diff options
Diffstat (limited to '29784-t/images/sources')
| -rw-r--r-- | 29784-t/images/sources/014a.xp | 84 | ||||
| -rw-r--r-- | 29784-t/images/sources/026a.xp | 176 | ||||
| -rw-r--r-- | 29784-t/images/sources/027a.xp | 191 | ||||
| -rw-r--r-- | 29784-t/images/sources/028a.xp | 166 | ||||
| -rw-r--r-- | 29784-t/images/sources/030a.xp | 185 | ||||
| -rw-r--r-- | 29784-t/images/sources/031a.xp | 188 | ||||
| -rw-r--r-- | 29784-t/images/sources/032a.xp | 177 | ||||
| -rw-r--r-- | 29784-t/images/sources/057a.xp | 69 |
8 files changed, 1236 insertions, 0 deletions
diff --git a/29784-t/images/sources/014a.xp b/29784-t/images/sources/014a.xp new file mode 100644 index 0000000..e6e95fd --- /dev/null +++ b/29784-t/images/sources/014a.xp @@ -0,0 +1,84 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; + +void bigdot() { dot_size(10); } +void lildot() { dot_size(2); } + +void Dn(const P& loc) +{ + bigdot(); + circ(loc); + + marker(loc, TIMES); +} + +void Up(const P& loc) +{ + bigdot(); + circ(loc); + + lildot(); + dot(loc); +} + +void Dn(const P& loc, const P& off, const std::string& msg, + epix_label_posn A) +{ + Dn(loc); + label(loc, off, msg, A); +} + +void Up(const P& loc, const P& off, const std::string& msg, + epix_label_posn A) +{ + Up(loc); + label(loc, off, msg, A); +} + +double th1(30), th2(20), rad(0.6), rad2(2.5), EPS(1.5); +P scat1(1,0), scat2(3.5,0); + +int main() +{ + picture(P(0,-1), P(6,1), "6 x 2in"); + + begin(); + degrees(); + arrow_inset(0.25); + + line(scat1, scat1 - cis(th1)); + line(scat1, P(xmax(),0)); + arrow(scat2, scat2+polar(rad2, th2)); + arrow(scat2, scat2+polar(rad2, -th2)); + + arc_arrow(scat1, rad, th1, EPS, 0.5); + arc_arrow(scat2, rad, 0, th2-EPS, 0.5); + arc_arrow(scat2, rad, 0, -th2+EPS, 0.5); + arrow(scat1 - polar(0.6, th1), scat1 - polar(0.55, th1)); + arrow(scat1 + P(1.5), scat1 + P(1.55)); + + dashed(); + line(scat1, scat1 + cis(th1)); + + label(scat1 - polar(0.6, th1), P(2,-2), "$\\vec{k}_0$", br); + label(scat1 + P(1.5), P(0,-4), "$\\vec{k}_1$", b); + + label(scat2+polar(rad2, th2), P(2,0), "$\\vec{k}_2^\\ell$", r); + label(scat2+polar(rad2, -th2), P(2,0), "$\\vec{k}_2^r$", r); + + label(scat1+polar(rad, 0.5*th1), P(4,-2), "$\\theta_1$", tr); + label(scat2+polar(rad, 0.5*th2), P(4,-2), "$\\theta_2$", tr); + label(scat2+polar(rad, -0.5*th2), P(4, 2), "$\\theta_2$", br); + + Dn(scat2+polar(0.6*rad2, th2), P(2,-2), "$\\vec{n}_2^\\ell$", br); + Up(scat2+polar(0.6*rad2, -th2), P(2, 2), "$\\vec{n}_2^r$", tr); + Up(scat1+P(1,0), P(2,-6), "$\\vec{n}_1$", b); + + label(scat2+polar(0.4*rad2, th2), P(-2, 2), "$\\ell$~Beam", tl); + label(scat2+polar(0.4*rad2, -th2), P(-2,-2), "$r$~Beam", bl); + + label(P(0.5*(xmin()+xmax()), ymin()), P(0,-2), "\\textsc{Fig.~1}", b); + tikz_format(); + end(); +} diff --git a/29784-t/images/sources/026a.xp b/29784-t/images/sources/026a.xp new file mode 100644 index 0000000..6ada707 --- /dev/null +++ b/29784-t/images/sources/026a.xp @@ -0,0 +1,176 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; + +P sw(776,1892), ne(2984,680); +double XSZ(5.5), YSZ(1.2); // Cartesian dimensions + +// to screen +P pt(double x, double y) +{ + return P(XSZ*(x-sw.x1())/(ne.x1() - sw.x1()), + YSZ*(y-sw.x2())/(ne.x2() - sw.x2())); +} + +P Bl(380, 2160), Tr(3180, 60); +// to picture +P pic(double x, double y) +{ + return P(8*(x-Bl.x1())/(Tr.x1() - Bl.x1()), + 6*(y-Bl.x2())/(Tr.x2() - Bl.x2())); +} + +void Circ(const P& loc, const std::string& msg) +{ + dot_size(16); + circ(loc); + label(loc, msg); +} + +void key(const P& loc, const std::string& msg) +{ + P stem(P(0.5, 0.25)); + double scale(8.5 - 2*loc.x1()); + + P elbow(loc + scale*stem), tail(elbow+P(0.25)); + line(elbow, tail); + base(White(), 2.5); + line(elbow, tail); + base(Neutral(), 0); + arrow(elbow, elbow-scale*0.99*stem); + + Circ(tail, msg); +} + +int main() +{ + picture(P(0,0), P(8,6), "8 x 6in"); + + begin(); + degrees(); + + screen scr(P(0,0), P(XSZ, YSZ)); + activate(scr); + + grid(P(0,0), P(6, YSZ), 6, 3); + bold(); + grid(); + + axis Ax(P(0,0), P(5,0), 5, P(0,-4), b); + Ax.subdivide(2).tick_ratio(1).align(t).draw(); + + axis Ay(P(0,0), P(0,1), 5, P(-4,0), l); + Ay.align(r).draw(); + + axis Ax2(P(0,YSZ), P(5,YSZ), 5); + Ax2.subdivide(2).tick_ratio(1).align(b).draw_ticks(); + + axis Ay2(P(XSZ,0), P(XSZ, 1), 5); + Ay2.align(l).draw_ticks(); + + std::vector<P> data1, data2, data3, data4; + data1.push_back(pt(775, 883)); + data1.push_back(pt(875, 883)); + data1.push_back(pt(975, 883)); + data1.push_back(pt(1075, 884)); + data1.push_back(pt(1175, 886)); + data1.push_back(pt(1275, 888)); + data1.push_back(pt(1375, 893)); + data1.push_back(pt(1475, 903)); + data1.push_back(pt(1575, 915)); + data1.push_back(pt(1675, 944)); + data1.push_back(pt(1775, 998)); + data1.push_back(pt(1875, 1089)); + data1.push_back(pt(1975, 1225)); + data1.push_back(pt(2075, 1405)); // final common point + + data1.push_back(pt(2125, 1505)); + data1.push_back(pt(2175, 1573)); + data1.push_back(pt(2275, 1693)); + data1.push_back(pt(2375, 1777)); + data1.push_back(pt(2475, 1829)); + data1.push_back(pt(2575, 1860)); + data1.push_back(pt(2675, 1882)); + data1.push_back(pt(2775, 1893)); + data1.push_back(pt(2875, 1895)); + data1.push_back(pt(2975, 1896)); + + data2.push_back(pt(1975, 1225)); + data2.push_back(pt(2075, 1409)); + data2.push_back(pt(2125, 1507)); + data2.push_back(pt(2175, 1576)); + data2.push_back(pt(2275, 1710)); + data2.push_back(pt(2375, 1800)); + data2.push_back(pt(2475, 1851)); + data2.push_back(pt(2575, 1878)); + data2.push_back(pt(2675, 1892)); + data2.push_back(pt(2775, 1895)); + data2.push_back(pt(2875, 1896)); + + data3.push_back(pt(1975, 1225)); + data3.push_back(pt(2075, 1409)); + data3.push_back(pt(2125, 1508)); + data3.push_back(pt(2175, 1597)); + data3.push_back(pt(2275, 1746)); + data3.push_back(pt(2375, 1841)); + data3.push_back(pt(2475, 1882)); + data3.push_back(pt(2575, 1895)); + data3.push_back(pt(2675, 1896)); + + data4.push_back(pt(1975, 1225)); + data4.push_back(pt(2075, 1409)); + data4.push_back(pt(2125, 1519)); + data4.push_back(pt(2175, 1667)); + data4.push_back(pt(2275, 1861)); + data4.push_back(pt(2375, 1892)); + data4.push_back(pt(2475, 1896)); + + spline(data1, 12); + spline(data2, 12); + spline(data3, 12); + spline(data4, 12); + + plain(); + key(pt(2288, 1706), "$1$"); + key(pt(2305, 1742), "$2$"); + key(pt(2314, 1789), "$3$"); + key(pt(2292, 1873), "$4$"); + crop(); + + label(P(1.5), P(0,-4), "$\\rho$", b); + label(P(2.75, 0), P(0,-18), // added period + "\\textsc{Fig.~2} -- Central form factors, tail variation.", b); + + label_angle(90); + label(P(0, 0.6), P(-24,0), "\\Code{FFCR} and/or \\Code{FFCI}", l); + deactivate(scr); + + inset(scr, P(1.125,0.5), P(8, 4.25)); + + // now draw rest of page + label_angle(0); + label(pic(1004, 220), P(0,0), + "\\Code{R0 = 1.2},\\quad \\Code{A = 0.52},\\quad \\Code{HA = 0},\\quad \\Code{FN1A = 1},\\quad $\\rho_{m_A} = \\bar{\\rho}_N = 3.24$", r); + + label(pic(1700, 160), P(0,0), "\\framebox{p - Cu\\quad $9.75$~\\MeV}", t); + + P lb(pic(1232, 304)), dY(pic(1232, 364) - lb); + Circ(lb, "$1$"); + label(lb, P(12,0), "\\Code{FN2A = 0.01}", r); + + lb += dY; + Circ(lb, "$2$"); + // Capitalize Standard + label(lb, P(12,0), "\\Code{FN2A = 1}\\qquad(Standard form factor)", r); + + lb += dY; + Circ(lb, "$3$"); + label(lb, P(12,0), "\\Code{FN2A = 3}", r); + + lb += dY; + Circ(lb, "$4$"); + label(lb, P(12,0), "\\Code{FN2A = 10}", r); + + tikz_format(); + end(); +} diff --git a/29784-t/images/sources/027a.xp b/29784-t/images/sources/027a.xp new file mode 100644 index 0000000..5a1cf1b --- /dev/null +++ b/29784-t/images/sources/027a.xp @@ -0,0 +1,191 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; + +P sw(666,2122), ne(2984,602); +double XSZ(25), YSZ(3); // Cartesian dimensions + +P pt(double x, double y) +{ + return P(XSZ*(x-sw.x1())/(ne.x1() - sw.x1()), + YSZ*(y-sw.x2())/(ne.x2() - sw.x2())); +} + +P Bl(380, 2140), Tr(3180, 40); +P pic(double x, double y) +{ + return P(8*(x-Bl.x1())/(Tr.x1() - Bl.x1()), + 6*(y-Bl.x2())/(Tr.x2() - Bl.x2())); +} + +void Circ(const P& loc, const std::string& msg) +{ + dot_size(16); + circ(loc); + label(loc, msg); +} + +int main() +{ + picture(P(0,0), P(8,6), "8 x 6in"); + + begin(); + degrees(); + + screen scr(P(0,0), P(XSZ, YSZ)); + activate(scr); + + grid(P(0,0), P(25, 3), 5, 3); + bold(); + grid(); + + axis Ax(P(0,0), P(XSZ,0), 5, P(0,-4), b); + Ax.subdivide(5).tick_ratio(1).align(t).draw(); + + axis Ay(P(0,0), P(0,YSZ), 3, P(-4,0), l); + Ay.subdivide(5).tick_ratio(1).align(r).draw(); + + axis Ax2(P(0, YSZ), P(XSZ,YSZ), 5); + Ax2.subdivide(5).tick_ratio(1).align(b).draw_ticks(); + + axis Ay2(P(XSZ,0), P(XSZ,YSZ), 3); + Ay2.subdivide(5).tick_ratio(1).align(l).draw_ticks(); + + std::vector<P> data1, data2, data3, data4; + data1.push_back(pt(666, 1614)); + data1.push_back(pt(675, 1614)); + data1.push_back(pt(775, 1614)); + data1.push_back(pt(865, 1614)); + data1.push_back(pt(875, 1614)); + data1.push_back(pt(975, 1614)); + data1.push_back(pt(1075, 1614)); + data1.push_back(pt(1175, 1615)); + data1.push_back(pt(1275, 1616)); + data1.push_back(pt(1375, 1618)); + data1.push_back(pt(1475, 1620)); + data1.push_back(pt(1575, 1629)); + data1.push_back(pt(1675, 1640)); + data1.push_back(pt(1775, 1657)); // Meets path4 + data1.push_back(pt(1875, 1683)); + data1.push_back(pt(1975, 1728)); + data1.push_back(pt(2075, 1794)); // first common point + + data1.push_back(pt(2175, 1865)); + data1.push_back(pt(2275, 1937)); + data1.push_back(pt(2375, 1996)); + data1.push_back(pt(2475, 2043)); + data1.push_back(pt(2575, 2075)); + data1.push_back(pt(2675, 2089)); + data1.push_back(pt(2775, 2098)); + data1.push_back(pt(2875, 2104)); + data1.push_back(pt(2975, 2108)); + + data2.push_back(pt(666, 1108)); + data2.push_back(pt(675, 1108)); + data2.push_back(pt(775, 1117)); + data2.push_back(pt(875, 1136)); + data2.push_back(pt(975, 1163)); + data2.push_back(pt(1075, 1200)); + data2.push_back(pt(1175, 1243)); + data2.push_back(pt(1275, 1292)); + data2.push_back(pt(1375, 1344)); + data2.push_back(pt(1475, 1398)); + data2.push_back(pt(1575, 1456)); + data2.push_back(pt(1675, 1516)); + data2.push_back(pt(1775, 1578)); // Meets path4 + data2.push_back(pt(1875, 1642)); + data2.push_back(pt(1975, 1715)); + data2.push_back(pt(2075, 1795)); // first common point + + data3.push_back(pt(666, 2120)); + data3.push_back(pt(675, 2121)); + data3.push_back(pt(775, 2113)); + data3.push_back(pt(875, 2093)); + data3.push_back(pt(975, 2066)); + data3.push_back(pt(1075, 2033)); + data3.push_back(pt(1175, 1991)); + data3.push_back(pt(1275, 1945)); + data3.push_back(pt(1375, 1896)); + data3.push_back(pt(1475, 1846)); + data3.push_back(pt(1575, 1799)); + data3.push_back(pt(1675, 1761)); + data3.push_back(pt(1775, 1737)); + data3.push_back(pt(1875, 1730)); + data3.push_back(pt(1975, 1752)); + data3.push_back(pt(2075, 1794)); // first common point + + data4.push_back(pt(666, 600)); + data4.push_back(pt(675, 603)); + data4.push_back(pt(775, 633)); + data4.push_back(pt(875, 707)); + data4.push_back(pt(975, 817)); + data4.push_back(pt(1075, 943)); + data4.push_back(pt(1175, 1078)); + data4.push_back(pt(1275, 1219)); + data4.push_back(pt(1375, 1357)); + data4.push_back(pt(1475, 1474)); + data4.push_back(pt(1575, 1568)); + data4.push_back(pt(1675, 1627)); + data4.push_back(pt(1775, 1656)); // Meets path4 + + spline(data1, 12); + spline(data2, 12); + spline(data3, 12); + spline(data4, 12); + + plain(); + Circ(pt(953, 1658), "$1$"); + Circ(pt(943, 1198), "$2$"); + Circ(pt(958, 2019), "$3$"); + Circ(pt(940, 852), "$4$"); + + label(P(17.5), P(0,-4), "$\\rho$", b); + label(P(12.5, 0), P(0,-18), // added period + "\\textsc{Fig.~3} -- Central form factors; central dips and rises.", b); + + label_angle(90); + label(P(0, 1.5), P(-18,0), "\\Code{FFCR} and/or \\Code{FFCI}", l); + + deactivate(scr); + + inset(scr, P(1.25,0.5), P(8, 4.375)); + + // now draw rest of page + label_angle(0); + label(pic(1156, 224), P(0,0), + "\\Code{R0 = 1.25},\\quad \\Code{A = 0.65},\\quad \\Code{FN1A = 1},\\quad \\Code{FN2A = 1}", r); + + label(pic(1608,180), P(0,0), "\\framebox{p - Ag\\quad $135$~\\MeV}", t); + + P lb(pic(1300, 300)), dY(pic(1300, 364) - lb); + Circ(lb, "$1$"); + // Capitalized Standard + label(lb, P(12,0), "\\Code{HA = 0}, \\Code{PMA = 1}, $\\rho_{m_A} = \\bar{\\rho}_N = 15.04$\\quad (Standard form factor)", r); + + lb += dY; + Circ(lb, "$2$"); + label(lb, P(12,0), "\\Code{HA = 1}", r); + + label(pic(1578, 354), "\\Ditto"); + label(pic(1578, 420), "\\Ditto"); + + label(pic(1770, 354), "\\Ditto"); + label(pic(1770, 420), "\\Ditto"); + + label(pic(1922, 354), "\\Ditto"); + label(pic(1922, 420), "\\Ditto"); + + label(pic(2069, 354), "\\Ditto"); + label(pic(2069, 420), "\\Ditto"); + + lb += dY; + Circ(lb, "$3$"); + label(lb, P(12,0), "\\Code{HA =-1}", r); + + lb += dY; + Circ(lb, "$4$"); + label(lb, P(12,0), "\\Code{HA = 2}, \\Code{PMA = 0.7}, $\\rho_{m_A} = 0.7\\bar{\\rho}_N = 10.53$", r); + + tikz_format(); + end(); +} diff --git a/29784-t/images/sources/028a.xp b/29784-t/images/sources/028a.xp new file mode 100644 index 0000000..232182b --- /dev/null +++ b/29784-t/images/sources/028a.xp @@ -0,0 +1,166 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; + +P sw(789,1952), ne(3000, 730); +double XSZ(5.5), YSZ(1.2); // Cartesian dimensions + +P pt(double x, double y) +{ + return P(XSZ*(x-sw.x1())/(ne.x1() - sw.x1()), + YSZ*(y-sw.x2())/(ne.x2() - sw.x2())); +} + +P Bl(380, 2200), Tr(3180, 100); +P pic(double x, double y) +{ + return P(8*(x-Bl.x1())/(Tr.x1() - Bl.x1()), + 6*(y-Bl.x2())/(Tr.x2() - Bl.x2())); +} + +void Circ(const P& loc, const std::string& msg) +{ + dot_size(16); + circ(loc); + label(loc, msg); +} + +void key(const P& loc, const std::string& msg) +{ + P stem(P(0.5, 0.25)); + double scale(5 - 2*loc.x1()); // to put labels at 4.5 = (5+stem.x1())/2 + + P elbow(loc + scale*stem), tail(elbow+P(0.25)); + line(elbow, tail); + base(White(), 2.5); + line(elbow, tail); + base(Neutral(), 0); + arrow(elbow, elbow-scale*0.99*stem); + + Circ(tail, msg); +} + +int main() +{ + picture(P(0,0), P(8,6), "8 x 6in"); + + begin(); + degrees(); + + screen scr(P(0,0), P(XSZ, YSZ)); + activate(scr); + + grid(P(0,0), P(6, 1.2), 6, 3); + bold(); + grid(); + + axis Ax(P(0,0), P(5,0), 5, P(0,-4), b); + Ax.subdivide(2).tick_ratio(1).align(t).draw(); + + axis Ay(P(0,0), P(0,1), 5, P(-4,0), l); + Ay.align(r).draw(); + + axis Ax2(P(0,YSZ), P(5,YSZ), 5); + Ax2.subdivide(2).tick_ratio(1).align(b).draw_ticks(); + + axis Ay2(P(XSZ,0), P(XSZ,YSZ), 6); + Ay2.align(l).draw_ticks(); + + std::vector<P> data1, data2, data3; + data1.push_back(pt(791, 931)); + data1.push_back(pt(875, 931)); + data1.push_back(pt(975, 931)); + data1.push_back(pt(1075, 931)); + data1.push_back(pt(1175, 931)); + data1.push_back(pt(1275, 932)); + data1.push_back(pt(1375, 935)); + data1.push_back(pt(1475, 936)); + data1.push_back(pt(1575, 941)); + data1.push_back(pt(1675, 962)); + data1.push_back(pt(1775, 1013)); + data1.push_back(pt(1875, 1105)); + data1.push_back(pt(1975, 1245)); + data1.push_back(pt(2075, 1427)); // first common point + + data1.push_back(pt(2175, 1603)); + data1.push_back(pt(2275, 1743)); + data1.push_back(pt(2375, 1837)); + data1.push_back(pt(2475, 1896)); + data1.push_back(pt(2575, 1927)); + data1.push_back(pt(2675, 1940)); + data1.push_back(pt(2775, 1947)); + data1.push_back(pt(2875, 1948)); + data1.push_back(pt(2990, 1948)); + + data2.push_back(pt(1275, 932)); + data2.push_back(pt(1375, 935)); + data2.push_back(pt(1475, 939)); + data2.push_back(pt(1575, 956)); + data2.push_back(pt(1675, 982)); + data2.push_back(pt(1775, 1031)); + data2.push_back(pt(1875, 1120)); + data2.push_back(pt(1975, 1250)); + data2.push_back(pt(2075, 1428)); + data2.push_back(pt(2175, 1603)); + + data3.push_back(pt(791, 931)); + data3.push_back(pt(875, 932)); + data3.push_back(pt(975, 933)); + data3.push_back(pt(1075, 937)); + data3.push_back(pt(1175, 944)); + data3.push_back(pt(1275, 954)); + data3.push_back(pt(1375, 967)); + data3.push_back(pt(1475, 984)); + data3.push_back(pt(1575, 1006)); + data3.push_back(pt(1675, 1037)); + data3.push_back(pt(1775, 1084)); + data3.push_back(pt(1875, 1159)); + data3.push_back(pt(1975, 1268)); + data3.push_back(pt(2075, 1428)); + + spline(data1, 12); + spline(data2, 12); + spline(data3, 12); + + plain(); + key(pt(1678, 962), "$1$"); + key(pt(1714, 997), "$2$"); + key(pt(1729, 1060), "$3$"); + crop(); + + label(P(2.5), P(0,-4), "$\\rho$", b); + label(P(2.75, 0), P(0,-18), // added period + "\\textsc{Fig.~4} -- Central form factors, knee variation.", b); + + label_angle(90); + label(P(0, 0.6), P(-24,0), "\\Code{FFCR} and/or \\Code{FFCI}", l); + deactivate(scr); + + inset(scr, P(1.125,0.5), P(8, 4.25)); + + // now draw rest of page + label_angle(0); + label(pic(1292, 244), P(0,0), + "\\Code{R0 = 1.20},\\quad \\Code{A = 0.52},\\quad \\Code{FN2A = 1},\\quad \\Code{PMA = 1},\\quad $\\rho_{m_A} = \\bar{\\rho}_N = 3.24$", r); + + label(pic(1916, 204), P(0,0), "\\framebox{p - Cu\\quad $9.75$~\\MeV}", t); + + P lb(pic(1584, 320)), dY(pic(1584, 384) - lb); + Circ(lb, "$1$");// labels uncircled in original + label(lb, P(12,0), "\\Code{FN1A = 0.01}", r); + label(lb, P(100,0), "\\Code{HA = 0}", r); + + lb += dY; + Circ(lb, "$2$"); + label(lb, P(12,0), "\\Code{FN1A = 1}", r); + label(lb, P(100,0), "\\Code{HA = 0}", r); + label(lb, P(172,0), "(Standard form factor)", r); + + lb += dY; + Circ(lb, "$3$"); + label(lb, P(12,0), "\\Code{FN1A = 3}", r); + label(lb, P(100,0), "\\Code{HA = 0.046}", r); + + tikz_format(); + end(); +} diff --git a/29784-t/images/sources/030a.xp b/29784-t/images/sources/030a.xp new file mode 100644 index 0000000..9bc4912 --- /dev/null +++ b/29784-t/images/sources/030a.xp @@ -0,0 +1,185 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; + +P sw(776, 1790), ne(2999, 778); +double XSZ(5.5), YSZ(0.4); // Cartesian dimensions + +P pt(double x, double y) +{ + return P(XSZ*(x-sw.x1())/(ne.x1() - sw.x1()), + YSZ*(y-sw.x2())/(ne.x2() - sw.x2())); +} + +P Bl(380, 2240), Tr(3180, 140); +P pic(double x, double y) +{ + return P(8*(x-Bl.x1())/(Tr.x1() - Bl.x1()), + 6*(y-Bl.x2())/(Tr.x2() - Bl.x2())); +} + +void Circ(const P& loc, const std::string& msg) +{ + dot_size(16); + circ(loc); + label(loc, msg); +} + +void key(const P& loc, const std::string& msg, bool extend=false) +{ + P stem(P(0.5, 0.035)); + double scale(8.5 - 2*loc.x1()); // to put labels at 4.5 = (8.5+stem.x1())/2 + + P elbow(loc + scale*stem); + P tail(extend ? elbow+P(0.45) : elbow+P(0.25)); + line(elbow, tail); + base(White(), 2.5); + line(elbow, tail); + base(Neutral(), 0); + arrow(elbow, elbow-scale*0.99*stem); + + Circ(tail, msg); +} + +int main() +{ + picture(P(0,0), P(8,6), "8 x 6in"); + + begin(); + degrees(); + + screen scr(P(0,0), P(XSZ, YSZ)); + activate(scr); + + grid(P(0,0), P(6, 0.4), 6, 4); + bold(); + grid(); + + axis Ax(P(0,0), P(5,0), 5, P(0,-4), b); + Ax.subdivide(2).tick_ratio(1).align(t).draw(); + + axis Ay(P(0,0), P(0,YSZ), 4, P(-4,0), l); + Ay.subdivide(2).tick_ratio(1).align(r).unmark(0.4).draw(); + + axis Ax2(P(0,YSZ), P(5,YSZ), 5); + Ax2.subdivide(2).tick_ratio(1).align(b).draw_ticks(); + + axis Ay2(P(XSZ,0), P(XSZ,YSZ), 4); + Ay2.subdivide(2).tick_ratio(1).align(l).draw_ticks(); + + std::vector<P> data1, data2, data3, data4; + data1.push_back(pt(775, 1768)); + data1.push_back(pt(875, 1790)); + data1.push_back(pt(975, 1790)); + data1.push_back(pt(1075, 1788)); + data1.push_back(pt(1175, 1783)); + data1.push_back(pt(1275, 1776)); + data1.push_back(pt(1375, 1761)); + data1.push_back(pt(1475, 1737)); + data1.push_back(pt(1575, 1699)); + data1.push_back(pt(1675, 1629)); + data1.push_back(pt(1775, 1523)); + data1.push_back(pt(1875, 1391)); + data1.push_back(pt(1975, 1270)); + + data1.push_back(pt(2025, 1243)); // final common point + data1.push_back(pt(2075, 1239)); + data1.push_back(pt(2175, 1349)); + data1.push_back(pt(2275, 1502)); + data1.push_back(pt(2375, 1621)); + data1.push_back(pt(2475, 1687)); + data1.push_back(pt(2575, 1732)); + data1.push_back(pt(2675, 1762)); + data1.push_back(pt(2775, 1777)); + data1.push_back(pt(2875, 1783)); + data1.push_back(pt(2975, 1787)); + + data2.push_back(pt(2025, 1243)); // final common point + data2.push_back(pt(2075, 1237)); + data2.push_back(pt(2175, 1317)); + data2.push_back(pt(2275, 1466)); + data2.push_back(pt(2375, 1620)); + data2.push_back(pt(2475, 1698)); + data2.push_back(pt(2575, 1745)); + data2.push_back(pt(2675, 1774)); + data2.push_back(pt(2775, 1784)); + data2.push_back(pt(2875, 1786)); + data2.push_back(pt(2975, 1787)); + + data3.push_back(pt(2025, 1243)); // final common point + data3.push_back(pt(2075, 1235)); + data3.push_back(pt(2175, 1268)); + data3.push_back(pt(2275, 1412)); + data3.push_back(pt(2375, 1610)); + data3.push_back(pt(2475, 1721)); + data3.push_back(pt(2575, 1769)); + data3.push_back(pt(2675, 1787)); + data3.push_back(pt(2775, 1787)); + + data4.push_back(pt(2025, 1243)); // final common point + data4.push_back(pt(2050, 1236)); + data4.push_back(pt(2075, 1229)); + data4.push_back(pt(2100, 1208)); + data4.push_back(pt(2125, 1164)); + data4.push_back(pt(2150, 1111)); + data4.push_back(pt(2175, 1048)); + data4.push_back(pt(2200, 1007)); + data4.push_back(pt(2225, 1025)); + data4.push_back(pt(2250, 1102)); + data4.push_back(pt(2275, 1328)); + data4.push_back(pt(2325, 1669)); + data4.push_back(pt(2375, 1763)); + data4.push_back(pt(2475, 1787)); + data4.push_back(pt(2575, 1787)); + data4.push_back(pt(2675, 1787)); + + spline(data1, 12); + spline(data2, 12); + spline(data3, 12); + spline(data4, 12); + + plain(); + key(pt(2190, 1370), "$1$", true); + key(pt(2180, 1326), "$2$"); + key(pt(2178, 1272), "$3$", true); + key(pt(2256, 1174), "$4$"); + crop(); + + label(P(3.5), P(0,-4), "$\\rho$", b); + label(P(2.75, 0), P(0,-18), // label set on two lines in orig; added period + "\\textsc{Fig.~5} -- Spin-orbit form factor (derivative form). Tail variation.", b); + + label_angle(90); + label(P(0, 0.2), P(-24,0), "\\Code{FFSR} and/or \\Code{FFSI}", l); + deactivate(scr); + + // inset(scr, P(1.125,0.5), P(8, 4.25)); + inset(scr, P(0.75,0.5), P(8, 4.25)); + + // now draw rest of page + label_angle(0); + label(pic(1100, 312), P(0,0), + "\\Code{R0 = 1.2},\\quad \\Code{A = 0.52},\\quad \\Code{FN1A = 3},\\quad \\Code{PMA = 1},\\quad $\\rho_{m_A} = \\bar{\\rho}_N = 3.24$", r); + + label(pic(1780, 260), P(0,0), "\\framebox{p - Cu\\quad $9.75$~\\MeV}", t); + + P lb(pic(1244, 372)), dY(pic(1244, 440) - lb); + Circ(lb, "$1$"); + label(lb, P(12,0), "\\Code{FN2A = 0.01}", r); + + lb += dY; + Circ(lb, "$2$"); + // Capitalized Standard + label(lb, P(12,0), "\\Code{FN2A = 1}\\qquad(Standard derivative form factor)", r); + + lb += dY; + Circ(lb, "$3$"); + label(lb, P(12,0), "\\Code{FN2A = 3}", r); + + lb += dY; + Circ(lb, "$4$"); + label(lb, P(12,0), "\\Code{FN2A = 10}", r); + + tikz_format(); + end(); +} diff --git a/29784-t/images/sources/031a.xp b/29784-t/images/sources/031a.xp new file mode 100644 index 0000000..715ace1 --- /dev/null +++ b/29784-t/images/sources/031a.xp @@ -0,0 +1,188 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; + +P sw(680, 1382), ne(2988, 624); +double XSZ(25), YSZ(0.03); // Cartesian dimensions + +P pt(double x, double y) +{ + return P(XSZ*(x-sw.x1())/(ne.x1() - sw.x1()), + YSZ*(y-sw.x2())/(ne.x2() - sw.x2())); +} + +P Bl(380, 2180), Tr(3180, 80); +P pic(double x, double y) +{ + return P(8*(x-Bl.x1())/(Tr.x1() - Bl.x1()), + 6*(y-Bl.x2())/(Tr.x2() - Bl.x2())); +} + +void Circ(const P& loc, const std::string& msg) +{ + dot_size(16); + circ(loc); + label(loc, msg); +} + + +int main() +{ + picture(P(0,0), P(8,6), "8 x 6in"); + + begin(); + degrees(); + + screen scr(P(0,-YSZ), P(XSZ, YSZ)); + activate(scr); + + grid(P(0,-YSZ), P(30, YSZ), 6, 6); + bold(); + grid(); + + axis Ax(P(0,-YSZ), P(30,-YSZ), 6, P(0,-4), b); + Ax.subdivide(5).unmark(30).tick_ratio(1).align(t).draw(); + + axis Ay(P(0,-YSZ), P(0,YSZ), 6, P(-4,0), l); + Ay.subdivide(2).tick_ratio(1).align(r).draw(); + + axis Ax2(P(0,YSZ), P(30,YSZ), 6); + Ax2.subdivide(5).tick_ratio(1).align(b).draw_ticks(); + + axis Ay2(P(XSZ,-YSZ), P(XSZ,YSZ), 6); + Ay2.subdivide(2).tick_ratio(1).align(l).draw_ticks(); + + std::vector<P> data1, data2, data3, data4; + spline(pt(680, 1356), pt(690, 1369), pt(700, 1377), pt(710, 1379)); + + // data1.push_back(pt(680, 1356)); + // data1.push_back(pt(700, 1375)); + data1.push_back(pt(710, 1379)); + data1.push_back(pt(725, 1379)); + data1.push_back(pt(775, 1379)); + data1.push_back(pt(875, 1380)); + data1.push_back(pt(975, 1379)); + data1.push_back(pt(1075, 1376)); + data1.push_back(pt(1175, 1375)); + data1.push_back(pt(1275, 1372)); + data1.push_back(pt(1375, 1366)); + data1.push_back(pt(1475, 1355)); + data1.push_back(pt(1575, 1340)); + data1.push_back(pt(1675, 1316)); + data1.push_back(pt(1733, 1296)); // hits data4 + data1.push_back(pt(1775, 1282)); + data1.push_back(pt(1875, 1238)); + data1.push_back(pt(1975, 1185)); + data1.push_back(pt(2075, 1135)); + data1.push_back(pt(2175, 1122)); + data1.push_back(pt(2275, 1154)); // first common point + + data1.push_back(pt(2375, 1215)); + data1.push_back(pt(2475, 1273)); + data1.push_back(pt(2575, 1316)); + data1.push_back(pt(2675, 1344)); + data1.push_back(pt(2775, 1362)); + data1.push_back(pt(2875, 1371)); + data1.push_back(pt(2983, 1376)); + + // data2.push_back(pt(680, 654)); + // data2.push_back(pt(690, 681)); + // data2.push_back(pt(725, 718)); + spline(pt(680, 654), pt(690, 681), pt(725, 718), pt(750, 730)); + data2.push_back(pt(750, 730)); + data2.push_back(pt(775, 743)); + data2.push_back(pt(875, 790)); + data2.push_back(pt(975, 830)); + data2.push_back(pt(1075, 870)); + data2.push_back(pt(1175, 914)); + data2.push_back(pt(1275, 958)); + data2.push_back(pt(1375, 995)); + data2.push_back(pt(1475, 1032)); + data2.push_back(pt(1575, 1064)); + data2.push_back(pt(1675, 1083)); + data2.push_back(pt(1775, 1096)); + data2.push_back(pt(1875, 1099)); + data2.push_back(pt(1975, 1096)); + data2.push_back(pt(2075, 1100)); + data2.push_back(pt(2175, 1115)); + data2.push_back(pt(2275, 1153)); // first common point + data2.push_back(pt(2375, 1215)); + + data3.push_back(pt(680, 2054)); + data3.push_back(pt(775, 2010)); + data3.push_back(pt(875, 1965)); + data3.push_back(pt(975, 1921)); + data3.push_back(pt(1075, 1876)); + data3.push_back(pt(1175, 1828)); + data3.push_back(pt(1275, 1781)); + data3.push_back(pt(1375, 1732)); + data3.push_back(pt(1475, 1678)); + data3.push_back(pt(1575, 1618)); + data3.push_back(pt(1675, 1550)); + data3.push_back(pt(1775, 1470)); + data3.push_back(pt(1875, 1371)); + data3.push_back(pt(1975, 1262)); + data3.push_back(pt(2075, 1171)); + data3.push_back(pt(2175, 1126)); + data3.push_back(pt(2225, 1133)); + data3.push_back(pt(2275, 1154)); // first common point + + data4.push_back(pt(1451, 624)); + data4.push_back(pt(1475, 679)); + data4.push_back(pt(1575, 929)); + data4.push_back(pt(1675, 1164)); + data4.push_back(pt(1733, 1296)); + + spline(data1, 4); + spline(data2, 4); + spline(data3, 4); + spline(data4, 4); + + plain(); + Circ(pt(1428, 1320), "$1$"); + Circ(pt(1356, 944), "$2$"); + Circ(pt(1376, 1688), "$3$"); + line(pt(1704, 1175), pt(1741, 1261)); + dart(pt(1741, 1261), pt(1806, 1236)); + Circ(pt(1716, 1168), "$4$"); + crop(); + + label(P(12), P(0,-4), "$\\rho$", b); + label(P(12.5, -YSZ), P(0,-18), // Added period + "{\\small\\textsc{Fig.~6} -- Spin-orbit form factors (derivative form). Effect of dips and rises in central form factor.}", b); + + label_angle(90); + label(P(0, 0), P(-36,0), "\\Code{FFSR} and/or \\Code{FFSI}", l); + deactivate(scr); + + inset(scr, P(1.125,0.5), P(8, 4.25)); + + // now draw rest of page + label_angle(0); + label(pic(1088, 268), P(0,0), + "\\Code{R0 = 1.25},\\quad \\Code{A = 0.65},\\quad \\Code{FN1A = 1},\\quad \\Code{FN2A = 1}", r); + + label(pic(1624, 208), P(0,0), "\\framebox{p - Ag\\quad $135$~\\MeV}", t); + + P lb(pic(1216, 340)), dY(pic(1216, 408) - lb); + Circ(lb, "$1$"); + // Capitalized Standard + label(lb, P(12,0), "\\Code{HA = 0},\\quad\\Code{PMA = 1},\\qquad $\\rho_{m_A} = \\bar{\\rho}_N = 15.04$\\quad (Standard derivative form factor)", r); + + lb += dY; + Circ(lb, "$2$"); + label(lb, P(12,0), "\\Code{HA = 1},", r); + label(lb, P(72,0), "\\Ditto\\hspace*{1in}\\Ditto\\qquad\\Ditto\\qquad\\Ditto", r); + + lb += dY; + Circ(lb, "$3$"); + label(lb, P(12,0), "\\Code{HA = -1},", r); + label(lb, P(72,0), "\\Ditto\\hspace*{1in}\\Ditto\\qquad\\Ditto\\qquad\\Ditto", r); + + lb += dY; + Circ(lb, "$4$"); + label(lb, P(12,0), "\\Code{HA = 2},\\quad\\Code{PMA = 0.7},\\quad $\\rho_{m_A} = 0.7\\ \\bar{\\rho}_N = 10.53$", r); + + tikz_format(); + end(); +} diff --git a/29784-t/images/sources/032a.xp b/29784-t/images/sources/032a.xp new file mode 100644 index 0000000..1364b3f --- /dev/null +++ b/29784-t/images/sources/032a.xp @@ -0,0 +1,177 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; + +P sw(758, 1718), ne(2976, 960); +double XSZ(5.5), YSZ(0.3); // Cartesian dimensions + +P pt(double x, double y) +{ + return P(XSZ*(x-sw.x1())/(ne.x1() - sw.x1()), + YSZ*(y-sw.x2())/(ne.x2() - sw.x2())); +} + +P Bl(380, 2180), Tr(3180, 80); +P pic(double x, double y) +{ + return P(8*(x-Bl.x1())/(Tr.x1() - Bl.x1()), + 6*(y-Bl.x2())/(Tr.x2() - Bl.x2())); +} + +void Circ(const P& loc, const std::string& msg) +{ + dot_size(16); + circ(loc); + label(loc, msg); +} + +void key(const P& loc, const std::string& msg) +{ + P stem(P(0.5, -0.05)); + double scale(2 - loc.x1()); // to put labels at 2.25 = (4+stem.x1())/2 + + P elbow(loc + scale*stem), tail(elbow-P(0.25)); + line(elbow, tail); + base(White(), 2.5); + line(elbow, tail); + base(Neutral(), 0); + arrow(elbow, elbow-scale*0.99*stem); + + Circ(tail, msg); +} + +int main() +{ + picture(P(0,0), P(8,6), "8 x 6in"); + + begin(); + degrees(); + + screen scr(P(0,0), P(XSZ, YSZ)); + activate(scr); + + grid(P(0,0), P(6, YSZ), 6, 3); + bold(); + grid(); + + axis Ax(P(0,0), P(5,0), 5, P(0,-4), b); + Ax.subdivide(2).tick_ratio(1).align(t).draw(); + + axis Ay(P(0,0), P(0,YSZ), 3, P(-4,0), l); + Ay.align(r).draw(); + + axis Ax2(P(0,YSZ), P(5,YSZ), 5); + Ax2.subdivide(2).tick_ratio(1).align(b).draw_ticks(); + + // axis Ay2(P(XSZ,0), P(XSZ,YSZ), 3); + // Ay2.align(l).draw_ticks(); + + std::vector<P> data1, data2, data3; + data1.push_back(pt(758, 1718)); + data1.push_back(pt(1275, 1718)); + data1.push_back(pt(1375, 1712)); + data1.push_back(pt(1475, 1687)); + data1.push_back(pt(1575, 1645)); + data1.push_back(pt(1675, 1559)); + data1.push_back(pt(1775, 1411)); + data1.push_back(pt(1875, 1249)); + data1.push_back(pt(1975, 1149)); + data1.push_back(pt(2075, 1158)); + data1.push_back(pt(2175, 1276)); // first common point + + data1.push_back(pt(2275, 1439)); + data1.push_back(pt(2375, 1556)); + data1.push_back(pt(2475, 1634)); + data1.push_back(pt(2575, 1682)); + data1.push_back(pt(2675, 1703)); + data1.push_back(pt(2775, 1710)); + data1.push_back(pt(2875, 1715)); + data1.push_back(pt(2975, 1715)); + + data2.push_back(pt(758, 1718)); + data2.push_back(pt(975, 1715)); + data2.push_back(pt(1075, 1712)); + data2.push_back(pt(1175, 1708)); + data2.push_back(pt(1275, 1697)); + data2.push_back(pt(1375, 1683)); + data2.push_back(pt(1475, 1654)); + data2.push_back(pt(1575, 1615)); + data2.push_back(pt(1675, 1544)); + data2.push_back(pt(1725, 1494)); + data2.push_back(pt(1775, 1438)); + data2.push_back(pt(1825, 1369)); + data2.push_back(pt(1875, 1296)); + data2.push_back(pt(1890, 1275)); + data2.push_back(pt(1925, 1234)); + data2.push_back(pt(1975, 1187)); + data2.push_back(pt(2075, 1168)); + data2.push_back(pt(2175, 1277)); // first common point + + data3.push_back(pt(758, 1658)); + data3.push_back(pt(775, 1657)); + data3.push_back(pt(875, 1652)); + data3.push_back(pt(975, 1649)); + data3.push_back(pt(1075, 1644)); + data3.push_back(pt(1175, 1642)); + data3.push_back(pt(1275, 1638)); + data3.push_back(pt(1375, 1628)); + data3.push_back(pt(1475, 1609)); + data3.push_back(pt(1575, 1578)); + data3.push_back(pt(1675, 1534)); + data3.push_back(pt(1725, 1502)); + data3.push_back(pt(1775, 1460)); + data3.push_back(pt(1825, 1412)); + data3.push_back(pt(1875, 1357)); + data3.push_back(pt(1894, 1336)); + data3.push_back(pt(1975, 1236)); + data3.push_back(pt(2025, 1180)); + data3.push_back(pt(2050, 1172)); + data3.push_back(pt(2075, 1173)); + data3.push_back(pt(2125, 1204)); + data3.push_back(pt(2175, 1280)); // first common point + + spline(data1, 6); + spline(data2, 6); + spline(data3, 6); + + plain(); + key(pt(1901, 1209), "$1$"); + key(pt(1890, 1275), "$2$"); + key(pt(1894, 1336), "$3$"); + crop(); + + label(P(3.5), P(0,-4), "$\\rho$", b); + label(P(2.75, 0), P(0,-18), + "\\textsc{Fig.~7} -- Spin-orbit form factor (derivative form). Knee variation.", b); + + label_angle(90); + label(P(0, 0.15), P(-24,0), "\\Code{FFSR} and/or \\Code{FFSI}", l); + deactivate(scr); + + inset(scr, P(1.125,1.5), P(8, 4.25)); + + // now draw rest of page + label_angle(0); + label(pic(1238, 376), P(0,0), + "\\Code{R0 = 1.20},\\quad \\Code{A = 0.52},\\quad \\Code{FN2A = 1},\\quad \\Code{PMA = 1},\\quad $\\rho_{m_A} = 1$, $\\bar{\\rho}_N = 3.24$", r); + + label(pic(1760, 278), P(0,0), "\\framebox{p - Cu\\quad $9.75$~\\MeV}", t); + + P lb(pic(1624, 462)), dY(pic(1624, 528) - lb); + Circ(lb, "$1$"); + label(lb, P(12,0), "\\Code{FN1A = 0.01},", r); + label(lb, P(96,0), "\\Code{HA = 0}", r); + + lb += dY; + Circ(lb, "$2$"); + label(lb, P(12,0), "\\Code{FN1A = 1},", r); + label(lb, P(96,0), "\\Code{HA = 0}\\qquad(Standard derivative form factor)", r); + + lb += dY; + Circ(lb, "$3$"); + label(lb, P(12,0), "\\Code{FN1A = 3}", r); + label(lb, P(96,0), "\\Code{HA = 0.046}", r); + + tikz_format(); + end(); +} diff --git a/29784-t/images/sources/057a.xp b/29784-t/images/sources/057a.xp new file mode 100644 index 0000000..c616953 --- /dev/null +++ b/29784-t/images/sources/057a.xp @@ -0,0 +1,69 @@ +/* -*-ePiX-*- */ +#include "epix.h" +using namespace ePiX; +const double dx(0.25); + +double row0(-1.25), bot(-0.5), row1(0), row2(1), sep(1.75), row3(2.25); + +int main() +{ + picture(P(0,-1.5), P(36,2.5), "6 x 0.75in"); + + begin(); + arrow_inset(0.25); + + line(P(0, sep), P(xmax(), sep)); + line(P(0, sep+0.05), P(xmax(), sep+0.05)); + + line(P(xmax()-1, bot), P(xmax()-1, ymax())); + line(P(xmax(), bot), P(xmax(), ymax())); + + for (int i=6; i <= 21; ++i) + line(P(i, bot), P(i, ymax())); + + font_size("footnotesize"); + label(P(0,row1), P( 2,0), "Floating nos.", r); + label(P(0,row2), P( 2,0), "Integers", r); + label(P(6,row3), P(-2,0), "Columns.", l); + + for (int i=1; i <= 15; ++i) + { + std::ostringstream buf; + buf << i; + label(P(i+5.5, row3), buf.str()); + + if (i <= 5) + label(P(i+5.5, row2), "x"); + + else if (i <= 13) + label(P(i+3.5, row1), "x"); + + else + label(P(i+5.5, row1), "x"); + } + + label(P(6.5), "$±$"); + label(P(7.5), "$0$"); + label(P(8.5), P(0,-2), "$.$"); + label(P(18.5), "$±$"); + label(P(xmax()-0.5, row3), "$72$"); + + base(White(), 2.5); + line(P(11+dx,row2), P(xmax()-dx,row2)); + line(P(21+dx,row1), P(xmax()-dx,row1)); + + base(Neutral(), 0); + aarrow(P(11+dx,row2), P(xmax()-dx,row2), 0.5); + aarrow(P(21+dx,row1), P(xmax()-dx,row1), 0.5); + + masklabel(P(0.5*(xmax()+11), row2), "any Hollerith character"); + masklabel(P(0.5*(xmax()+21), row1), "any Hollerith character"); + + label(P(19.5, row0), + "$\\underbrace{\\rule{0.5in}{0pt}}_{\\text{exponent}}$"); + + label(P(13, row0), + "$\\underbrace{\\rule{1.333in}{0pt}}_{\\text{fractional part}}$"); + tikz_format(); + end(); +} |