| /dports/graphics/mandelbulber/mandelbulber2-2.26/mandelbulber2/formula/definition/ |
| H A D | fractal_transf_add_cpixel_rotated.cpp | 32 CVector4 tempC = c; in FormulaCode() local
35 tempC = aux.c; in FormulaCode()
39 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
40 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
41 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
42 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
43 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
44 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
46 aux.c = tempC; in FormulaCode()
53 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_transf_add_cpixel_axis_swap.cpp | 32 CVector4 tempC = c; in FormulaCode() local
35 tempC = aux.c; in FormulaCode()
39 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
40 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
41 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
42 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
43 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
44 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
46 aux.c = tempC; in FormulaCode()
53 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_transf_quaternion_fold.cpp | 49 CVector4 tempC = c; in FormulaCode() local
52 tempC = aux.c; in FormulaCode()
56 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
57 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
58 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
59 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
60 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
61 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
63 aux.c = tempC; in FormulaCode()
70 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_transf_lin_combine_cxyz.cpp | 45 CVector4 tempC = c; in FormulaCode() local
48 tempC = aux.c; in FormulaCode()
52 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
53 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
54 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
55 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
56 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
57 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
59 aux.c = tempC; in FormulaCode()
66 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_mandelbulb_multi.cpp | 90 CVector4 tempC = c; in FormulaCode() local
93 tempC = aux.c; in FormulaCode()
97 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
98 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
99 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
100 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
101 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
102 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
104 aux.c = tempC; in FormulaCode()
111 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_mandelcup.cpp | 103 CVector4 tempC = c; in FormulaCode() local
106 tempC = aux.c; in FormulaCode()
110 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
111 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
112 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
113 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
114 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
115 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
117 aux.c = tempC; in FormulaCode()
124 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_abox_mod2.cpp | 96 CVector4 tempC = c; in FormulaCode() local
99 tempC = aux.c; in FormulaCode()
103 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
104 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
105 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
106 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
107 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
108 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
110 aux.c = tempC; in FormulaCode()
117 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_scator_power2.cpp | 94 CVector4 tempC = c; in FormulaCode() local
97 tempC = aux.c; in FormulaCode()
101 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
102 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
103 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
104 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
105 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
106 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
108 aux.c = tempC; in FormulaCode()
115 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_abox_mod1.cpp | 93 CVector4 tempC = c; in FormulaCode() local
96 tempC = aux.c; in FormulaCode()
100 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
101 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
102 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
103 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
104 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
105 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
107 aux.c = tempC; in FormulaCode()
114 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_mandelbulb_abs_power2.cpp | 85 CVector4 tempC = c; in FormulaCode() local
88 tempC = aux.c; in FormulaCode()
92 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
93 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
94 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
95 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
96 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
97 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
99 aux.c = tempC; in FormulaCode()
106 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_abox_mod_kali_eiffie.cpp | 91 CVector4 tempC = c; in FormulaCode() local
94 tempC = aux.c; in FormulaCode()
98 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
99 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
100 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
101 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
102 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
103 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
105 aux.c = tempC; in FormulaCode()
112 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_menger_pwr2_poly.cpp | 77 CVector4 tempC = c; in FormulaCode() local
80 tempC = aux.c; in FormulaCode()
84 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
85 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
86 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
87 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
88 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
89 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
91 aux.c = tempC; in FormulaCode()
98 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_mandelbulb_multi2.cpp | 112 CVector4 tempC = c; in FormulaCode() local
115 tempC = aux.c; in FormulaCode()
119 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
120 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
121 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
122 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
123 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
124 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
126 aux.c = tempC; in FormulaCode()
133 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_mandelbulb_power1234.cpp | 165 CVector4 tempC = c; in FormulaCode() local
168 tempC = aux.c; in FormulaCode()
172 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
173 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
174 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
175 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
176 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
177 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
179 aux.c = tempC; in FormulaCode()
186 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| H A D | fractal_mandelbox_menger.cpp | 123 CVector4 tempC = c; in FormulaCode() local
126 tempC = aux.c; in FormulaCode()
130 default: tempC = CVector4(tempC.x, tempC.y, tempC.z, tempC.w); break; in FormulaCode()
131 case multi_OrderOfXYZ_xzy: tempC = CVector4(tempC.x, tempC.z, tempC.y, tempC.w); break; in FormulaCode()
132 case multi_OrderOfXYZ_yxz: tempC = CVector4(tempC.y, tempC.x, tempC.z, tempC.w); break; in FormulaCode()
133 case multi_OrderOfXYZ_yzx: tempC = CVector4(tempC.y, tempC.z, tempC.x, tempC.w); break; in FormulaCode()
134 case multi_OrderOfXYZ_zxy: tempC = CVector4(tempC.z, tempC.x, tempC.y, tempC.w); break; in FormulaCode()
135 case multi_OrderOfXYZ_zyx: tempC = CVector4(tempC.z, tempC.y, tempC.x, tempC.w); break; in FormulaCode()
137 aux.c = tempC; in FormulaCode()
144 default: tempC = CVector4(c.x, c.y, c.z, c.w); break; in FormulaCode()
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| /dports/graphics/mandelbulber/mandelbulber2-2.26/mandelbulber2/formula/opencl/ |
| H A D | transf_add_cpixel_axis_swap.cl | 20 REAL4 tempC = c;
23 tempC = aux->c;
27 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
28 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
29 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
30 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
31 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
32 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
34 aux->c = tempC;
41 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | transf_add_cpixel_rotated.cl | 20 REAL4 tempC = c;
23 tempC = aux->c;
27 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
28 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
29 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
30 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
31 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
32 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
34 aux->c = tempC;
41 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | transf_quaternion_fold.cl | 37 REAL4 tempC = c;
40 tempC = aux->c;
44 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
45 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
46 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
47 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
48 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
49 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
51 aux->c = tempC;
58 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | transf_lin_combine_cxyz.cl | 33 REAL4 tempC = c;
36 tempC = aux->c;
40 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
41 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
42 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
43 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
44 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
45 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
47 aux->c = tempC;
54 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | mandelcup.cl | 92 REAL4 tempC = c;
95 tempC = aux->c;
99 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
100 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
101 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
102 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
103 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
104 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
106 aux->c = tempC;
113 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | abox_mod_kali_eiffie.cl | 79 REAL4 tempC = c;
82 tempC = aux->c;
86 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
87 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
88 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
89 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
90 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
91 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
93 aux->c = tempC;
100 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | mandelbulb_abs_power2.cl | 75 REAL4 tempC = c;
78 tempC = aux->c;
82 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
83 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
84 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
85 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
86 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
87 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
89 aux->c = tempC;
96 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | mandelbulb_multi.cl | 79 REAL4 tempC = c;
82 tempC = aux->c;
86 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
87 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
88 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
89 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
90 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
91 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
93 aux->c = tempC;
100 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | abox_mod1.cl | 82 REAL4 tempC = c;
85 tempC = aux->c;
89 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
90 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
91 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
92 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
93 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
94 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
96 aux->c = tempC;
103 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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| H A D | menger_pwr2_poly.cl | 66 REAL4 tempC = c;
69 tempC = aux->c;
73 default: tempC = (REAL4){tempC.x, tempC.y, tempC.z, tempC.w}; break;
74 case multi_OrderOfXYZCl_xzy: tempC = (REAL4){tempC.x, tempC.z, tempC.y, tempC.w}; break;
75 case multi_OrderOfXYZCl_yxz: tempC = (REAL4){tempC.y, tempC.x, tempC.z, tempC.w}; break;
76 case multi_OrderOfXYZCl_yzx: tempC = (REAL4){tempC.y, tempC.z, tempC.x, tempC.w}; break;
77 case multi_OrderOfXYZCl_zxy: tempC = (REAL4){tempC.z, tempC.x, tempC.y, tempC.w}; break;
78 case multi_OrderOfXYZCl_zyx: tempC = (REAL4){tempC.z, tempC.y, tempC.x, tempC.w}; break;
80 aux->c = tempC;
87 default: tempC = (REAL4){c.x, c.y, c.z, c.w}; break;
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