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THE CONSCIOUSNESS ATLAS
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ConsciousnessLearn · Explore · Joseph Anady

The equation library

Every recovered mathematical record has an individual page. Browse original equations, code expressions, indexed components, parameter definitions, and explicitly unresolved source slots.

2,910 recordsSource snapshot 2026-10-17

Counts refer to mathematical records, including implemented expressions and generated instances. They are not counts of independently validated theories. Exact occurrences and unresolved slots remain traceable. Read the complete 1–516 source index ↗ · Inspect the scan decisions ↗

2,910 records · page 52 of 59Search the source archive ↗
SOURCE 130 · megamind-core-027

Core component 27 · source equation 130

This page expands core generator index i=27, corresponding to the source’s numbered component 130. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=27 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((27 mod 13) × 0.27) × cos((27 mod 17) × 0.19); core[27]=0.5 × carrier+0.5 × harmonic
SOURCE 131 · megamind-core-028

Core component 28 · source equation 131

This page expands core generator index i=28, corresponding to the source’s numbered component 131. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=28 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((28 mod 13) × 0.27) × cos((28 mod 17) × 0.19); core[28]=0.5 × carrier+0.5 × harmonic
SOURCE 132 · megamind-core-029

Core component 29 · source equation 132

This page expands core generator index i=29, corresponding to the source’s numbered component 132. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=29 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((29 mod 13) × 0.27) × cos((29 mod 17) × 0.19); core[29]=0.5 × carrier+0.5 × harmonic
SOURCE 106 · megamind-core-003

Core component 3 · source equation 106

This page expands core generator index i=3, corresponding to the source’s numbered component 106. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=3 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((3 mod 13) × 0.27) × cos((3 mod 17) × 0.19); core[3]=0.5 × carrier+0.5 × harmonic
SOURCE 133 · megamind-core-030

Core component 30 · source equation 133

This page expands core generator index i=30, corresponding to the source’s numbered component 133. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=30 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((30 mod 13) × 0.27) × cos((30 mod 17) × 0.19); core[30]=0.5 × carrier+0.5 × harmonic
SOURCE 134 · megamind-core-031

Core component 31 · source equation 134

This page expands core generator index i=31, corresponding to the source’s numbered component 134. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=31 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((31 mod 13) × 0.27) × cos((31 mod 17) × 0.19); core[31]=0.5 × carrier+0.5 × harmonic
SOURCE 135 · megamind-core-032

Core component 32 · source equation 135

This page expands core generator index i=32, corresponding to the source’s numbered component 135. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=32 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((32 mod 13) × 0.27) × cos((32 mod 17) × 0.19); core[32]=0.5 × carrier+0.5 × harmonic
SOURCE 136 · megamind-core-033

Core component 33 · source equation 136

This page expands core generator index i=33, corresponding to the source’s numbered component 136. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=33 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((33 mod 13) × 0.27) × cos((33 mod 17) × 0.19); core[33]=0.5 × carrier+0.5 × harmonic
SOURCE 137 · megamind-core-034

Core component 34 · source equation 137

This page expands core generator index i=34, corresponding to the source’s numbered component 137. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=34 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((34 mod 13) × 0.27) × cos((34 mod 17) × 0.19); core[34]=0.5 × carrier+0.5 × harmonic
SOURCE 138 · megamind-core-035

Core component 35 · source equation 138

This page expands core generator index i=35, corresponding to the source’s numbered component 138. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=35 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((35 mod 13) × 0.27) × cos((35 mod 17) × 0.19); core[35]=0.5 × carrier+0.5 × harmonic
SOURCE 139 · megamind-core-036

Core component 36 · source equation 139

This page expands core generator index i=36, corresponding to the source’s numbered component 139. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=36 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((36 mod 13) × 0.27) × cos((36 mod 17) × 0.19); core[36]=0.5 × carrier+0.5 × harmonic
SOURCE 140 · megamind-core-037

Core component 37 · source equation 140

This page expands core generator index i=37, corresponding to the source’s numbered component 140. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=37 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((37 mod 13) × 0.27) × cos((37 mod 17) × 0.19); core[37]=0.5 × carrier+0.5 × harmonic
SOURCE 141 · megamind-core-038

Core component 38 · source equation 141

This page expands core generator index i=38, corresponding to the source’s numbered component 141. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=38 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((38 mod 13) × 0.27) × cos((38 mod 17) × 0.19); core[38]=0.5 × carrier+0.5 × harmonic
SOURCE 142 · megamind-core-039

Core component 39 · source equation 142

This page expands core generator index i=39, corresponding to the source’s numbered component 142. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=39 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((39 mod 13) × 0.27) × cos((39 mod 17) × 0.19); core[39]=0.5 × carrier+0.5 × harmonic
SOURCE 107 · megamind-core-004

Core component 4 · source equation 107

This page expands core generator index i=4, corresponding to the source’s numbered component 107. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=4 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((4 mod 13) × 0.27) × cos((4 mod 17) × 0.19); core[4]=0.5 × carrier+0.5 × harmonic
SOURCE 143 · megamind-core-040

Core component 40 · source equation 143

This page expands core generator index i=40, corresponding to the source’s numbered component 143. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=40 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((40 mod 13) × 0.27) × cos((40 mod 17) × 0.19); core[40]=0.5 × carrier+0.5 × harmonic
SOURCE 144 · megamind-core-041

Core component 41 · source equation 144

This page expands core generator index i=41, corresponding to the source’s numbered component 144. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=41 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((41 mod 13) × 0.27) × cos((41 mod 17) × 0.19); core[41]=0.5 × carrier+0.5 × harmonic
SOURCE 145 · megamind-core-042

Core component 42 · source equation 145

This page expands core generator index i=42, corresponding to the source’s numbered component 145. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=42 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((42 mod 13) × 0.27) × cos((42 mod 17) × 0.19); core[42]=0.5 × carrier+0.5 × harmonic
SOURCE 146 · megamind-core-043

Core component 43 · source equation 146

This page expands core generator index i=43, corresponding to the source’s numbered component 146. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=43 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((43 mod 13) × 0.27) × cos((43 mod 17) × 0.19); core[43]=0.5 × carrier+0.5 × harmonic
SOURCE 147 · megamind-core-044

Core component 44 · source equation 147

This page expands core generator index i=44, corresponding to the source’s numbered component 147. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=44 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((44 mod 13) × 0.27) × cos((44 mod 17) × 0.19); core[44]=0.5 × carrier+0.5 × harmonic
SOURCE 148 · megamind-core-045

Core component 45 · source equation 148

This page expands core generator index i=45, corresponding to the source’s numbered component 148. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=45 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((45 mod 13) × 0.27) × cos((45 mod 17) × 0.19); core[45]=0.5 × carrier+0.5 × harmonic
SOURCE 149 · megamind-core-046

Core component 46 · source equation 149

This page expands core generator index i=46, corresponding to the source’s numbered component 149. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=46 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((46 mod 13) × 0.27) × cos((46 mod 17) × 0.19); core[46]=0.5 × carrier+0.5 × harmonic
SOURCE 150 · megamind-core-047

Core component 47 · source equation 150

This page expands core generator index i=47, corresponding to the source’s numbered component 150. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=47 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((47 mod 13) × 0.27) × cos((47 mod 17) × 0.19); core[47]=0.5 × carrier+0.5 × harmonic
SOURCE 151 · megamind-core-048

Core component 48 · source equation 151

This page expands core generator index i=48, corresponding to the source’s numbered component 151. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=48 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((48 mod 13) × 0.27) × cos((48 mod 17) × 0.19); core[48]=0.5 × carrier+0.5 × harmonic
SOURCE 152 · megamind-core-049

Core component 49 · source equation 152

This page expands core generator index i=49, corresponding to the source’s numbered component 152. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=49 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((49 mod 13) × 0.27) × cos((49 mod 17) × 0.19); core[49]=0.5 × carrier+0.5 × harmonic
SOURCE 108 · megamind-core-005

Core component 5 · source equation 108

This page expands core generator index i=5, corresponding to the source’s numbered component 108. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=5 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((5 mod 13) × 0.27) × cos((5 mod 17) × 0.19); core[5]=0.5 × carrier+0.5 × harmonic
SOURCE 153 · megamind-core-050

Core component 50 · source equation 153

This page expands core generator index i=50, corresponding to the source’s numbered component 153. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=50 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((50 mod 13) × 0.27) × cos((50 mod 17) × 0.19); core[50]=0.5 × carrier+0.5 × harmonic
SOURCE 154 · megamind-core-051

Core component 51 · source equation 154

This page expands core generator index i=51, corresponding to the source’s numbered component 154. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=51 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((51 mod 13) × 0.27) × cos((51 mod 17) × 0.19); core[51]=0.5 × carrier+0.5 × harmonic
SOURCE 155 · megamind-core-052

Core component 52 · source equation 155

This page expands core generator index i=52, corresponding to the source’s numbered component 155. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=52 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((52 mod 13) × 0.27) × cos((52 mod 17) × 0.19); core[52]=0.5 × carrier+0.5 × harmonic
SOURCE 156 · megamind-core-053

Core component 53 · source equation 156

This page expands core generator index i=53, corresponding to the source’s numbered component 156. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=53 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((53 mod 13) × 0.27) × cos((53 mod 17) × 0.19); core[53]=0.5 × carrier+0.5 × harmonic
SOURCE 157 · megamind-core-054

Core component 54 · source equation 157

This page expands core generator index i=54, corresponding to the source’s numbered component 157. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=54 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((54 mod 13) × 0.27) × cos((54 mod 17) × 0.19); core[54]=0.5 × carrier+0.5 × harmonic
SOURCE 158 · megamind-core-055

Core component 55 · source equation 158

This page expands core generator index i=55, corresponding to the source’s numbered component 158. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=55 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((55 mod 13) × 0.27) × cos((55 mod 17) × 0.19); core[55]=0.5 × carrier+0.5 × harmonic
SOURCE 159 · megamind-core-056

Core component 56 · source equation 159

This page expands core generator index i=56, corresponding to the source’s numbered component 159. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=56 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((56 mod 13) × 0.27) × cos((56 mod 17) × 0.19); core[56]=0.5 × carrier+0.5 × harmonic
SOURCE 160 · megamind-core-057

Core component 57 · source equation 160

This page expands core generator index i=57, corresponding to the source’s numbered component 160. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=57 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((57 mod 13) × 0.27) × cos((57 mod 17) × 0.19); core[57]=0.5 × carrier+0.5 × harmonic
SOURCE 161 · megamind-core-058

Core component 58 · source equation 161

This page expands core generator index i=58, corresponding to the source’s numbered component 161. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=58 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((58 mod 13) × 0.27) × cos((58 mod 17) × 0.19); core[58]=0.5 × carrier+0.5 × harmonic
SOURCE 162 · megamind-core-059

Core component 59 · source equation 162

This page expands core generator index i=59, corresponding to the source’s numbered component 162. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=59 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((59 mod 13) × 0.27) × cos((59 mod 17) × 0.19); core[59]=0.5 × carrier+0.5 × harmonic
SOURCE 109 · megamind-core-006

Core component 6 · source equation 109

This page expands core generator index i=6, corresponding to the source’s numbered component 109. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=6 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((6 mod 13) × 0.27) × cos((6 mod 17) × 0.19); core[6]=0.5 × carrier+0.5 × harmonic
SOURCE 163 · megamind-core-060

Core component 60 · source equation 163

This page expands core generator index i=60, corresponding to the source’s numbered component 163. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=60 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((60 mod 13) × 0.27) × cos((60 mod 17) × 0.19); core[60]=0.5 × carrier+0.5 × harmonic
SOURCE 164 · megamind-core-061

Core component 61 · source equation 164

This page expands core generator index i=61, corresponding to the source’s numbered component 164. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=61 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((61 mod 13) × 0.27) × cos((61 mod 17) × 0.19); core[61]=0.5 × carrier+0.5 × harmonic
SOURCE 165 · megamind-core-062

Core component 62 · source equation 165

This page expands core generator index i=62, corresponding to the source’s numbered component 165. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=62 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((62 mod 13) × 0.27) × cos((62 mod 17) × 0.19); core[62]=0.5 × carrier+0.5 × harmonic
SOURCE 166 · megamind-core-063

Core component 63 · source equation 166

This page expands core generator index i=63, corresponding to the source’s numbered component 166. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=63 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((63 mod 13) × 0.27) × cos((63 mod 17) × 0.19); core[63]=0.5 × carrier+0.5 × harmonic
SOURCE 167 · megamind-core-064

Core component 64 · source equation 167

This page expands core generator index i=64, corresponding to the source’s numbered component 167. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=64 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((64 mod 13) × 0.27) × cos((64 mod 17) × 0.19); core[64]=0.5 × carrier+0.5 × harmonic
SOURCE 168 · megamind-core-065

Core component 65 · source equation 168

This page expands core generator index i=65, corresponding to the source’s numbered component 168. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=65 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((65 mod 13) × 0.27) × cos((65 mod 17) × 0.19); core[65]=0.5 × carrier+0.5 × harmonic
SOURCE 169 · megamind-core-066

Core component 66 · source equation 169

This page expands core generator index i=66, corresponding to the source’s numbered component 169. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=66 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((66 mod 13) × 0.27) × cos((66 mod 17) × 0.19); core[66]=0.5 × carrier+0.5 × harmonic
SOURCE 170 · megamind-core-067

Core component 67 · source equation 170

This page expands core generator index i=67, corresponding to the source’s numbered component 170. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=67 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((67 mod 13) × 0.27) × cos((67 mod 17) × 0.19); core[67]=0.5 × carrier+0.5 × harmonic
SOURCE 171 · megamind-core-068

Core component 68 · source equation 171

This page expands core generator index i=68, corresponding to the source’s numbered component 171. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=68 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((68 mod 13) × 0.27) × cos((68 mod 17) × 0.19); core[68]=0.5 × carrier+0.5 × harmonic
SOURCE 172 · megamind-core-069

Core component 69 · source equation 172

This page expands core generator index i=69, corresponding to the source’s numbered component 172. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=69 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((69 mod 13) × 0.27) × cos((69 mod 17) × 0.19); core[69]=0.5 × carrier+0.5 × harmonic
SOURCE 110 · megamind-core-007

Core component 7 · source equation 110

This page expands core generator index i=7, corresponding to the source’s numbered component 110. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=7 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((7 mod 13) × 0.27) × cos((7 mod 17) × 0.19); core[7]=0.5 × carrier+0.5 × harmonic
SOURCE 173 · megamind-core-070

Core component 70 · source equation 173

This page expands core generator index i=70, corresponding to the source’s numbered component 173. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=70 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((70 mod 13) × 0.27) × cos((70 mod 17) × 0.19); core[70]=0.5 × carrier+0.5 × harmonic
SOURCE 174 · megamind-core-071

Core component 71 · source equation 174

This page expands core generator index i=71, corresponding to the source’s numbered component 174. The source sets t from the index (i/32), combines sine and cosine carrier terms, then averages that carrier with a product of two modular harmonic terms. This is one member of a repeated deterministic…

Core generator instancesdocumented formula instance
t=71 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((71 mod 13) × 0.27) × cos((71 mod 17) × 0.19); core[71]=0.5 × carrier+0.5 × harmonic

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