def set_structure_extrusion(self, normal = False):
vertes = self.get_verts_from_face_id(0)
normalVec = mathutils.geometry.normal(*vertes)
inverse = -1;
if normal == True:
inverse = 1;
inverse = inverse * self.STRUC_HEIGHT;
verts = [];
face = [];
for i,e in enumerate(self.verts):
vect = self.verts[i][0]
vct = vtr((
vect[0]+ (normalVec[0] * inverse),
vect[1]+(normalVec[1]*inverse),
vect[2]+(normalVec[2]*inverse))
)
idv = self.sid();
verts.append([vct,idv])
face.append(idv)
self.FACES.append([face, self.sid()])
for i, vec in enumerate(verts):
if i == len(self.verts)-1:
face = [self.verts[i][1],verts[i][1],verts[0][1],self.verts[0][1]]
else:
face = [self.verts[i][1],verts[i][1],verts[i+1][1],self.verts[i+1][1]]
self.FACES.append([face, self.sid()])
self.append_vectors(verts)
def get_delimiters_as_areas(self):
vectors = []; faces = []; edges = []
verts = 0
for space in self.delimiters:
delimiter_vector = space[0]
radius = space[1]
face = []; radi = 0;
while radi < 360:
radi += 1
if radi % 24 == 0:
vec = vtr((0, radius,0))
vec.rotate(Euler((0.0, 0, math.radians(radi)), 'XYZ'))
vecF = vtr((vec[0]+delimiter_vector[0], vec[1]+delimiter_vector[1], vec[2]+delimiter_vector[2]))
vectors.append(vecF)
face.append(verts)
verts += 1
faces.append(face)
struct = [vectors,edges,faces,self.NAME+"_Delimiters"]
return struct
def rvec(self,x=1,y=1,z=1,xd=True,yd=True,zd=True,delimited=True,persistance=100):
vec = None
min = self.size
for vects in range(persistance):
vx = rint(-x * 100 * min ,y * 100 * min )/100
vy = rint(-x * 100 * min ,y * 100 * min )/100
vz = rint(-z * 100 * min ,z * 100 * min )/100
vec= vtr(( vx, vy, vz ))
if not delimited: return vec
if not self.vdelimited(vec,xd,yd,zd):
return vec
return vec
def plane(self,strech=None,type=1):
self.verts = []
if strech != None: self.delimiters = [ [ vtr((0,0,0)),strech ] ]
vects, face = [], []
half = int(self.points / 2)
v1 = self.rvec(z=0,zd=False,delimited=False);
vects.append([v1,self.sid()])
for vect in range( half - 1 ):
vn = self.rvec( z=0, zd=False, delimited=False )
vec = vn + vects[-1][0]
for i,vk in enumerate(vects):
if i == 0:
continue
if intersect_line_line(vk[0],vects[i-1][0],vects[-1][0],vec):
bad = True
break
vn = self.rvec(z=0,zd=False,delimited=False)
vec = vn + vects[-1][0]
vects.append([vec,self.sid()])
pass
self.verts = vects;
else:
for vect in range( self.points ):
vec = self.rvec(z=0,zd=False);
vects.append([vec,self.sid()]);
self.verts = vects;
self.verts.sort(reverse = True, key = ut.takeSecond)
for x in self.verts:
face.append(x[1]);
self.FACES = [[face,self.sid()]];
def get_stored(self):
structure = ut.sql_query("SELECT id FROM structures WHERE name = '"+self.NAME+"' ;")
if structure == None :
print("This object does not exist in your database!!");
return None;
stored_verts = [];
stored_faces = [];
faces = ut.sql_query("SELECT verts FROM faces WHERE id_structure = '"+str(structure[0][0])+"' ")
for face in faces:
stored_face = []
for vert in face[0].split(","):
if vert == "":
continue;
v = ut.sql_query("SELECT x,y,z FROM vertices WHERE id = "+vert)[0]
vert_pos = len(stored_verts);
v = vtr( (v[0],v[1],v[2]) );
if v in stored_verts:
vert_pos = stored_verts.index(v)
stored_face.append(vert_pos);
continue;
stored_verts.append(v);
stored_face.append(vert_pos);
pass
if len(stored_face) < 3:
print("A stored face doesn't have all the needet vertices!!");
continue;
stored_faces.append(stored_face);
dict = { "faces" : stored_faces, "verts" : stored_verts }
return dict