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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 51 of 59Search the source archive ↗
SOURCE 241 · megamind-core-138

Core component 138 · source equation 241

This page expands core generator index i=138, corresponding to the source’s numbered component 241. 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…

Core generator instancesdocumented formula instance
t=138 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((138 mod 13) × 0.27) × cos((138 mod 17) × 0.19); core[138]=0.5 × carrier+0.5 × harmonic
SOURCE 242 · megamind-core-139

Core component 139 · source equation 242

This page expands core generator index i=139, corresponding to the source’s numbered component 242. 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…

Core generator instancesdocumented formula instance
t=139 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((139 mod 13) × 0.27) × cos((139 mod 17) × 0.19); core[139]=0.5 × carrier+0.5 × harmonic
SOURCE 117 · megamind-core-014

Core component 14 · source equation 117

This page expands core generator index i=14, corresponding to the source’s numbered component 117. 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=14 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((14 mod 13) × 0.27) × cos((14 mod 17) × 0.19); core[14]=0.5 × carrier+0.5 × harmonic
SOURCE 243 · megamind-core-140

Core component 140 · source equation 243

This page expands core generator index i=140, corresponding to the source’s numbered component 243. 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…

Core generator instancesdocumented formula instance
t=140 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((140 mod 13) × 0.27) × cos((140 mod 17) × 0.19); core[140]=0.5 × carrier+0.5 × harmonic
SOURCE 244 · megamind-core-141

Core component 141 · source equation 244

This page expands core generator index i=141, corresponding to the source’s numbered component 244. 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…

Core generator instancesdocumented formula instance
t=141 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((141 mod 13) × 0.27) × cos((141 mod 17) × 0.19); core[141]=0.5 × carrier+0.5 × harmonic
SOURCE 245 · megamind-core-142

Core component 142 · source equation 245

This page expands core generator index i=142, corresponding to the source’s numbered component 245. 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…

Core generator instancesdocumented formula instance
t=142 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((142 mod 13) × 0.27) × cos((142 mod 17) × 0.19); core[142]=0.5 × carrier+0.5 × harmonic
SOURCE 246 · megamind-core-143

Core component 143 · source equation 246

This page expands core generator index i=143, corresponding to the source’s numbered component 246. 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…

Core generator instancesdocumented formula instance
t=143 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((143 mod 13) × 0.27) × cos((143 mod 17) × 0.19); core[143]=0.5 × carrier+0.5 × harmonic
SOURCE 247 · megamind-core-144

Core component 144 · source equation 247

This page expands core generator index i=144, corresponding to the source’s numbered component 247. 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…

Core generator instancesdocumented formula instance
t=144 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((144 mod 13) × 0.27) × cos((144 mod 17) × 0.19); core[144]=0.5 × carrier+0.5 × harmonic
SOURCE 248 · megamind-core-145

Core component 145 · source equation 248

This page expands core generator index i=145, corresponding to the source’s numbered component 248. 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…

Core generator instancesdocumented formula instance
t=145 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((145 mod 13) × 0.27) × cos((145 mod 17) × 0.19); core[145]=0.5 × carrier+0.5 × harmonic
SOURCE 249 · megamind-core-146

Core component 146 · source equation 249

This page expands core generator index i=146, corresponding to the source’s numbered component 249. 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…

Core generator instancesdocumented formula instance
t=146 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((146 mod 13) × 0.27) × cos((146 mod 17) × 0.19); core[146]=0.5 × carrier+0.5 × harmonic
SOURCE 250 · megamind-core-147

Core component 147 · source equation 250

This page expands core generator index i=147, corresponding to the source’s numbered component 250. 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…

Core generator instancesdocumented formula instance
t=147 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((147 mod 13) × 0.27) × cos((147 mod 17) × 0.19); core[147]=0.5 × carrier+0.5 × harmonic
SOURCE 251 · megamind-core-148

Core component 148 · source equation 251

This page expands core generator index i=148, corresponding to the source’s numbered component 251. 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…

Core generator instancesdocumented formula instance
t=148 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((148 mod 13) × 0.27) × cos((148 mod 17) × 0.19); core[148]=0.5 × carrier+0.5 × harmonic
SOURCE 252 · megamind-core-149

Core component 149 · source equation 252

This page expands core generator index i=149, corresponding to the source’s numbered component 252. 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…

Core generator instancesdocumented formula instance
t=149 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((149 mod 13) × 0.27) × cos((149 mod 17) × 0.19); core[149]=0.5 × carrier+0.5 × harmonic
SOURCE 118 · megamind-core-015

Core component 15 · source equation 118

This page expands core generator index i=15, corresponding to the source’s numbered component 118. 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=15 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((15 mod 13) × 0.27) × cos((15 mod 17) × 0.19); core[15]=0.5 × carrier+0.5 × harmonic
SOURCE 253 · megamind-core-150

Core component 150 · source equation 253

This page expands core generator index i=150, corresponding to the source’s numbered component 253. 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…

Core generator instancesdocumented formula instance
t=150 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((150 mod 13) × 0.27) × cos((150 mod 17) × 0.19); core[150]=0.5 × carrier+0.5 × harmonic
SOURCE 254 · megamind-core-151

Core component 151 · source equation 254

This page expands core generator index i=151, corresponding to the source’s numbered component 254. 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…

Core generator instancesdocumented formula instance
t=151 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((151 mod 13) × 0.27) × cos((151 mod 17) × 0.19); core[151]=0.5 × carrier+0.5 × harmonic
SOURCE 255 · megamind-core-152

Core component 152 · source equation 255

This page expands core generator index i=152, corresponding to the source’s numbered component 255. 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…

Core generator instancesdocumented formula instance
t=152 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((152 mod 13) × 0.27) × cos((152 mod 17) × 0.19); core[152]=0.5 × carrier+0.5 × harmonic
SOURCE 256 · megamind-core-153

Core component 153 · source equation 256

This page expands core generator index i=153, corresponding to the source’s numbered component 256. 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…

Core generator instancesdocumented formula instance
t=153 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((153 mod 13) × 0.27) × cos((153 mod 17) × 0.19); core[153]=0.5 × carrier+0.5 × harmonic
SOURCE 257 · megamind-core-154

Core component 154 · source equation 257

This page expands core generator index i=154, corresponding to the source’s numbered component 257. 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…

Core generator instancesdocumented formula instance
t=154 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((154 mod 13) × 0.27) × cos((154 mod 17) × 0.19); core[154]=0.5 × carrier+0.5 × harmonic
SOURCE 258 · megamind-core-155

Core component 155 · source equation 258

This page expands core generator index i=155, corresponding to the source’s numbered component 258. 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…

Core generator instancesdocumented formula instance
t=155 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((155 mod 13) × 0.27) × cos((155 mod 17) × 0.19); core[155]=0.5 × carrier+0.5 × harmonic
SOURCE 259 · megamind-core-156

Core component 156 · source equation 259

This page expands core generator index i=156, corresponding to the source’s numbered component 259. 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…

Core generator instancesdocumented formula instance
t=156 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((156 mod 13) × 0.27) × cos((156 mod 17) × 0.19); core[156]=0.5 × carrier+0.5 × harmonic
SOURCE 260 · megamind-core-157

Core component 157 · source equation 260

This page expands core generator index i=157, corresponding to the source’s numbered component 260. 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…

Core generator instancesdocumented formula instance
t=157 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((157 mod 13) × 0.27) × cos((157 mod 17) × 0.19); core[157]=0.5 × carrier+0.5 × harmonic
SOURCE 261 · megamind-core-158

Core component 158 · source equation 261

This page expands core generator index i=158, corresponding to the source’s numbered component 261. 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…

Core generator instancesdocumented formula instance
t=158 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((158 mod 13) × 0.27) × cos((158 mod 17) × 0.19); core[158]=0.5 × carrier+0.5 × harmonic
SOURCE 262 · megamind-core-159

Core component 159 · source equation 262

This page expands core generator index i=159, corresponding to the source’s numbered component 262. 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…

Core generator instancesdocumented formula instance
t=159 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((159 mod 13) × 0.27) × cos((159 mod 17) × 0.19); core[159]=0.5 × carrier+0.5 × harmonic
SOURCE 119 · megamind-core-016

Core component 16 · source equation 119

This page expands core generator index i=16, corresponding to the source’s numbered component 119. 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=16 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((16 mod 13) × 0.27) × cos((16 mod 17) × 0.19); core[16]=0.5 × carrier+0.5 × harmonic
SOURCE 263 · megamind-core-160

Core component 160 · source equation 263

This page expands core generator index i=160, corresponding to the source’s numbered component 263. 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…

Core generator instancesdocumented formula instance
t=160 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((160 mod 13) × 0.27) × cos((160 mod 17) × 0.19); core[160]=0.5 × carrier+0.5 × harmonic
SOURCE 264 · megamind-core-161

Core component 161 · source equation 264

This page expands core generator index i=161, corresponding to the source’s numbered component 264. 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…

Core generator instancesdocumented formula instance
t=161 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((161 mod 13) × 0.27) × cos((161 mod 17) × 0.19); core[161]=0.5 × carrier+0.5 × harmonic
SOURCE 265 · megamind-core-162

Core component 162 · source equation 265

This page expands core generator index i=162, corresponding to the source’s numbered component 265. 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…

Core generator instancesdocumented formula instance
t=162 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((162 mod 13) × 0.27) × cos((162 mod 17) × 0.19); core[162]=0.5 × carrier+0.5 × harmonic
SOURCE 266 · megamind-core-163

Core component 163 · source equation 266

This page expands core generator index i=163, corresponding to the source’s numbered component 266. 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…

Core generator instancesdocumented formula instance
t=163 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((163 mod 13) × 0.27) × cos((163 mod 17) × 0.19); core[163]=0.5 × carrier+0.5 × harmonic
SOURCE 267 · megamind-core-164

Core component 164 · source equation 267

This page expands core generator index i=164, corresponding to the source’s numbered component 267. 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…

Core generator instancesdocumented formula instance
t=164 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((164 mod 13) × 0.27) × cos((164 mod 17) × 0.19); core[164]=0.5 × carrier+0.5 × harmonic
SOURCE 268 · megamind-core-165

Core component 165 · source equation 268

This page expands core generator index i=165, corresponding to the source’s numbered component 268. 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…

Core generator instancesdocumented formula instance
t=165 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((165 mod 13) × 0.27) × cos((165 mod 17) × 0.19); core[165]=0.5 × carrier+0.5 × harmonic
SOURCE 269 · megamind-core-166

Core component 166 · source equation 269

This page expands core generator index i=166, corresponding to the source’s numbered component 269. 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…

Core generator instancesdocumented formula instance
t=166 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((166 mod 13) × 0.27) × cos((166 mod 17) × 0.19); core[166]=0.5 × carrier+0.5 × harmonic
SOURCE 270 · megamind-core-167

Core component 167 · source equation 270

This page expands core generator index i=167, corresponding to the source’s numbered component 270. 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…

Core generator instancesdocumented formula instance
t=167 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((167 mod 13) × 0.27) × cos((167 mod 17) × 0.19); core[167]=0.5 × carrier+0.5 × harmonic
SOURCE 271 · megamind-core-168

Core component 168 · source equation 271

This page expands core generator index i=168, corresponding to the source’s numbered component 271. 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…

Core generator instancesdocumented formula instance
t=168 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((168 mod 13) × 0.27) × cos((168 mod 17) × 0.19); core[168]=0.5 × carrier+0.5 × harmonic
SOURCE 272 · megamind-core-169

Core component 169 · source equation 272

This page expands core generator index i=169, corresponding to the source’s numbered component 272. 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…

Core generator instancesdocumented formula instance
t=169 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((169 mod 13) × 0.27) × cos((169 mod 17) × 0.19); core[169]=0.5 × carrier+0.5 × harmonic
SOURCE 120 · megamind-core-017

Core component 17 · source equation 120

This page expands core generator index i=17, corresponding to the source’s numbered component 120. 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=17 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((17 mod 13) × 0.27) × cos((17 mod 17) × 0.19); core[17]=0.5 × carrier+0.5 × harmonic
SOURCE 273 · megamind-core-170

Core component 170 · source equation 273

This page expands core generator index i=170, corresponding to the source’s numbered component 273. 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…

Core generator instancesdocumented formula instance
t=170 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((170 mod 13) × 0.27) × cos((170 mod 17) × 0.19); core[170]=0.5 × carrier+0.5 × harmonic
SOURCE 274 · megamind-core-171

Core component 171 · source equation 274

This page expands core generator index i=171, corresponding to the source’s numbered component 274. 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…

Core generator instancesdocumented formula instance
t=171 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((171 mod 13) × 0.27) × cos((171 mod 17) × 0.19); core[171]=0.5 × carrier+0.5 × harmonic
SOURCE 275 · megamind-core-172

Core component 172 · source equation 275

This page expands core generator index i=172, corresponding to the source’s numbered component 275. 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…

Core generator instancesdocumented formula instance
t=172 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((172 mod 13) × 0.27) × cos((172 mod 17) × 0.19); core[172]=0.5 × carrier+0.5 × harmonic
SOURCE 276 · megamind-core-173

Core component 173 · source equation 276

This page expands core generator index i=173, corresponding to the source’s numbered component 276. 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…

Core generator instancesdocumented formula instance
t=173 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((173 mod 13) × 0.27) × cos((173 mod 17) × 0.19); core[173]=0.5 × carrier+0.5 × harmonic
SOURCE 121 · megamind-core-018

Core component 18 · source equation 121

This page expands core generator index i=18, corresponding to the source’s numbered component 121. 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=18 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((18 mod 13) × 0.27) × cos((18 mod 17) × 0.19); core[18]=0.5 × carrier+0.5 × harmonic
SOURCE 122 · megamind-core-019

Core component 19 · source equation 122

This page expands core generator index i=19, corresponding to the source’s numbered component 122. 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=19 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((19 mod 13) × 0.27) × cos((19 mod 17) × 0.19); core[19]=0.5 × carrier+0.5 × harmonic
SOURCE 105 · megamind-core-002

Core component 2 · source equation 105

This page expands core generator index i=2, corresponding to the source’s numbered component 105. 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=2 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((2 mod 13) × 0.27) × cos((2 mod 17) × 0.19); core[2]=0.5 × carrier+0.5 × harmonic
SOURCE 123 · megamind-core-020

Core component 20 · source equation 123

This page expands core generator index i=20, corresponding to the source’s numbered component 123. 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=20 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((20 mod 13) × 0.27) × cos((20 mod 17) × 0.19); core[20]=0.5 × carrier+0.5 × harmonic
SOURCE 124 · megamind-core-021

Core component 21 · source equation 124

This page expands core generator index i=21, corresponding to the source’s numbered component 124. 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=21 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((21 mod 13) × 0.27) × cos((21 mod 17) × 0.19); core[21]=0.5 × carrier+0.5 × harmonic
SOURCE 125 · megamind-core-022

Core component 22 · source equation 125

This page expands core generator index i=22, corresponding to the source’s numbered component 125. 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=22 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((22 mod 13) × 0.27) × cos((22 mod 17) × 0.19); core[22]=0.5 × carrier+0.5 × harmonic
SOURCE 126 · megamind-core-023

Core component 23 · source equation 126

This page expands core generator index i=23, corresponding to the source’s numbered component 126. 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=23 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((23 mod 13) × 0.27) × cos((23 mod 17) × 0.19); core[23]=0.5 × carrier+0.5 × harmonic
SOURCE 127 · megamind-core-024

Core component 24 · source equation 127

This page expands core generator index i=24, corresponding to the source’s numbered component 127. 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=24 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((24 mod 13) × 0.27) × cos((24 mod 17) × 0.19); core[24]=0.5 × carrier+0.5 × harmonic
SOURCE 128 · megamind-core-025

Core component 25 · source equation 128

This page expands core generator index i=25, corresponding to the source’s numbered component 128. 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=25 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((25 mod 13) × 0.27) × cos((25 mod 17) × 0.19); core[25]=0.5 × carrier+0.5 × harmonic
SOURCE 129 · megamind-core-026

Core component 26 · source equation 129

This page expands core generator index i=26, corresponding to the source’s numbered component 129. 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=26 × 0.03125; carrier=sin(t × φ)+cos(t × τ); harmonic=sin((26 mod 13) × 0.27) × cos((26 mod 17) × 0.19); core[26]=0.5 × carrier+0.5 × harmonic

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