mirror of https://github.com/etlegacy/EasyGen.git
recrustified
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jackeri
parent
8b3d6db6d5
commit
705460cf04
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@ -34,3 +34,5 @@ Thumbs.db
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# CDT-specific
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/.cproject
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# CMake specific
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CMakeLists.txt.user
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134
src/Nemo3D.cpp
134
src/Nemo3D.cpp
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@ -4124,10 +4124,10 @@ bool u3d_BoxCollision(CNmVec3 *min1, CNmVec3 *max1, CNmVec3 *min2, CNmVec3 *max2
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bool u3d_FaceCSGPoly(CNmFace *fc1, CNmPoly *poly1, float tolerance)
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{
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CNmVec3 forigin;
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CNmFace *fc;
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CNmVec3 forigin;
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CNmFace *fc;
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S_FACEPOINT *item;
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int i;
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int i;
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for (fc = poly1->m_Face; fc; fc = fc->Next)
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{
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@ -4173,17 +4173,17 @@ bool u3d_FaceCSGPoly(CNmFace *fc1, CNmPoly *poly1, float tolerance)
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int u3d_CSGSafe(CNmPoly *polyhard, CNmPoly *poly, CNmPolyList *results, float tolerance)
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{
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CNmPoly *work = new CNmPoly;
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CNmPoly *result = NULL;
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S_PLANE *pl;
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CNmFace *fc;
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CNmPolyList csglist, tmplist;
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CNmPoly *work = new CNmPoly;
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CNmPoly *result = NULL;
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S_PLANE *pl;
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CNmFace *fc;
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CNmPolyList csglist, tmplist;
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CNmPolySubList sublist;
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CNmPoly *poly1;
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CNmPoly *poly2;
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CNmPoly *merged;
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bool restart;
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int created = 0;
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CNmPoly *poly1;
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CNmPoly *poly2;
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CNmPoly *merged;
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bool restart;
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int created = 0;
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work->FromPoly(*poly); // work = *this
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@ -4277,14 +4277,14 @@ int u3d_CSGSafe(CNmPoly *polyhard, CNmPoly *poly, CNmPolyList *results, float to
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int u3d_CSG(CNmPoly *polyhard, CNmPoly *poly, CNmPolyList *results, float tolerance)
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{
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CNmPoly *work = new CNmPoly;
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CNmPoly *result = NULL;
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S_PLANE *pl;
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CNmFace *fc;
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CNmPolyList csglist, tmplist;
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CNmPoly *work = new CNmPoly;
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CNmPoly *result = NULL;
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S_PLANE *pl;
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CNmFace *fc;
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CNmPolyList csglist, tmplist;
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CNmPolySubList sublist;
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int created = 0;
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bool collide = false;
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int created = 0;
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bool collide = false;
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// complete csg
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if (u3d_PolyInsideOrEqualPoly(poly, polyhard, tolerance))
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@ -4365,7 +4365,7 @@ bool u3d_PolySmallerThan(CNmPoly *poly, float k) // FIXME, gives errors i
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S_POINT *pt;
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S_PLANE *pl;
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CNmFace *fc;
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float dist;
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float dist;
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// for every face...
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for (fc = poly->m_Face; fc; fc = fc->Next)
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@ -4426,9 +4426,9 @@ bool u3d_PolyPlaneIntersect(CNmPoly *poly, S_PLANE *pl, float tolerance) // FIX
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{
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S_POINT *pt;
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S_POINT *ptstart;
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bool sign;
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bool inside;
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float dist;
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bool sign;
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bool inside;
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float dist;
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ptstart = NULL;
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@ -4506,10 +4506,10 @@ bool u3d_PolyPlaneIntersect(CNmPoly *poly, S_PLANE *pl, float tolerance) // FIX
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POS u3d_PolyInsidePlane(CNmPoly *poly, S_PLANE *pl, float tolerance) //TESTME
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{
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S_POINT *pt;
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float dist;
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int pts_out = 0;
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int pts_in = 0;
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int pts_mid = 0;
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float dist;
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int pts_out = 0;
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int pts_in = 0;
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int pts_mid = 0;
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for (pt = poly->m_Point; pt; pt = pt->next)
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{
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@ -4607,10 +4607,10 @@ bool u3d_PolyCollision(CNmPoly *poly1, CNmPoly *poly2, float tolerance)
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bool u3d_PolyFaceCollision(CNmPoly *poly, CNmFace *fc1, float tolerance)
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{
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CNmFace *fc;
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CNmVec3 risu;
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CNmFace *fc;
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CNmVec3 risu;
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S_FACEPOINT *item;
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int i;
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int i;
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// face point inside poly
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item = fc1->m_FcPtHead;
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@ -4711,7 +4711,7 @@ int u3d_PolyFaceShare(CNmPoly *poly1, CNmPoly *poly2, float tolerance)
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{
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CNmFace *fc1;
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CNmFace *fc2;
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int result = 0;
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int result = 0;
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for (fc1 = poly1->m_Face; fc1; fc1 = fc1->Next)
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{
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@ -4922,11 +4922,11 @@ that is a face must see the other face. (use u3d_PolyPlaneInvShare(pl1,pl2,fc1,f
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*/
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bool u3d__FaceShareFace(CNmFace *fc1, CNmFace *fc2, float tolerance)
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{
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CNmVec3 v;
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CNmVec3 v;
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S_FACEPOINT *item;
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S_FACEPOINT *item1;
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S_FACEPOINT *item2;
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int i, i1, i2;
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int i, i1, i2;
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// face origin inside check
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if (u3d_PointInsideOrEqualFace(&fc1->m_pre_Origin, fc2, tolerance))
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@ -5021,8 +5021,8 @@ bool u3d_FaceShareFace(CNmFace *fc1, CNmFace *fc2, float tolerance)
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S_FACEPOINT *item;
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S_FACEPOINT *item1;
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S_FACEPOINT *item2;
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int i, i1, i2;
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CNmVec3 outn, v;
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int i, i1, i2;
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CNmVec3 outn, v;
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// face origin inside check
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v = fc1->GetOrigin();
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@ -5112,7 +5112,7 @@ bool u3d_FaceShareFace(CNmFace *fc1, CNmFace *fc2, float tolerance)
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bool u3d_FaceInsideOrEqualPoly(CNmFace *fc1, CNmPoly *poly1, float tolerance)
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{
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S_FACEPOINT *item;
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int i;
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int i;
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item = fc1->m_FcPtHead;
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for (i = 0; i < fc1->m_NumFcPts; i++)
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@ -5132,7 +5132,7 @@ bool u3d_FaceInsideOrEqualPoly(CNmFace *fc1, CNmPoly *poly1, float tolerance)
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bool u3d_FaceInsidePoly(CNmFace *fc1, CNmPoly *poly1, float tolerance)
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{
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S_FACEPOINT *item;
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int i;
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int i;
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item = fc1->m_FcPtHead;
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for (i = 0; i < fc1->m_NumFcPts; i++)
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@ -5154,17 +5154,17 @@ Arbitrary oriented faces intersection
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*/
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bool u3d_FaceIntersect(CNmFace *fc1, CNmFace *fc2, float tolerance)
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{
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CNmVec3 ea1, ea2, eb1, eb2, dir;
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CNmVec3 ea1, ea2, eb1, eb2, dir;
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S_FACEPOINT *item1;
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S_FACEPOINT *item2;
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S_FACEPOINT *itema1;
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S_FACEPOINT *itema2;
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S_FACEPOINT *itemb1;
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S_FACEPOINT *itemb2;
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float a1, a2, b1, b2, min, max, work;
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int i;
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bool got1;
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bool got2;
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float a1, a2, b1, b2, min, max, work;
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int i;
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bool got1;
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bool got2;
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itema1 = NULL;
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itema2 = NULL;
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@ -5345,7 +5345,7 @@ that is a face must see the other face. (use u3d_PolyPlaneInvShare(pl1,pl2,fc1,f
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bool u3d_FaceInsideFace(CNmFace *fc1, CNmFace *fc2, float tolerance)
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{
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S_FACEPOINT *item;
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int i;
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int i;
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// face point inside check
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item = fc1->m_FcPtHead;
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@ -5371,7 +5371,7 @@ is not the same of FaceToFace(here some points can be inside, others in the boun
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bool u3d_FaceInsideOrEqualFace(CNmFace *fc1, CNmFace *fc2, float tolerance)
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{
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S_FACEPOINT *item;
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int i;
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int i;
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// face point inside check
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item = fc1->m_FcPtHead;
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@ -5409,7 +5409,7 @@ POS u3d_PointInsidePlane(CNmVec3 *pt, S_PLANE *pl, float *distance, float tolera
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bool u3d_PointInPlanes(CNmVec3 *pt, S_PLANE *plane, float tolerance)
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{
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S_PLANE *pl;
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float dist;
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float dist;
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for (pl = plane; pl; pl = pl->next)
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{
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@ -5424,7 +5424,7 @@ bool u3d_PointInPlanes(CNmVec3 *pt, S_PLANE *plane, float tolerance)
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bool u3d_PointInsideOrEqualPoly(CNmVec3 *p, CNmPoly *poly, float tolerance)
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{
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CNmFace *fc;
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float dist;
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float dist;
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for (fc = poly->m_Face; fc; fc = fc->Next)
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{
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@ -5440,7 +5440,7 @@ bool u3d_PointInsideOrEqualPoly(CNmVec3 *p, CNmPoly *poly, float tolerance)
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bool u3d_PointInsidePoly(CNmVec3 *p, CNmPoly *poly, float tolerance)
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{
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CNmFace *fc;
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float dist;
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float dist;
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for (fc = poly->m_Face; fc; fc = fc->Next)
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{
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@ -5493,7 +5493,7 @@ int u3d_SegmentPlaneClip(CNmVec3 &a,CNmVec3 &b,S_PLANE *plane)
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bool u3d__PointInsideOrEqualFace(CNmVec3 *v, CNmFace *f, float tolerance)
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{
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S_FACEPOINT *item;
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int i;
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int i;
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item = f->m_FcPtHead;
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@ -5514,8 +5514,8 @@ bool u3d__PointInsideOrEqualFace(CNmVec3 *v, CNmFace *f, float tolerance)
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bool u3d_PointInsideOrEqualFace(CNmVec3 *v, CNmFace *f, float tolerance)
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{
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S_FACEPOINT *item;
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CNmVec3 dirout;
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int i;
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CNmVec3 dirout;
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int i;
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item = f->m_FcPtHead;
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@ -5541,7 +5541,7 @@ bool u3d_PointInsideOrEqualFace(CNmVec3 *v, CNmFace *f, float tolerance)
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bool u3d__PointInsideFace(CNmVec3 *v, CNmFace *f, float tolerance)
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{
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S_FACEPOINT *item;
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int i;
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int i;
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item = f->m_FcPtHead;
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@ -5562,8 +5562,8 @@ bool u3d__PointInsideFace(CNmVec3 *v, CNmFace *f, float tolerance)
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bool u3d_PointInsideFace(CNmVec3 *v, CNmFace *f, float tolerance)
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{
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S_FACEPOINT *item;
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CNmVec3 dirout;
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int i;
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CNmVec3 dirout;
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int i;
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item = f->m_FcPtHead;
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@ -5592,10 +5592,10 @@ bool u3d__EdgeIntersect(S_FACEPOINT *item1, S_FACEPOINT *item2, float tolerance)
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float dist_b1;
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float dist_a2;
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float dist_b2;
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bool sign_a1;
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bool sign_b1;
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bool sign_a2;
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bool sign_b2;
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bool sign_a1;
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bool sign_b1;
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bool sign_a2;
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bool sign_b2;
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//////
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@ -5648,14 +5648,14 @@ bool u3d__EdgeIntersect(S_FACEPOINT *item1, S_FACEPOINT *item2, float tolerance)
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bool u3d_EdgeIntersect(S_FACEPOINT *item1, S_FACEPOINT *item2, float tolerance)
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{
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float dist_a1;
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float dist_b1;
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float dist_a2;
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float dist_b2;
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bool sign_a1;
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bool sign_b1;
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bool sign_a2;
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bool sign_b2;
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float dist_a1;
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float dist_b1;
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float dist_a2;
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float dist_b2;
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bool sign_a1;
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bool sign_b1;
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bool sign_a2;
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bool sign_b2;
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CNmVec3 dirout, n;
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n = (*item1->next->vecptr - *item1->vecptr) ^ (*item2->next->vecptr - *item2->vecptr);
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@ -5768,7 +5768,7 @@ bool u3d_SquareFaceRayIntersection(CNmVec3& a, CNmVec3& b, CNmVec3& c, CNmVec3&
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S_PLANE plane;
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CNmVec3 ra, ba, cb, dc, ad, ain, bin, cin, din;
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CNmVec3 p;
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float dist;
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float dist;
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ra = a - eye;
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@ -39,8 +39,8 @@ public:
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float XFloat(bool trim = true); // extract a float from current position (trim ON deletes ' ' from beginning first)
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bool XString(CNmStr&str, char end); // extract a string from current position to char end
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bool XString(char **dst, char end); // extract a string from current position to char end
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// m_Position is set over end
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// dst is destroyed without any type of checks
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// m_Position is set over end
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// dst is destroyed without any type of checks
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void XClear(char c); // while c is read, increment m_Pos
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void XClear(const char *setc);
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