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/dports/graphics/mandelbulber/mandelbulber2-2.26/mandelbulber2/formula/definition/
H A Dfractal_amazing_surf_mod4.cpp22 internalID = fractal::amazingSurfMod4; in cFractalAmazingSurfMod4()
41 z += fractal->transformCommon.offset000; in FormulaCode()
43 z *= fractal->transformCommon.scaleG1 / rr; in FormulaCode()
45 z += fractal->transformCommon.additionConstant000 - fractal->transformCommon.offset000; in FormulaCode()
46 z *= fractal->transformCommon.scaleA1; in FormulaCode()
47 aux.DE *= fractal->transformCommon.scaleA1; in FormulaCode()
59 z += fractal->transformCommon.offsetA000; in FormulaCode()
91 if (fractal->foldColor.auxColorEnabledFalse) in FormulaCode()
94 colorAdd += fractal->mandelbox.color.factor.x in FormulaCode()
97 colorAdd += fractal->mandelbox.color.factor.y in FormulaCode()
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H A Dfractal_menger_prism_shape2.cpp21 internalID = fractal::mengerPrismShape2; in cFractalMengerPrismShape2()
57 switch (fractal->combo.modeA) in FormulaCode()
119 z.y -= fractal->transformCommon.offsetB0; in FormulaCode()
138 z *= fractal->transformCommon.scale1; in FormulaCode()
184 z *= fractal->transformCommon.scaleA3; in FormulaCode()
200 z.x = fabs(z.x + fractal->transformCommon.offset) + fractal->transformCommon.offsetC0; in FormulaCode()
212 z.x = fabs(fractal->transformCommon.offset - z.x) + fractal->transformCommon.offsetC0; in FormulaCode()
230 z *= fractal->transformCommon.scaleB3; in FormulaCode()
330 z *= fractal->transformCommon.scale3; in FormulaCode()
338 if (fractal->analyticDE.enabledFalse) in FormulaCode()
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H A Dfractal_transf_surf_fold_multi.cpp20 internalID = fractal::transfSurfFoldMulti; in cFractalTransfSurfFoldMulti()
32 if (fractal->transformCommon.functionEnabledAx) in FormulaCode()
58 z.x = fractal->mandelbox.foldingValue - z.x; in FormulaCode()
63 z.x = -fractal->mandelbox.foldingValue - z.x; in FormulaCode()
68 z.y = fractal->mandelbox.foldingValue - z.y; in FormulaCode()
73 z.y = -fractal->mandelbox.foldingValue - z.y; in FormulaCode()
80 z.x = fractal->transformCommon.offset2 in FormulaCode()
82 - fractal->transformCommon.offset2) in FormulaCode()
84 z.y = fractal->transformCommon.offset2 in FormulaCode()
86 - fractal->transformCommon.offset2) in FormulaCode()
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H A Dfractal_abox_klein.cpp20 internalID = fractal::aboxKlein; in cFractalAboxKlein()
36 z += fractal->transformCommon.offset000; in FormulaCode()
38 z *= fractal->transformCommon.scaleG1 / rr; in FormulaCode()
40 z += fractal->transformCommon.additionConstant000 - fractal->transformCommon.offset000; in FormulaCode()
41 z *= fractal->transformCommon.scaleA1; in FormulaCode()
42 aux.DE *= fractal->transformCommon.scaleA1; in FormulaCode()
88 colorAdd += fractal->foldColor.difs0000.x in FormulaCode()
91 colorAdd += fractal->foldColor.difs0000.y in FormulaCode()
94 colorAdd += fractal->foldColor.difs0000.z in FormulaCode()
108 z *= fractal->transformCommon.scale2; in FormulaCode()
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H A Dfractal_testing_transform2.cpp19 internalID = fractal::testingTransform2; in cFractalTestingTransform2()
42 z -= fractal->transformCommon.offset000; in FormulaCode()
53 tp = fractal->transformCommon.scale1; in FormulaCode()
58 …tp = trr + sin(trr * M_PI * fractal->transformCommon.scale2) * fractal->transformCommon.scaleC1 + … in FormulaCode()
59 tp = min(max(1.0 / tp, fractal->transformCommon.scale1), fractal->transformCommon.scale4); in FormulaCode()
74 tp = min(max(1.0 / trr, fractal->transformCommon.scale1), fractal->transformCommon.scale4); in FormulaCode()
87 z += fractal->transformCommon.offset000; in FormulaCode()
100 p += fractal->mandelbox.offset; in FormulaCode()
107 p -= fractal->mandelbox.offset; in FormulaCode()
123 if (fractal->analyticDE.enabledFalse) in FormulaCode()
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H A Dfractal_abox_mod11.cpp24 internalID = fractal::aboxMod11; in cFractalAboxMod11()
37 fractal->mandelbox.scale + fractal->mandelboxVary4D.scaleVary * (fabs(aux.actualScale) - 1.0); in FormulaCode()
96 if (fractal->Cpara.enabledLinear) in FormulaCode()
103 double lengthAB = fractal->Cpara.iterB - fractal->Cpara.iterA; in FormulaCode()
104 double lengthBC = fractal->Cpara.iterC - fractal->Cpara.iterB; in FormulaCode()
114 if (aux.i < fractal->Cpara.iterB && aux.i >= fractal->Cpara.iterA) in FormulaCode()
138 if (aux.i >= 2 * fractal->Cpara.iterA && aux.i < fractal->Cpara.iterB + tempL) in FormulaCode()
150 paraAddP0 = fractal->Cpara.parabOffset0 + (aux.i * fractal->Cpara.parabSlope) in FormulaCode()
158 z += fractal->mandelbox.offset; in FormulaCode()
175 z -= fractal->mandelbox.offset; in FormulaCode()
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H A Dfractal_transf_rotation_folding.cpp23 internalID = fractal::transfRotationFolding; in cFractalTransfRotationFolding()
39 if (fractal->transformCommon.functionEnabled) in FormulaCode()
41 if (fractal->transformCommon.functionEnabledx) in FormulaCode()
42 z.x = fabs(z.x + fractal->transformCommon.offset000.x) - fractal->transformCommon.offset000.x; in FormulaCode()
43 if (fractal->transformCommon.functionEnabledy) in FormulaCode()
44 z.y = fabs(z.y + fractal->transformCommon.offset000.y) - fractal->transformCommon.offset000.y; in FormulaCode()
45 if (fractal->transformCommon.functionEnabledz) in FormulaCode()
46 z.z = fabs(z.z + fractal->transformCommon.offset000.z) - fractal->transformCommon.offset000.z; in FormulaCode()
51 if (fractal->transformCommon.functionEnabledAx) in FormulaCode()
82 double zLimit = fractal->mandelbox.foldingLimit * fractal->transformCommon.scale1; in FormulaCode()
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H A Dfractal_sierpinski3d_v2.cpp20 internalID = fractal::sierpinski3dV2; in cFractalSierpinski3dV2()
35 z += fractal->transformCommon.offset000; in FormulaCode()
41 if (fractal->transformCommon.functionEnabledAx in FormulaCode()
63 va *= fractal->transformCommon.scale1111.x; in FormulaCode()
64 vb *= fractal->transformCommon.scale1111.y; in FormulaCode()
65 vc *= fractal->transformCommon.scale1111.z; in FormulaCode()
66 vd *= fractal->transformCommon.scale1111.w; in FormulaCode()
103 if (rr < fractal->transformCommon.invert0) m = fractal->transformCommon.inv0; in FormulaCode()
105 else m = fractal->transformCommon.inv1; in FormulaCode()
118 if (fractal->analyticDE.enabledFalse) in FormulaCode()
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H A Dfractal_mandelbox_menger.cpp21 internalID = fractal::mandelboxMenger; in cFractalMandelboxMenger()
80 double zLimit = fractal->mandelbox.foldingLimit * fractal->transformCommon.scale1; in FormulaCode()
81 double zValue = fractal->mandelbox.foldingValue * fractal->transformCommon.scale1; in FormulaCode()
94 z += fractal->mandelbox.offset; in FormulaCode()
95 if (r2 < fractal->mandelbox.mR2) in FormulaCode()
108 z -= fractal->mandelbox.offset; in FormulaCode()
110 if (fractal->mandelbox.mainRotationEnabled && aux.i >= fractal->transformCommon.startIterationsR in FormulaCode()
117 z = z * fractal->mandelbox.scale; in FormulaCode()
154 if (fractal->transformCommon.functionEnabled && aux.i >= fractal->transformCommon.startIterationsM in FormulaCode()
169 aux.DE *= fabs(fractal->transformCommon.scale3 * fractal->transformCommon.scaleA1); in FormulaCode()
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H A Dfractal_transf_spherical_offset_vcl.cpp31 double para = fractal->Cpara.para00; in FormulaCode()
37 if (fractal->Cpara.enabledLinear) in FormulaCode()
44 double lengthAB = fractal->Cpara.iterB - fractal->Cpara.iterA; in FormulaCode()
45 double lengthBC = fractal->Cpara.iterC - fractal->Cpara.iterB; in FormulaCode()
51 if (aux.i < fractal->Cpara.iterA) in FormulaCode()
55 if (aux.i < fractal->Cpara.iterB && aux.i >= fractal->Cpara.iterA) in FormulaCode()
59 if (aux.i >= fractal->Cpara.iterB) in FormulaCode()
65 if (fractal->Cpara.enabledCurves) in FormulaCode()
78 if (aux.i >= 2 * fractal->Cpara.iterA && aux.i < fractal->Cpara.iterB + tempL) in FormulaCode()
91 paraAddP0 = fractal->Cpara.parabOffset0 + (aux.i * fractal->Cpara.parabSlope) in FormulaCode()
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H A Dfractal_transf_box_fold.cpp19 internalID = fractal::transfBoxFold; in cFractalTransfBoxFold()
40 double zLimit = fractal->mandelbox.foldingLimit * fractal->transformCommon.scale1; in FormulaCode()
41 double zValue = fractal->mandelbox.foldingValue * fractal->transformCommon.scale1; in FormulaCode()
64 fractal->mandelbox.color.factor.x in FormulaCode()
65 * (1.0 - (fractal->mandelbox.foldingLimit - fabs(z.x)) / fractal->mandelbox.foldingLimit); in FormulaCode()
76 * (1.0 - (fractal->mandelbox.foldingLimit - fabs(z.y)) / fractal->mandelbox.foldingLimit); in FormulaCode()
87 * (1.0 - (fractal->mandelbox.foldingLimit - fabs(z.z)) / fractal->mandelbox.foldingLimit); in FormulaCode()
95 double valMinusLim = fractal->mandelbox.foldingValue - fractal->mandelbox.foldingLimit; in FormulaCode()
98 colorAdd += fractal->mandelbox.color.factor.x * (fabs(z.x) - fractal->mandelbox.foldingLimit) in FormulaCode()
103 colorAdd += fractal->mandelbox.color.factor.y * (fabs(z.y) - fractal->mandelbox.foldingLimit) in FormulaCode()
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H A Dfractal_transf_difs_gear_v1.cpp19 internalID = fractal::transfDIFSGearV1; in cFractalTransfDIFSGearV1()
30 if (fractal->transformCommon.rotation2EnabledFalse in FormulaCode()
47 zc.y -= fractal->transformCommon.offset1; in FormulaCode()
48 zc.z -= fractal->transformCommon.offset0; in FormulaCode()
50 double widthX = fractal->transformCommon.offset01; in FormulaCode()
55 if (fractal->transformCommon.functionEnabledFalse) in FormulaCode()
107 if (fractal->transformCommon.functionEnabled) in FormulaCode()
110 + fractal->transformCommon.offsetR0) in FormulaCode()
111 - fractal->transformCommon.offsetR0; in FormulaCode()
118 if (fractal->foldColor.auxColorEnabledFalse) in FormulaCode()
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H A Dfractal_abox_mod_kali_v2.cpp19 internalID = fractal::aboxModKaliV2; in cFractalAboxModKaliV2()
37 if (fractal->transformCommon.functionEnabledM) in FormulaCode()
46 double m = fractal->transformCommon.scale015; in FormulaCode()
47 if (rr < fractal->transformCommon.minR2p25) in FormulaCode()
49 m *= fractal->transformCommon.maxR2d1 / fractal->transformCommon.minR2p25; in FormulaCode()
52 else if (rr < fractal->transformCommon.maxR2d1) in FormulaCode()
54 m *= fractal->transformCommon.maxR2d1 / rr; in FormulaCode()
64 if (fractal->transformCommon.rotationEnabled && aux.i >= fractal->transformCommon.startIterations in FormulaCode()
100 if (fractal->analyticDE.enabledFalse) in FormulaCode()
101 aux.DE = aux.DE * fractal->analyticDE.scale1 + fractal->analyticDE.offset0; in FormulaCode()
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/dports/graphics/mandelbulber/mandelbulber2-2.26/mandelbulber2/formula/opencl/
H A Dbox_fold4d_bulb_pow2.cl26 if (fractal->Cpara.enabledParabFalse)
31 paraAddP0 = fractal->Cpara.parabOffset0 + (aux->i * fractal->Cpara.parabSlope) + (parabScale);
40 native_sin((aux->i + fractal->transformCommon.offset0) / fractal->transformCommon.scaleA1)
169 * native_sqrt(fractal->foldingIntPow.zFactor * fractal->foldingIntPow.zFactor + 2.0f
195 fractal->mandelbox.color.factor.x * (fabs(zCol.x) - fractal->mandelbox.color.factor4D.x);
198 fractal->mandelbox.color.factor.y * (fabs(zCol.y) - fractal->mandelbox.color.factor4D.y);
201 fractal->mandelbox.color.factor.z * (fabs(zCol.z) - fractal->mandelbox.color.factor4D.z);
204 fractal->mandelbox.color.factor.z * (fabs(zCol.w) - fractal->mandelbox.color.factor4D.w);
209 fractal->mandelbox.color.factorSp1 * (fractal->transformCommon.minR2p25 - rrCol)
211 * (fractal->transformCommon.maxR2d1 - fractal->transformCommon.minR2p25);
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H A Damazing_surf_klein_v2.cl33 z += fractal->transformCommon.offsetF000;
41 z += fractal->transformCommon.offset000;
43 z *= fractal->transformCommon.scaleG1 / rr;
45 z += fractal->transformCommon.additionConstant000 - fractal->transformCommon.offset000;
46 z *= fractal->transformCommon.scaleA1;
47 aux->DE *= fractal->transformCommon.scaleA1;
50 if (aux->i < fractal->transformCommon.int8X)
121 colorAdd += fractal->foldColor.difs0000.x
124 colorAdd += fractal->foldColor.difs0000.y
140 z *= fractal->transformCommon.scale2;
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H A Dbox_fold_bulb_pow2_v3.cl29 z += fractal->transformCommon.additionConstant000 - fractal->transformCommon.offset000;
30 z *= fractal->transformCommon.scaleA1;
59 z += fractal->mandelbox.offset;
64 REAL tglad_factor1 = fractal->transformCommon.maxR2d1 / fractal->transformCommon.minR2p25;
74 z -= fractal->mandelbox.offset;
138 - fractal->transformCommon.offset100 * (fractal->transformCommon.scaleA2 - 1.0f);
193 * native_sqrt(fractal->foldingIntPow.zFactor * fractal->foldingIntPow.zFactor
200 * native_sqrt(fractal->foldingIntPow.zFactor * fractal->foldingIntPow.zFactor
234 colorAdd += fractal->mandelbox.color.factorSp1 * (fractal->transformCommon.minR2p25 - rrCol)
236 * (fractal->transformCommon.maxR2d1 - fractal->transformCommon.minR2p25);
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H A Dmenger_middle_mod.cl24 z += fractal->transformCommon.offset000;
27 z += fractal->transformCommon.additionConstant000 - fractal->transformCommon.offset000;
28 z *= fractal->transformCommon.scaleB1;
30 aux->DE *= (fractal->transformCommon.maxR2d1 / rr) * fractal->analyticDE.scale1
31 * fractal->transformCommon.scaleB1;
55 if (fractal->mandelbox.mainRotationEnabled && aux->i >= fractal->transformCommon.startIterationsC
75 REAL zLimit = fractal->mandelbox.foldingLimit * fractal->transformCommon.scale1;
76 REAL zValue = fractal->mandelbox.foldingValue * fractal->transformCommon.scale1;
111 z *= fractal->transformCommon.scaleA1;
124 if (!fractal->analyticDE.enabledFalse)
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H A Dtransf_surf_box_fold.cl22 if (fractal->surfBox.enabledX1)
25 fabs(z.x + fractal->surfBox.offset1A111.x) - fabs(z.x - fractal->surfBox.offset1A111.x) - z.x;
29 z.x = fractal->surfBox.offset1B111.x - fabs(fabs(z.x) - fractal->surfBox.offset1B111.x);
51 - fabs(fabs(z.x + fractal->surfBox.offset3A111.x) - fractal->surfBox.offset1B222.x)
55 if (fractal->surfBox.enabledY1)
62 z.y = fractal->surfBox.offset1B111.y - fabs(fabs(z.y) - fractal->surfBox.offset1B111.y);
84 - fabs(fabs(z.y + fractal->surfBox.offset3A111.y) - fractal->surfBox.offset1B222.y)
88 if (fractal->surfBox.enabledZ1)
95 z.z = fractal->surfBox.offset1B111.z - fabs(fabs(z.z) - fractal->surfBox.offset1B111.z);
123 - fabs(fabs(z.z + fractal->surfBox.offset3A111.z) - fractal->surfBox.offset1B222.z)
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H A Ddifs_box_diagonal_v1.cl49 if (fractal->transformCommon.functionEnabledCFalse
53 REAL xOffset = fractal->transformCommon.offsetC0;
67 z.x -= fractal->transformCommon.offsetE0;
71 z.y -= fractal->transformCommon.offsetF0;
96 z.x += fractal->transformCommon.offsetE0;
100 z.y += fractal->transformCommon.offsetF0;
103 z += fractal->transformCommon.offset001;
148 if (fractal->foldColor.auxColorEnabled)
150 if (fractal->foldColor.auxColorEnabledFalse)
155 colorAdd += fractal->foldColor.difs1;
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H A Dfold_box_mod1.cl27 if (fractal->transformCommon.functionEnabledx)
33 if (fractal->transformCommon.functionEnabledy)
63 REAL zLimit = fractal->mandelbox.foldingLimit * fractal->transformCommon.scale1;
64 REAL zValue = fractal->mandelbox.foldingValue * fractal->transformCommon.scale1;
78 if (r2 < fractal->mandelbox.mR2)
80 z *= fractal->mandelbox.mboxFactor1;
81 aux->DE *= fractal->mandelbox.mboxFactor1;
84 else if (r2 < fractal->mandelbox.fR2)
112 z *= fractal->mandelbox.scale;
115 if (fractal->mandelbox.mainRotationEnabled && aux->i >= fractal->transformCommon.startIterationsC
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H A Dpseudo_kleinian4d.cl26 z += fractal->transformCommon.offset0000;
28 z *= fractal->transformCommon.scaleG1 / rr;
29 aux->DE *= (fractal->transformCommon.scaleG1 / rr);
30 z += fractal->transformCommon.offsetA0000 - fractal->transformCommon.offset0000;
31 z *= fractal->transformCommon.scaleA1;
32 aux->DE *= fractal->transformCommon.scaleA1;
35 if (fractal->transformCommon.functionEnabledFalse
63 REAL4 cSize = fractal->transformCommon.offset1111;
70 aux->DE *= k + fractal->analyticDE.tweak005;
106 d1 -= fractal->transformCommon.offsetR0;
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H A Dtransf_scale_vary_abox_v2.cl26 float base = fractal->mandelbox.scale;
45 fractal->transformCommon.scale0, base2);
53 fractal->transformCommon.scale0, base);
61 z *= fractal->mandelbox.scale;
74 fractal->mandelbox.scale);
78 z *= fractal->mandelbox.scale;
95 double base = fractal->mandelbox.scale;
122 fractal->transformCommon.scale0, base);
130 z *= fractal->mandelbox.scale;
143 fractal->mandelbox.scale);
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H A Dbox_fold_bulb_menger.cl43 z += fractal->mandelbox.offset;
58 z -= fractal->mandelbox.offset;
64 z *= fractal->transformCommon.scale;
115 - fractal->transformCommon.offset100 * (fractal->transformCommon.scaleA2 - 1.0f);
135 * native_sqrt(fractal->foldingIntPow.zFactor * fractal->foldingIntPow.zFactor
137 + fractal->analyticDE.offset1;
143 * native_sqrt(fractal->foldingIntPow.zFactor * fractal->foldingIntPow.zFactor
146 + fractal->analyticDE.offset1;
216 colorAdd += fractal->mandelbox.color.factorSp1 * (fractal->transformCommon.minR2p25 - rrCol)
218 * (fractal->transformCommon.maxR2d1 - fractal->transformCommon.minR2p25);
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/dports/graphics/xaos/XaoS-release-4.2.1/tutorial/
H A Dbarnsley.xaf38 (line 'fractal 0 0 0 0)
39 (line 'fractal 0 0 0 0)
40 (line 'fractal 0 0 0 0)
41 (line 'fractal 0 0 0 0)
52 (line 'fractal 0.97109 -0.655 1.03109 -0.655)
53 (line 'fractal 1.03109 -0.655 1.03109 -0.595)
54 (line 'fractal 0.97109 -0.595 1.03109 -0.595)
57 (morphline 'fractal 1.0027 0.47 1.0627 0.47)
58 (morphline 'fractal 1.0627 0.47 1.0627 0.53)
59 (morphline 'fractal 1.0027 0.53 1.0627 0.53)
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/dports/net-im/fractal/fractal-4.4.0/fractal-gtk/po/
H A Dzh_CN.po103 #: fractal-gtk/res/ui/login_flow.ui:294 fractal-gtk/src/appop/mod.rs:211
243 #: fractal-gtk/res/ui/main_window.ui:522 fractal-gtk/res/ui/main_window.ui:662
255 #: fractal-gtk/res/ui/join_room.ui:94 fractal-gtk/res/ui/leave_room.ui:32
256 #: fractal-gtk/res/ui/new_room.ui:42 fractal-gtk/src/appop/account.rs:95
257 #: fractal-gtk/src/appop/account.rs:158 fractal-gtk/src/appop/attach.rs:52
322 #: fractal-gtk/res/ui/join_room.ui:102 fractal-gtk/src/widgets/room.rs:124
348 #: fractal-gtk/res/ui/login_flow.ui:47 fractal-gtk/res/ui/login_flow.ui:371
482 #: fractal-gtk/res/ui/members.ui:25 fractal-gtk/res/ui/room_settings.ui:940
534 #: fractal-gtk/res/ui/new_room.ui:18 fractal-gtk/res/ui/new_room.ui:187
901 #: fractal-gtk/src/backend/room.rs:635 fractal-gtk/src/backend/room.rs:692
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