[Bf-blender-cvs] SVN commit: /data/svn/bf-blender [31244] branches/nurbs-merge: Small code cleaning, no functionality change.
Sergey Sharybin
g.ulairi at gmail.com
Wed Aug 11 17:38:54 CEST 2010
Revision: 31244
http://projects.blender.org/plugins/scmsvn/viewcvs.php?view=rev&root=bf-blender&revision=31244
Author: nazgul
Date: 2010-08-11 17:38:54 +0200 (Wed, 11 Aug 2010)
Log Message:
-----------
Small code cleaning, no functionality change.
Merge rev28244 from nurbs25 branch
Revision Links:
--------------
http://projects.blender.org/plugins/scmsvn/viewcvs.php?view=rev&root=bf-blender&revision=28244
Modified Paths:
--------------
branches/nurbs-merge/intern/nurbana/intern/libNurbana.cpp
branches/nurbs-merge/intern/nurbana/intern/nbConstruct.cpp
branches/nurbs-merge/intern/nurbana/intern/nbConstruct.h
branches/nurbs-merge/intern/nurbana/intern/nbDegree.cpp
branches/nurbs-merge/intern/nurbana/intern/nbDegree.h
branches/nurbs-merge/intern/nurbana/intern/nbFitting.cpp
branches/nurbs-merge/intern/nurbana/intern/nbFitting.h
branches/nurbs-merge/intern/nurbana/intern/nbGenerate.cpp
branches/nurbs-merge/intern/nurbana/intern/nbGenerate.h
branches/nurbs-merge/intern/nurbana/intern/nbGridTessellator.cpp
branches/nurbs-merge/intern/nurbana/intern/nbKnot.cpp
branches/nurbs-merge/intern/nurbana/intern/nbNURBS.cpp
branches/nurbs-merge/intern/nurbana/intern/nbNURBS.h
branches/nurbs-merge/intern/nurbana/intern/nbPrimitives.cpp
branches/nurbs-merge/intern/nurbana/intern/nbPrimitives.h
branches/nurbs-merge/intern/nurbana/intern/nbTessellator.h
branches/nurbs-merge/intern/nurbana/intern/nbTrimTessellator.cpp
branches/nurbs-merge/source/blender/editors/curve/editcurve.c
branches/nurbs-merge/source/blender/editors/include/ED_view3d.h
branches/nurbs-merge/source/blender/editors/space_view3d/drawobject.c
Modified: branches/nurbs-merge/intern/nurbana/intern/libNurbana.cpp
===================================================================
--- branches/nurbs-merge/intern/nurbana/intern/libNurbana.cpp 2010-08-11 15:38:20 UTC (rev 31243)
+++ branches/nurbs-merge/intern/nurbana/intern/libNurbana.cpp 2010-08-11 15:38:54 UTC (rev 31244)
@@ -66,7 +66,7 @@
// Initialises an already created object to be a particular kind of geometric primitive e.g. sphere
NurbanaObj_ptr NRB_CreatePrimitive(NurbanaObj_ptr nop, unsigned char type) {
nbNURBS *on = reinterpret_cast<nbNURBS*>(nop);
- nbPrimitives::Create(on, type);
+ nbPrimitives::create(on, type);
return nop;
}
@@ -76,7 +76,7 @@
if (on->getLength(0,0) + on->getLength(1,0)) {
on->setCacheBuffer();
- on->ResetIsoLines();
+ on->resetIsoLines();
}
}*/
@@ -182,7 +182,7 @@
nbNURBS *on;
on = reinterpret_cast<nbNURBS*>(nurb);
nbReal4 *src = buffer;
- Point3d *dst = on->CtlPts() + uOffset + vOffset * on->Length(0);
+ Point3d *dst = on->getCtlPts() + uOffset + vOffset * on->Length(0);
int nextDstCurve = on->Length(0);
for (int j = 0; j < curveCount; j++, src += nextCurve, dst += nextDstCurve) {
for (int i = 0; i < curveLength; i++) {
@@ -232,7 +232,7 @@
on2 = reinterpret_cast<nbNURBS*>(in2);
on3 = reinterpret_cast<nbNURBS*>(out);
- nbConstruct::Blend(on1, on2, on3, edgeA, edgeB, 0);
+ nbConstruct::blend(on1, on2, on3, edgeA, edgeB, 0);
NRB_Print(out);
}
@@ -240,8 +240,8 @@
nbNURBS *on;
on = reinterpret_cast<nbNURBS*>(nop);
bool cyclic = on->Cyclic(uv);
- int degree = on->Order(uv) - 1;
- nbReal* knots = on->KnotVector(uv);
+ int degree = on->getOrder(uv) - 1;
+ nbReal* knots = on->getKnotVector(uv);
int curveLength = on->Length(uv);
int curveCount = on->Length(!uv);
@@ -250,7 +250,7 @@
int nextDstCp = uv ? dstLen : 1;
int nextDstCurve = uv ? 1 : dstLen;
- nbKnot::split(on->CtlPts(), curveLength, curveCount, nextCp, nextCurve, dst, nextDstCp, nextDstCurve, knots, degree, x, cyclic, *k, *newPoints, *inserted, *frstLen, *scndLen, true);
+ nbKnot::split(on->getCtlPts(), curveLength, curveCount, nextCp, nextCurve, dst, nextDstCp, nextDstCurve, knots, degree, x, cyclic, *k, *newPoints, *inserted, *frstLen, *scndLen, true);
}
@@ -261,7 +261,7 @@
nbReal4 *frstPatch, *scndPatch;
bool cyclic = on->Cyclic(uv);
int newLen, lengthU, lengthV, uOffset1, curveLen, curveCount;
- const int order = on->Order(uv);
+ const int order = on->getOrder(uv);
const int degree = order - 1;
nbReal *tmpKnots = (nbReal* ) MEM_callocN((newLength + 2 * order) * sizeof(*tmpKnots), "Knots");
if (cyclic) {
@@ -276,9 +276,9 @@
lengthU = uv ? frst->Length(0) : newLen;
lengthV = uv ? newLen : frst->Length(1);
frst->setKnotType(uv,0);
- memcpy(tmpKnots, frst->KnotVector(uv), (frst->Length(uv) + 2 * degree + 1 ) * sizeof(*tmpKnots));
+ memcpy(tmpKnots, frst->getKnotVector(uv), (frst->Length(uv) + 2 * degree + 1 ) * sizeof(*tmpKnots));
frst->setLengthRef(lengthU, lengthV, 0, 0, 0);
- knots = frst->KnotVector(uv);
+ knots = frst->getKnotVector(uv);
int i = 0;
for (int j = 0; j < order; j++, i++)
@@ -310,18 +310,18 @@
scnd->setKnotType(uv, 9);
frst->setKnotType(uv, 9);
scnd->setLengthRef(lengthU, lengthV, 0, 0, 0);
- knots2 = scnd->KnotVector(uv);
- knots1 = frst->KnotVector(uv);
+ knots2 = scnd->getKnotVector(uv);
+ knots1 = frst->getKnotVector(uv);
scnd->Length(0, lengthU);
scnd->Length(1, lengthV);
//TODO: seting dimension for frst doesn't release memory for unused cp
//maybe we should have two variables for one dimension: one allocated mem inbuffer, second for used
frst->Length(uv, frstLen);
- toCopy = frst->Length(!uv) + frst->Order(!uv);
+ toCopy = frst->Length(!uv) + frst->getOrder(!uv);
if (frst->Cyclic(!uv))
- toCopy += frst->Order(!uv) - 1;
- memcpy(scnd->KnotVector(!uv), frst->KnotVector(!uv), toCopy * sizeof(nbReal));
+ toCopy += frst->getOrder(!uv) - 1;
+ memcpy(scnd->getKnotVector(!uv), frst->getKnotVector(!uv), toCopy * sizeof(nbReal));
scnd->setCacheBuffer();
int i = 0;
for (i = 0; i <= degree; i++)
@@ -404,7 +404,7 @@
void NRB_DegreeReduce(NurbanaObj_ptr nop, int Udec, int Vdec) {
nbNURBS *on;
on = reinterpret_cast<nbNURBS*>(nop);
- nbDegree::Reduce(on, Udec, Vdec );
+ nbDegree::reduce(on, Udec, Vdec );
NRB_Print(on);
}
@@ -413,7 +413,7 @@
int inc[] = {Uinc, Vinc};
nbNURBS *on;
on = reinterpret_cast<nbNURBS*>(nop);
- nbDegree::Elevate(on, inc);
+ nbDegree::elevate(on, inc);
on->setCacheBuffer();
NRB_Print(on);
}
@@ -468,13 +468,12 @@
nbNURBS *on;
// int ntps;
on = reinterpret_cast<nbNURBS*>(nop);
- on->ResetIsoLines();
+ on->resetIsoLines();
}
int NRB_getNumTessPoints(NurbanaObj_ptr nop) {
nbNURBS *on;
- int ntps;
on = reinterpret_cast<nbNURBS*>(nop);
return on->tsslltr->getVertexCount();
}
@@ -483,13 +482,13 @@
nbNURBS *on;
// int ntps;
on = reinterpret_cast<nbNURBS*>(nop);
-// nbFitting::GlobalInterp(on,5,4,1,(nbReal3*)buffer);
+// nbFitting::globalInterp(on,5,4,1,(nbReal3*)buffer);
// on->setCacheBuffer();
- int CPU = 5;
- Point3d *U = (Point3d*)MEM_callocN(sizeof(Point3d)*CPU,"GlobalInterp U");
- nbGenerate::Surface(on, (nbReal*)buffer, CPU,1,3);
- nbFitting::GlobalInterpCurve(U,CPU,on->Order(0)-1,on->KnotVector(0),2);
- for(int i=0;i<CPU;i++)
+ int cpu = 5;
+ Point3d *U = (Point3d*)MEM_callocN(sizeof(Point3d)*cpu,"GlobalInterp U");
+ nbGenerate::surface(on, (nbReal*)buffer, cpu,1,3);
+ nbFitting::globalInterpCurve(U,cpu,on->getOrder(0)-1,on->getKnotVector(0),2);
+ for(int i=0;i<cpu;i++)
printf("U[%d] %.3f,.%3f,%.3f\n",i,U[i].x,U[i].y,U[i].z);
}
@@ -528,15 +527,15 @@
return on->getKnotLength(uv);
/* if(on->Cyclic(uv))
- return (on->Length(uv) + on->Order(uv) + on->Order(uv) - 1); // don't need a different number for cyclic because of virtual CP
+ return (on->Length(uv) + on->getOrder(uv) + on->getOrder(uv) - 1); // don't need a different number for cyclic because of virtual CP
else
- return (on->Length(uv) + on->Order(uv));//FIXME*/
+ return (on->Length(uv) + on->getOrder(uv));//FIXME*/
}
int NRB_getOrder(int uv,NurbanaObj_ptr nurb) {
nbNURBS *on;
on = reinterpret_cast<nbNURBS*>(nurb);
- return (on->Order(uv));
+ return (on->getOrder(uv));
}
nbReal NRB_getLastKnotValue(NurbanaObj_ptr nurb,int uv) {
@@ -567,7 +566,7 @@
nbGenerate::KnotVector(on);
on->RecalculateKnotVector(0);
}
- //nbGenerate::Surface(on,buffer, resU, resV, dim);
+ //nbGenerate::surface(on,buffer, resU, resV, dim);
on->tsslltr->getVertexes(buffer);
MEM_check_memory_integrity();
return buffer;
@@ -581,7 +580,7 @@
nbGenerate::KnotVector(on);
on->RecalculateKnotVector(0);
}
- nbGenerate::CurveOnSurface(on,buffer, res, t, uv, dim);
+ nbGenerate::curveOnSurface(on,buffer, res, t, uv, dim);
return buffer;
}
@@ -593,7 +592,7 @@
on->RecalculateKnotVector(0);
}
- nbGenerate::Curve(on,buffer, tiltBuffer, radiusBuffer, res, false);
+ nbGenerate::curve(on,buffer, tiltBuffer, radiusBuffer, res, false);
return buffer;
}
nbReal3* NRB_GenerateNormals(NurbanaObj_ptr nop) {
Modified: branches/nurbs-merge/intern/nurbana/intern/nbConstruct.cpp
===================================================================
--- branches/nurbs-merge/intern/nurbana/intern/nbConstruct.cpp 2010-08-11 15:38:20 UTC (rev 31243)
+++ branches/nurbs-merge/intern/nurbana/intern/nbConstruct.cpp 2010-08-11 15:38:54 UTC (rev 31244)
@@ -1,205 +1,69 @@
#include "nbConstruct.h"
-void nbConstruct::Loft(nbNURBS **objs, int N, int V) {
- // obj2 and obj3 are Input curves, obj1 is output surface
- int i,k,MaxOrder,KVtmplen,KVlen,Difflen;
- nbReal MaxKnot,KVtmp[128],KVfnl[128],Diff[128];
-
- // Since algorithm is built around N x 1 curves, change all 1 x N to N x 1
- for(i= 1; i < N; i++)
- if (objs[i]->Length(0) == 1) {
- objs[i]->Length(0,objs[i]->Length(1));
- objs[i]->Length(1,1);
-
- objs[i]->Order(0,objs[i]->Order(1));
- objs[i]->Order(1,2);
-
- objs[i]->setLength(objs[i]->Length(0),objs[i]->Length(0));
-
- for(k= 0; k < objs[i]->Length(0) + objs[i]->Order(0); k++)
- objs[i]->KnotVector(0)[k]= objs[i]->KnotVector(1)[k];
-
- objs[i]->setLength(objs[i]->Length(0),1);
- } //fi
-
- // Match Degree of Curves using highest degree
- MaxOrder= 0;
- for(i= 1; i < N; i++)
- if (objs[i]->Order(0) > MaxOrder)
- MaxOrder= objs[i]->Order(0);
-
- // Raise Degree of Curves with Lower Order than Max Order
- for(i= 1; i < N; i++)
- if (objs[i]->Order(0) < MaxOrder) {
- int inc[] = {MaxOrder-objs[i]->Order(0), 0};
- nbDegree::Elevate(objs[i], inc);
- }
-
- // Determine largest Knot value in each Curves Knot Vector
- MaxKnot= 0;
- for(i= 1; i < N; i++)
- if (objs[i]->KnotVector(0)[objs[i]->Length(0) + objs[i]->Order(0) - 1] > MaxKnot)
- MaxKnot= objs[i]->KnotVector(0)[objs[i]->Length(0) + objs[i]->Order(0) - 1];
-
- // Scale Knot Vectors
- for(i= 1; i < N; i++)
- nbKnot::Scale(objs[i]->KnotVector(0),objs[i]->Length(0) + objs[i]->Order(0),MaxKnot);
-
- // Merge Knot Vectors
- nbKnot::MergeKnotVectors(objs[1]->Length(0) + objs[1]->Order(0), objs[1]->KnotVector(0), objs[2]->Length(0) + objs[2]->Order(0), objs[2]->KnotVector(0), KVtmplen, KVtmp);
- // printf("KVtmplen: %d\n",KVtmplen);
-
- for(i= 3; i < N; i++) {
- nbKnot::MergeKnotVectors(objs[i]->Length(0) + objs[i]->Order(0), objs[i]->KnotVector(0), KVtmplen, KVtmp, KVlen, KVfnl);
- for(k= 0; k < KVlen; k++)
- KVtmp[k]= KVfnl[k];
- KVtmplen= KVlen;
- } //eof
-
- // printf("KVlen: %d\n",KVlen);
- // for(i= 0; i < KVlen; i++)
- // printf("[%.3f]",KVfnl[i]);
-
-
- // Refine Curves over their new Knot Vector
- for(i= 1; i < N; i++) {
- nbKnot::Difference(objs[i]->KnotVector(0), objs[i]->Length(0)+objs[i]->Order(0),KVfnl,KVlen,Diff,Difflen);
- if (Difflen)
- nbKnot::Refine(objs[i],Diff,Difflen,0);
- } //eof
-
- // Copy new Points, KnotVector, etc... into obj1
- objs[0]->setLength(objs[1]->Length(0),N-1);
- objs[0]->Order(0,objs[1]->Order(0));
- objs[0]->Order(1,V);
-
- objs[0]->Length(0, objs[1]->Length(0));
- objs[0]->Length(1, N - 1);
-
-
- // Assign new KnotVector
- for(i= 0; i < KVlen; i++)
- objs[0]->KnotVector(0)[i]= KVfnl[i];
-
-
- // Generate V Knot Vector
- for(i= 0; i < objs[0]->Order(1); i++)
- objs[0]->KnotVector(1)[i]= 0;
- for(i= objs[0]->Length(1); i < objs[0]->Length(1) + objs[0]->Order(1); i++)
- objs[0]->KnotVector(1)[i]= 1;
@@ Diff output truncated at 10240 characters. @@
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