rp1.x = center.x - (scale * (w / 2 - i * (w - 2 * cp) / (nz - 1) - cp));
rp1.y = center.y - (scale * (h / 2 - cp));
dxf.draw_circle(rp1,scale * barsize / 2);
dxf.set_layer(&layer4);
dxf.draw_line(rp1,end);
dxf.set_layer(&layer1);
rp1.x = center.x - (scale * (w / 2 - i * (w - 2 * cp) / (nz - 1) - cp));
rp1.y = center.y - (scale * ( -h / 2 + cp));
dxf.draw_circle(rp1,scale * barsize / 2);
dxf.set_layer(&layer4);
dxf.draw_line(rp1,end);
}
for(i = 1;i < ny - 1;i++) {
dxf.set_layer(&layer1);
rp1.x = center.x - (scale * (w / 2 - cp));
rp1.y = center.y - (scale * (h / 2 - i * (h - 2 * cp) / (ny - 1) - cp));
dxf.draw_circle(rp1,scale * barsize / 2);
dxf.set_layer(&layer4);
dxf.draw_line(rp1,end);
dxf.set_layer(&layer1);
rp1.x = center.x - (scale * (-w / 2 + cp));
rp1.y = center.y - (scale * (h / 2 - i * (h - 2 * cp) / (ny - 1) - cp));
dxf.draw_circle(rp1,scale * barsize / 2);
dxf.set_layer(&layer4);
dxf.draw_line(rp1,end);
}
} else {
DESIGNDATA* pdata;
if(xx == 0) pdata = &member->design_data[member->nDiv / 2];
else if(xx == 1) pdata = &member->design_data[0];
else pdata = &member->design_data[member->nDiv - 1];
cp = c + barsize / 2;
for(j = 0;j < 2;j++) {
/*top/bottom reinforcement*/
if(j == 0) {
center.set(xd,y - DSECTION - scale * cp,0);
end.set(xd ,y - DSECTION + 0.8,0);
} else {
center.set(xd,y - DSECTION - scale * (h - cp),0);
end.set(xd ,y - DSECTION - (scale * h * 1.5),0);
}
if(pdata->total[j]) {
if(pdata->total[j] > 1)
nz = pdata->count[j][0] + pdata->count[j][1];
else
nz = pdata->count[j][0];
barsize = pdata->diam[j][0];
for(i = 0;i < nz;i++) {
dxf.set_layer(&layer1);
rp1.x = center.x - (scale * (w / 2 - i * (w - 2 * cp) / (nz - 1) - cp));
rp1.y = center.y;
dxf.draw_circle(rp1,scale * barsize / 2);
dxf.set_layer(&layer4);
dxf.draw_line(rp1,end);
}
/*number of bars*/
rp1 = end;
if(j) rp1.y -= 0.1;
rp1.x -= 0.4;
rp2 = rp1;
rp2.x += 0.5;
dxf.set_layer(&layer1);
dxf.set_style(&style1);
if(pdata->total[j] > 1) {
str.Format("%d%s%d and %d%s%d",
pdata->count[j][0],"%%C",int(pdata->diam[j][0] * 1000),
pdata->count[j][1],"%%C",int(pdata->diam[j][1] * 1000)
);
} else {
str.Format("%d%s%d",pdata->count[j][0],"%%C",int(pdata->diam[j][0] * 1000));
}
dxf.draw_text(str,rp1,rp2);
}
}
}
} else {
dxf.set_layer(&layer2);
rp1.set(xd,y - DSECTION - scale * r,0);
dxf.draw_circle(rp1,scale * r);
dxf.set_layer(&layer1);
dxf.draw_circle(rp1,scale * (r - c));
end.set(xd - (scale * r) + 0.1,y - DSECTION - (scale * r * 3),0);
/*rebar*/
if(member->section->rebar.design == COULMN) {
center.set(xd,y - DSECTION - scale * r,0);
cp = c + barsize / 2;
DOUBLE q = 2 * PI / nt;
for(i = 0;i < nt;i++) {
dxf.set_layer(&layer1);
rp1.x = center.x - scale * (r - cp) * sin(q * i);
rp1.y = center.y - scale * (r - cp) * cos(q * i);
dxf.draw_circle(rp1,scale * barsize / 2);
dxf.set_layer(&layer4);
dxf.draw_line(rp1,end);
}
}
}
/*total reinforement*/
if(member->section->rebar.design == COULMN) {
DESIGNDATA* pdata = &member->design_data[0];
rp1 = end;
rp1.y -= 0.1;
rp2 = rp1;
rp2.x += 0.5;
dxf.set_layer(&layer1);
dxf.set_style(&style1);
if(pdata->total[0] > 1) {
str.Format("%d X (%d%s%d and %d%s%d)",nt,
pdata->count[0][0],"%%C",int(pdata->diam[0][0] * 1000),
pdata->count[0][1],"%%C",int(pdata->diam[0][1] * 1000)
);
} else {
str.Format("%d%s%d",
nt * pdata->count[0][0],"%%C",
int(pdata->diam[0][0] * 1000));
}
dxf.draw_text(str,rp1,rp2);
}
/*section text*/
dxf.set_layer(&layer1);
dxf.set_style(&style1);
rp1 = end;
if(member->section->rebar.design != COULMN) rp1.x -= 0.4;
rp1.y -= 0.4;
rp2 = rp1;
rp2.x += 1;
str.Format("Section %s%d",str1,xx + 1);
dxf.draw_text(str,rp1,rp2);
/*shear bars*/
if(!detailing.single_shear || xx == 0) {
const DOUBLE DSHEAR = 10.0;
DOUBLE length;
if(member->section->type == RECTANGULAR) {
length = 2 * w + 2 * h;
rp1.set(xd - (scale * w) / 2,y - DSHEAR,0);
rp2.set(xd + (scale * w) / 2,y - DSHEAR,0);
dxf.draw_line(rp1,rp2);
rp1.set(xd - (scale * w) / 2,y - DSHEAR,0);
rp2.set(xd - (scale * w) / 2,y - DSHEAR - scale * h,0);
dxf.draw_line(rp1,rp2);
rp1.set(xd - (scale * w) / 2,y - DSHEAR - scale * h,0);
rp2.set(xd + (scale * w) / 2,y - DSHEAR - scale * h,0);
dxf.draw_line(rp1,rp2);
rp1.set(xd + (scale * w) / 2,y - DSHEAR - scale * h,0);
rp2.set(xd + (scale * w * 3) / 4,y - DSHEAR - scale * h / 4,0);
dxf.draw_line(rp1,rp2);
rp1.set(xd + (scale * w) / 2,y - DSHEAR,0);
rp2.set(xd + (scale * w) / 4,y - DSHEAR - scale * h / 8,0);
dxf.draw_line(rp1,rp2);
rp1.set(xd + (scale * w * 3) / 4,y - DSHEAR - scale * h / 4,0);
rp2.set(xd + (scale * w) / 2,y - DSHEAR - scale * h / 4,0);
dxf.draw_line(rp1,rp2);
} else {
length = 2 * PI * r;
rp1.set(xd,y - DSHEAR - scale * r,0);
dxf.draw_circle(rp1,scale * r);
rp1.set(xd + scale * r,y - DSHEAR - scale * r,0);
rp2.set(xd + scale * r * 4 / 5,y - DSHEAR - scale * r + 0.1,0);
dxf.draw_line(rp1,rp2);
rp2.set(xd + scale * r * 4 / 5,y - DSHEAR - scale * r - 0.1,0);
dxf.draw_line(rp1,rp2);
}
/*text*/
length += 0.1;
str.Format("%s%d L = %d","%%C",int(member->design_data[0].sd * 1000),int(length * 1000));
rp1.set(xd - 0.4,y - DSHEAR + 0.1,0);
rp2 = rp1;
rp2.x += 0.5;
dxf.draw_text(str,rp1,rp2);
}
}
/*longituidinal bars*/
const DOUBLE DBAR = 7.0;
if(member->section->rebar.design == COULMN) {
DESIGNDATA* pdata = &member->design_data[0];
rp1.set(x,y - DBAR,0);
rp2.set(x + L,y - DBAR,0);
dxf.draw_line(rp1,rp2);
if(pdata->total[0] > 1) {
str.Format("%d X (%d%s%d and %d%s%d)",nt,
pdata->count[0][0],"%%C",int(pdata->diam[0][0] * 1000),
pdata->count[0][1],"%%C",int(pdata->diam[0][1] * 1000)
);
} else {
str.Format("%d%s%d",
nt * pdata->count[0][0],"%%C",
int(pdata->diam[0][0] * 1000));
}
int length = int(L * 1000) + 800;
str.Format("%s L = %d",str,length);
rp1.set(x + L / 2 - 0.6,y - DBAR + 0.1,0);
rp2 = rp1;
rp2.x += 0.5;
dxf.draw_text(str,rp1,rp2);
}
if(detailing.cut_at_L3 && member->section->rebar.design == BEAM) {
DESIGNDATA* pdata;
UINT minb,maxb;
minb = 100;
maxb = 0;
for(UINT i = 0;i < member->nDiv;i++) {
if(member->design_data[i].count[0][0] < minb)
minb = member->design_data[i].count[0][0];
if(member->design_data[i].count[1][0] > maxb)
maxb = member->design_data[i].count[1][0];
}
pdata = &member->design_data[0];
dxf.set_style(&style1);
dxf.set_layer(&layer1);
/*common top rebar*/
rp1.set(x,y - DBAR,0);
rp2.set(x + L,y - DBAR,0);
dxf.draw_line(rp1,rp2);
str.Format("%d%s%d L = %d(T)",minb,"%%C",int(pdata->diam[0][0] * 1000),int(L * 1000));
rp1.set(x + L / 2 - 0.6,y - DBAR + 0.1,0);
rp2 = rp1;
rp2.x += 0.5;
dxf.draw_text(str,rp1,rp2);
/*top 1 rebar*/
pdata = &member->design_data[0];
if(pdata->count[0][1] || pdata->count[0][0] - minb > 0) {
rp1.set(x,y - DBAR - 1,0);
rp2.set(x + L / 3,y - DBAR - 1,0);
dxf.draw_line(rp1,rp2);
if(pdata->count[0][1])
str.Format("%d%s%d L = %d(T)",pdata->count[0][1],"%%C",int(pdata->diam[0][1] * 1000),int((L / 3) * 1000));
else
str.Format("%d%s%d L = %d(T)",pdata->count[0][0] - minb,"%%C",int(pdata->diam[0][0] * 1000),int((L / 3) * 1000));
rp1.set(x + 0.8 ,y - DBAR - 1 + 0.1,0);
rp2 = rp1;
rp2.x += 0.5;
dxf.draw_text(str,rp1,rp2);
}
/*top 2 rebar*/
pdata = &member->design_data[member->nDiv - 1];
if(pdata->count[0][1] || pdata->count[0][0] - minb > 0) {
rp1.set(x + 2 * L / 3,y - DBAR - 1,0);
rp2.set(x + L,y - DBAR - 1,0);
dxf.draw_line(rp1,rp2);
if(pdata->count[0][1])
str.Format("%d%s%d L = %d(T)",pdata->count[0][1],"%%C",int(pdata->diam[0][1] * 1000),int((L / 3) * 1000));
else
str.Format("%d%s%d L = %d(T)",pdata->count[0][0] - minb,"%%C",int(pdata->diam[0][0] * 1000),int((L / 3) * 1000));
rp1.set(x + 2 * L / 3 ,y - DBAR - 1 + 0.1,0);
rp2 = rp1;
rp2.x += 0.5;
dxf.draw_text(str,rp1,rp2);
}
/*bottom rebar*/
rp1.set(x,y - DBAR - 2,0);
rp2.set(x + L,y - DBAR - 2,0);
dxf.draw_line(rp1,rp2);
str.Format("%d%s%d L = %d(B)",maxb,"%%C",int(pdata->diam[1][0] * 1000),int(L * 1000));
rp1.set(x + L / 2 - 0.6,y - DBAR - 2 + 0.1,0);
rp2 = rp1;
rp2.x += 0.5;
dxf.draw_text(str,rp1,rp2);
}
}
#undef DrawLine
#undef FindGrid
#undef DrawAxisLabel
dxf.end_section();
/*end*/
dxf.finish();
/*free joint connection data*/
pos = joints.GetHeadPosition();
while(pos) {
joint = &joints.GetNext(pos);
delete joint->ptr;
}
}
void MainWindow::on_pushButton_Check_clicked()
{
QString fileNumber;
fileNumber = ui->lineEdit_FindPart->text();
int partNumber = fileNumber.toInt();
int directoryMin = (partNumber /1000)* (1000) + 1;// rounding number
int directoryMax = directoryMin + 999;
if(fileNumber == "0")
{
QMessageBox::information(this, "Enter a valid number", "Enter a number other than 0");
}
else if(fileNumber == "")
{
QMessageBox::information(this, "Empty", "Enter a number");
}
else if (partNumber <= 10000)// if part number is between 1 and 10000 use the static directory AND ADD DASH (-)
{
//SHOW PART NUMBER
ui->label_LastChecked->setText("B-"+fileNumber);
//static directory
QString directoryRange = "B-0001-B10000";
QFile drawing("N:/SolidWorksDrawing/B---/" + directoryRange + "/B-" + fileNumber + ".slddrw");
QFile pdf("P:/S_Works-Dwgs/B---/B-" + fileNumber + ".pdf");
QFile dxf("P:/SW_Track/B-" + fileNumber + ".dxf");
if(drawing.exists())
{
ui->graphicsView_Drawing->setStyleSheet("background-color:#00ff00");
}
else
{
ui->graphicsView_Drawing->setStyleSheet("background-color:#ff0000");
}
// PDF
if(pdf.exists())
{
ui->graphicsView_Pdf->setStyleSheet("background-color:#00ff00");
}
else
{
ui->graphicsView_Pdf->setStyleSheet("background-color:#ff0000");
}
// DXF
if(dxf.exists())
{
ui->graphicsView_Dxf->setStyleSheet("background-color:#00ff00");
}
else
{
ui->graphicsView_Dxf->setStyleSheet("background-color:#ff0000");
}
}
else
{
//SHOW PART NUMBER
ui->label_LastChecked->setText("B"+fileNumber);
//converting ints to strings and concatinating them
QString directoryRange = "B"+ QString::number(directoryMin)+ "-" + "B" + QString::number(directoryMax);
QFile drawing("N:/SolidWorksDrawing/B---/" + directoryRange + "/B" + fileNumber + ".slddrw");
QFile pdf("P:/S_Works-Dwgs/B---/B" + fileNumber + ".pdf");
QFile dxf("P:/SW_Track/B" + fileNumber + ".dxf");
if(drawing.exists())
{
ui->graphicsView_Drawing->setStyleSheet("background-color:#00ff00");
}
else
{
ui->graphicsView_Drawing->setStyleSheet("background-color:#ff0000");
}
// PDF
if(pdf.exists())
{
ui->graphicsView_Pdf->setStyleSheet("background-color:#00ff00");
}
else
{
ui->graphicsView_Pdf->setStyleSheet("background-color:#ff0000");
}
// DXF
if(dxf.exists())
{
ui->graphicsView_Dxf->setStyleSheet("background-color:#00ff00");
}
else
{
ui->graphicsView_Dxf->setStyleSheet("background-color:#ff0000");
}
}
}//CHECK ENDS HERE
