| /dports/math/sisl/SISL-SISL-4.6.0-44-g9114631/src/ |
| H A D | s1340.c | 54 s1340(SISLCurve *oldcurve, double eps[], int startfix, int endfix, in s1340() argument
59 s1340(oldcurve, eps, startfix, endfix, epsco, itmax, newcurve, in s1340()
63 int startfix;
261 startfix = MAX(startfix, 2);
319 s1354(qc_kreg, qc_kreg, &ranking, eps, lepsco, startfix, endfix,
361 s1354(*newcurve, *newcurve, &ranking, eps, lepsco, startfix,
375 startfix, endfix, &tempcurve,
413 startfix, endfix, mini, maxi, &helpcurve, maxerr, &lstat);
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| H A D | s1950.c | 49 double eps[],double epsco[],int startfix,int endfix,int *jncont, in s1950() argument
53 startfix, endfix, jncont, mini, maxi, newcurve, maxerr, stat) in s1950()
59 int startfix;
240 int nlim = MAX(k, startfix+endfix); /* The minimum number of B-spline
373 s1943(oldcurve, ltau, k, hn, startfix, endfix, *jncont,
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| H A D | s1354.c | 54 double eps[],double epsco[],int startfix,int endfix,int mini, in s1354() argument
58 startfix, endfix, mini, maxi, newcurve, maxerr, stat) in s1354()
64 int startfix;
238 int nlim = MAX(k, startfix+endfix); /* The minimum number of B-spline
357 sh1365(oldcurve, ltau, k, hn, startfix, endfix,
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| H A D | s1940.c | 48 s1940(SISLCurve *oldcurve, double eps[], int startfix, int endfix, int iopen, in s1940() argument
53 s1940(oldcurve, eps, startfix, endfix, iopen, itmax, newcurve, in s1940()
57 int startfix;
353 s1950(qc_kreg, qc_kreg, &ranking, eps, lepsco, startfix, endfix, &kncont,
423 s1950(*newcurve, *newcurve, &ranking, eps, lepsco, startfix,
435 startfix, endfix, kncont, &tempcurve,
471 s1950(qc_kreg, *newcurve, &ranking, eps, lepsco, startfix,
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| /dports/math/sisl/SISL-SISL-4.6.0-44-g9114631/doc/manual/func/ |
| H A D | s1343.tex | 10 {\fov oldcurve}, {\fov eps}, {\fov startfix}, {\fov endfix}, {\fov epsco},
15 \>\> int \> {\fov startfix};\\
29 \>\> {\fov startfix}\> - \> \begin{minipg2}
32 The $(0 - (startfix-1))$ derivatives
33 will be kept fixed. If startfix$<$0, this
34 routine will set it to 0. If startfix$>$order,
66 \>\> int \> {\fov startfix};\\
74 {\fov oldcurve}, {\fov eps}, {\fov startfix}, {\fov endfix}, {\fov epsco},
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| H A D | s1340.tex | 11 … {\fov oldcurve}, {\fov eps}, {\fov startfix}, {\fov endfix}, {\fov epsco}, {\fov itmax},
16 \>\> int \> {\fov startfix};\\
32 \>\> {\fov startfix}\> - \> \begin{minipg2}
35 (startfix-1)) derivatives will be kept fixed. If startfix
36 … $<$0, this routine will set it to 0. If startfix$>$the curve order, this
74 \>\> int \> {\fov startfix};\\
83 … {\fov oldcurve}, {\fov eps}, {\fov startfix}, {\fov endfix}, {\fov epsco}, {\fov itmax},
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| H A D | s1940.tex | 10 …{\fov oldcurve}, {\fov eps}, {\fov startfix}, {\fov endfix}, {\fov iopen}, {\fov itmax}, {\f…
15 \>\> int \> {\fov startfix};\\
40 \>\> {\fov startfix}\> - \> \begin{minipg2}
43 The $0,\ldots,(startfix-1)$ derivatives will be kept fixed.
44 If startfix $<0$, this routine will set it to 0.
45 If startfix $<$ the order of the curve, this routine
97 \>\> int \> {\fov startfix};\\
105 …{\fov oldcurve}, {\fov eps}, {\fov startfix}, {\fov endfix}, {\fov iopen}, {\fov itmax}, {\f…
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| H A D | s1342.tex | 12 …{\fov numpt}, {\fov dim}, {\fov typepar}, {\fov par}, {\fov eps}, {\fov startfix}, {\fov endfix}, …
22 \>\> int \> {\fov startfix};\\
74 \>\> {\fov startfix}\> - \> \begin{minipg2}
77 The $(0 - (startfix -1))$
78 derivatives will be kept fixed. If startfix$<$0, this
79 routine will set it to 0. If startfix$>$order,
124 \>\> int \> {\fov startfix};\\
133 …{\fov numpt}, {\fov dim}, {\fov typepar}, {\fov par}, {\fov eps}, {\fov startfix}, {\fov endfix}, …
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| H A D | s1341.tex | 12 …{\fov numpt}, {\fov dim}, {\fov typepar}, {\fov par}, {\fov eps}, {\fov startfix}, {\fov endfix}, …
21 \>\> int \> {\fov startfix};\\
71 \>\> {\fov startfix}\> - \> \begin{minipg2}
74 The $(0 - (startfix -1))$
75 derivatives will be kept fixed. If startfix$<$0, this
76 routine will set it to 0. If startfix$>$order,
131 \>\> int \> {\fov startfix};\\
142 …{\fov numpt}, {\fov dim}, {\fov typepar}, {\fov par}, {\fov eps}, {\fov startfix}, {\fov endfix}, …
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| /dports/graphics/tesseract/tesseract-5.0.0/src/ccstruct/ |
| H A D | polyaprx.cpp | 256 EDGEPT *edgefix, *startfix; in fix2() local
385 startfix = edgefix2; in fix2()
418 if (edgept == startfix) { in fix2()
425 } while ((edgefix != startfix) && (!stopped)); in fix2()
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| /dports/math/sisl/SISL-SISL-4.6.0-44-g9114631/include/ |
| H A D | sisl.h | 940 void GO_API s1940(SISLCurve *oldcurve, double eps[], int startfix, int endfix,
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| H A D | sislP.h | 1479 double eps[],double epsco[],int startfix,int endfix,int *jncont,
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