The Ontology for Avida (OntoAvida) project aims to develop an integrated vocabulary for the description of the most widely used computational approach for performing experimental evolution using digital organisms (i.e., self-replicating computer programs that evolve within a user-defined computational environment). The lack of a clearly defined vocabulary makes biologists feel reluctant to embrace the field of digital evolution. This unique ontology has the potential to change this picture overnight. OntoAvida was initially developed by https://fortunalab.org, the computational biology lab at the Doñana Biological Station (a research institute of the Spanish National Research Council based at Seville, Spain). Contributors to OntoAvida are expected to include members of the Digital Evolution Laboratory (https://devolab.org/) at Michigan State University (USA). More information can be found at https://obofoundry.org/ontology/ontoavida.html OntoAvida: ontology for Avida digital evolution platform. A relation between a digital organism and its transcriptome, in which the instruction codes harbored in its genome are executed to produce the transcriptome. It might depend on the environment (i.e., "executes at seed", being seed the integer used for starting the pseudo-random number generator). executes A relation between a digital organism and its transcriptome, in which the transcriptome results from executing the instruction codes harbored in the genome of the digital organism. It might depend on the environment (i.e., "is executed by at seed", being seed the integer used for starting the pseudo-random number generator). is executed by A relation between a digital organism and the digital phenotype encoded by its digital genome. A digital genome can encode different digital phenotypes in distinct computational environments, and therefore, a digital organism can have more than one digital phenotype. has digital phenotype A relation between two digital organisms where their genomes differ in a single instruction code. mutant of A relation between a digital organism and a logic operation, in which the logic operation is performed when the digital organism executes the instruction codes harbored in its genome. It might depend on the environment (i.e., "is computed at seed", being seed the integer used for starting the pseudo-random number generator). is computed by A relation between a digital organism and a logic operation, in which the digital organism performs the logic operation by executing the instruction codes harbored in its genome. It might depend on the environment (i.e., "computes at seed", being seed the integer used for starting the pseudo-random number generator). computes A relation between the genome and the phenotype of a digital organism, in which the genome contains information that is used to produce the phenotype. It might depend on the environment (i.e., "encodes at seed", being seed the integer used for starting the pseudo-random number generator). encodes A relation between the genome and the container storing the phenotypes a digital organism has in different environments (i.e., "encodes at seed", being seed the integer used for starting the pseudo-random number generator), in which the genome contains information that is used to produce the phenotype. encodes seq A relation between the genome and the phenotype of a digital organism, in which the phenotype is produced from the information contained in the genome. It might depend on the environment (i.e., "is encoded by at seed", being seed the integer used for starting the pseudo-random number generator). is encoded by A relation where p involves c if and only if some process p' is enabled by c', and c' is part of c. involves A relation between a continuant and a process, in which the continuant is somehow involved in the process. participates in A relation where w is 'contained in' p implies that w is part of the structure of p contained in A relation where w 'contains' p implies that p is part of the structure of w contains A relation where w 'has component' p if w 'has part' p and w is such that it can be directly disassembled into into n parts p, p2, p3, ..., pn, where these parts are of similar type. has component A relation where c is involved in p if and only if c enables some process p', and p' is part of p. involved in A relation where c is output p if c participates in p, c is not present at the beginning of p, and c is not present at the end of p. output of An interaction relationship between two organisms living together in more or less intimate association in a relationship in which association is disadvantageous or destructive to one of the organisms (GO). Chris Mungall http://www.ncbi.nlm.nih.gov/pubmed/19278549 This relation groups a pair of inverse relations, parasite of and parasitized by interacts with via parasite-host interaction Pediculus humanus capitis parasite of human A relation in which one organism, the parasite, lives off of another organism, the host, harming it and possibly causing death. Chris Mungall parasitizes direct parasite of parasite of http://eol.org/schema/terms/parasitizes A relation in which one organism, the host, harbours another organism, the parasite, being harmed and possibly killed by it. Chris Mungall has parasite parasitised by directly parasitized by parasitized by http://eol.org/schema/terms/hasParasite A relation where s determined by f if and only if s is a type of system, and f is a material entity that is part of s, such that f exerts a strong causal influence on the functioning of s, and the removal of f would cause the collapse of s. determined by Number of instruction codes executed by a digital organism to produce a viable offspring. gestation time Character string used as a permanent identifier for a digital object, in a format controlled by the International DOI Foundation. doi default transsmt Virtual central processing unit (CPU) that executes the instruction codes of a digital organism's genome. It can take two values: 'default' (virtual CPU running on the default hardware: it consists of a memory space with four heads pointing to specific locations in that memory, three registers, two stacks, and input and output buffers) and 'transsmt' (virtual CPU running on the Transsmt hardware: it consists of a memory space with four heads pointing to specific locations in that memory, four stacks, and input and output buffers). virtual CPU An instruction sequence is a linear string of letters representing instruction codes of a digital organism. instruction sequence A tandem repeat instruction sequence is a linear string of letters representing the instruction codes that make up the tandem repeat contained in the transcriptome executed by a digital organism. tandem repeat instruction sequence A genome instruction sequence is a linear string of letters representing the instruction codes that make up the genome of a digital organism. genome instruction sequence A transcriptome instruction sequence is a linear string of letters representing the instruction codes that make up the transcriptome executed by a digital organism. transcriptome instruction sequence Number of instruction codes that make up the tandem repeat executed by a digital organism during the replication process. tandem repeat length A position at genome indicates the position of an instruction code along the digital genome of a digital organism. position at genome A transcriptome position at genome indicates the position of the instruction codes constituting a transcriptome along the digital genome of a digital organism. transcriptome position at genome A tandem position at genome indicates the position of the instruction codes constituting a tandem repeat along the digital genome of a digital organism. tandem repeat position at genome Number of instruction codes comprising the genome of a digital organism. genome length Number of instruction codes that are executed by a digital organism during the replication process. transcriptome length The ability of a digital organism to produce an offspring able to replicate by executing its genome. It might depend on the environment (i.e., "viable at seed", being seed the integer used for starting the pseudo-random number generator). viable Number of instruction codes, out of the total number number of instruction codes comprising a digital organism's genome, that are executed by a digital organism during the replication process. It might depend on the environment (i.e., "genome length executed at seed", being seed the integer used for starting the pseudo-random number generator). genome length executed Number of times that a tandem repeat is executed by a digital organism. number of tandem repetitions An article reporting original research, published in a peer-reviewed journal. Journal article MeSH:D016428 pub_type FBcv:0000212 Note that this is a much more specific class than that referred to by MeSH Journal article (D016428). paper An article reporting original research, published in a peer-reviewed journal. FBC:SM Journal article MeSH:D016428 A digital organism is a self-replicating computer program that mutates and evolve within a user-defined computational environment. digital organism An experiment is a scientific procedure undertaken to make a discovery, test a hypothesis, or demonstrate a known fact. experiment A configuration file is a digital file that stores settings that are specific to a particular software. configuration file An executable file is a digital file that executes a process. executable file An instruction set file is a digital file containing the instruction set that defines the genetic language of a digital organism in Avida (i.e., the instruction codes that a digital organism can hold in its genome). The name of the instruction set may not be the same as the name of the file containing the instruction set (i.e., one file may contain multiple instruction sets). instruction set file A computational environment that defines the logic operations that are listed in the environment configuration file. logic environment An avida configuration file is a configuracion file that set up all the basic conditions for performing an experiment in Avida. avida configuration file An events configuration file is a configuration file that controls the events that need to occur throughout the course of an experiment in Avida. This file consists of a list of events that will be triggered either singly or periodically. The format for each line is: 'type' 'timing' 'event' 'arguments'. The type determines what kind of timings the event will be based off of (i.e., immediate [i], based on update [u], or based on generation [g]). The timing should only be included for non-immediate events. If a single number is given for timing, the event occurs at that update/generation. A second number can be included (separated by a colon ':') to indicate how often the event should be repeated. And if a third number is listed (again, colon seperated) this will be the last time the event can occur on. The event is simply the name of the action that should be performed, and the arguments detail exactly how it should work when it is triggered. events configuration file An environment configuration file is a configuration file that set up the way a digital organism interacts with its computational environment in Avida. environment configuration file A configuration command is a directive included in a configuration file that make up a configuration file in Avida. configuration command An analyze configuration file is a configuration file that involves loading the genomes of digital organisms in one or more batches to perform additional tests after an evolutionary experiment in Avida has been completed. analyze configuration file 1 1 1 1 1 1 The analyze mode is an execution mode of Avida consisting of performing an experiment where the genome of a single digital organism is executed in a test virtual CPU to compute its properties. analyze mode 0 1 1 1 1 1 The standard mode is an execution mode of Avida consisting of performing an experiment where populations of digital organisms evolve in a open ended computational environment (i.e., standard or transsmt virtual CPU). standard mode A host digital organism is a digital organism whose CPU-cycles can be stolen by another digital organism. host digital organism A parasite digital organism is a digital organism capable of stealing CPU-cycles from another digital organism. parasite digital organism An instruction code is a group of bits that instruct the computer to perform a specific operation. Each intruction code may be followed by a series of options that define how that instruction code should be used. In Avida, each position of a digital organism genome consists of an instruction code. instruction code The instruction code 'add' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the BX and CX registers and sums them together. The result of this operation is then placed in the ?BX? register. This instruction code can be modified by one 'nop' instruction code, which specify which register is used to place the result of this operation. add The instruction code 'dec' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the ?BX? register and decrements it by one. This instruction code is destructive (I.e., it pops the old value off the register), and can be modified by one 'nop' instruction code, which specifies which register is used. dec The instruction code 'Divide-Erase' is an instruction code of the transsmt instruction set that attempts to divide off a finished offspring copy. It uses whatever memory space the write-head is currently pointing to as the offspring's genome. If this instruction code fails, the memory space is cleared and the organism's heads are reset. Note that this instruction code is equivalent to the instruction code 'h-divide' of the heads_default instruction set. Divide-Erase The instruction code 'divide-sex' is an instruction code of the head_sex instruction set that attempts to divide off a finished offspring copy. But, instead of placing it in the population immediately, its offspring is stored until the offspring of another digital organism is produced, at which time they recombine their genomes and the two recombinant products are placed into the population. divide-sex The instruction code 'get-head' is an instruction code of the heads_default and heads_sex instruction sets that copy the position of the instruction pointer ?IP? into the CX register. This instruction code can be modified by one 'nop' instruction, which specifies which head its position will be copied. get-head The instruction code 'h-allow' is an instruction code of the heads_default and heads_sex instruction sets that allocates additional memory for the digital organism up to the maximum it is allowed to use for its offspring. h-alloc The instruction code 'h-copy' is an instruction code of the heads_default and heads_sex instruction sets that reads the contents of the digital organism's memory at the position of the read-head and copy that to the position of the write-head. If a non-zero copy mutation rate is set, a test will be made based on this probability to determine if a mutation occurs. If so, a random instruction code (chosen from the full instruction set with equal probability) will be placed at the write-head instead. h-copy The instruction code 'h-divide' is an instruction code of the heads_default instruction set that attempts to divide off a finished offspring copy. The original digital organism keeps the state of its memory up until the read-head. The offspring's memory is initialized to everything between the read-head and the write-head. All digital organism's memory past the write-head is removed entirely. h-divide The instruction code 'h-search' is an instruction code of the heads_default and heads_sex instruction sets that will read in the template that follows it, and find the location of a complement template in the code. The BX register will be set to the distance to the complement from the current position of the instruction pointer, and the CX register will be set to the size of the template. The flow-head will also be placed at the beginning of the complement template. If no template follows, both BX and CX will be set to zero, and the flow-head will be placed on the instruction immediatly following the 'h-search' instruction code. h-search The instruction code 'Head-Move' is an instruction code of the transsmt instruction set that will cause the instruction pointer ?IP? to jump to the position in memory of the flow-head. This instruction code can be modified by one 'Nop' instruction code, which specify which head to move to the position pointed to by the flow-head. Note that this instruction code is equivalent to the 'mov-head' instruction code of the heads_default instruction set. Head-Move The instruction code 'Head-Pop' is an instruction code of the transsmt instruction set that pops a position of the ?B? stack and moves the instruction pointer ?IP? to that position. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are compared. The first 'Nop' instruction code specifies which head (read-head, write-head, flow-head, or instruction pointer) is used, and the second 'Nop' instruction code specifies from which stack the position is popped. Head-Pop The instruction code 'Head-Push' is an instruction code of the transsmt instruction set that pushes the position of the instruction pointer ?IP? onto the ?B? stack. Note that this instruction code differs from the instruction code 'Inst-Read' in that it pushes the location of the specified head rather than the value at that position. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are compared. The first 'Nop' instruction code specifies which head (read-head, write-head, flow-head, or instruction pointer) is used, and the second 'Nop' instruction code specifies on which stack the position is pushed. Head-Push The instruction code 'If-Equal' is an instruction code of the transsmt instruction set that compares the value on the top of the ?A? stack to the value on the top of the ?B? stack. If they are equal, the next instruction code (after a modifying 'Nop' instruction code, if one is present) is executed. If they are not equal, that next instruction code is skipped. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are compared. If-Equal The instruction code 'If-Greater' is an instruction code of the transsmt instruction set that compares the value on the top of the ?A? stack to the value on the top of the ?B? stack. If the value of the ?A? stack is greater that the value of the ?B? stack, the next instruction code (after a modifying Nop' instruction code, if one is present) is executed, otherwise it will be skipped. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are compared. If-Greater The instruction code 'if-label' is an instruction code of the heads_default and heads_sex instruction sets that reads in the template that follows it, and tests if its complement template was the most recent series of instruction codes copied. If so, it executes the next instruction code, otherwise it skips it. This instruction code is commonly used for a digital organism to determine when it has finished producing its offspring. if-label The instruction code 'if-less' is an instruction code of the heads_default and heads_sex instruction sets that compares the ?BX? register to its complement. If ?BX? is the lesser of the pair, the next instruction code (after a modifying 'nop' instruction code, if one is present) is executed. If it is greater or equal, then that next instruction code is skipped. This instruction code can be modified by one 'nop' instruction code, which specifies which register is compared. if-less The instruction code 'If-Less' is an instruction code of the transsmt instruction set that compares the value on the top of the ?A? stack to the value on the top of the ?B? stack. If the value of the ?A? stack is less that the value of the ?B? stack, the next instruction code (after a modifying 'Nop' instruction code, if one is present) is executed, otherwise it will be skipped. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are compared. If-Less The instruction code 'if-n-equ' is an instruction code of the heads_default and heads_sex instruction sets that compares the ?BX? register to its complement. If they are not equal, the next instruction code (after a modifying 'nop' instruction code, if one is present) is executed. If they are equal, that next instruction code is skipped. if-n-equ The instruction code 'If-Not-Equal' is an instruction code of the transsmt instruction set that compares the value on the top of the ?A? stack to the value on the top of the ?B? stack. If they are not equal, the next instruction (after a modifying 'Nop' instruction code, if one is present) is executed. If they are equal, that next instruction code is skipped. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are compared. If-Not-Equal The instruction code 'inc' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the ?BX? register and increments it by one. This instruction code is destructive (i.e., it pops the old value off the register). This instruction code can be modified by one 'nop' instruction code, which specifies which register is used. inc The instruction code 'Inject' is an instruction code of the transsmt instruction set that acts similarly to the instruction code 'Divide-Erase', but instead of dividing off a "free-living" organism, it attempts to "infect" a host digital organism with its parasite genome contained in the memory space pointed to by the write-head. This instruction code allows a digital organism to become a parasite digital organism. Inject The instruction code 'input-output' is an instruction code of the heads_default and heads_sex instruction sets that takes the contents of the ?BX? register (i.e., a 32-bit binary number) and outputs it, checking it for any logic operation that may have been performed on the two 32-bit binary numbers stored in its input buffers. It also places a randomly generated 32-bit binary number from the environment into the ?BX? register. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used. Input-output instruction codes can be executed either only once or many times during the time it takes to produce an offspring. This means that a digital organism can take input numbers from the environment more than once before replicating and can compute the result of more than one logic operation. input-output The instruction code 'Inst-Read' is an instruction code of the transsmt instruction set that pushes the instruction code pointed ?IP? to by the read-head onto the ?A? stack and advances the read-head by one position. This instruction code can be modified by one or two 'Nop' instruction codes. The first 'Nop' instruction code specifies which head (read-head, write-head, flow-head, or instruction pointer) is used, and the second 'Nop' instruction code specifies on which stack the instruction pointer is pushed. Inst-Read The instruction code 'Inst-Write' is an instruction code of the transsmt instruction set that pops the instruction code on the ?A? stack and writes it into the memory location pointed to by the write-head ?WH?, and and advances the write-head ?WH? by one position. This instruction code can be modified by one or two 'Nop' instruction codes. The first 'Nop' instruction code specifies which head (read-head, write-head, flow-head, or instruction pointer) is used, and the second 'Nop' instruction code specifies from which stack the instruction is read. Inst-Write The instruction code 'IO' is an instruction code of the transsmt instruction set that outputs the 32-bit binary number stored at the top of the ?B? stack, checking it for any logic operation that may have been performed on the two 32-bit binary numbers stored in its input buffers. It also places a randomly generated 32-bit binary number from the environment onto the ?B? stack. Input-output instruction codes can be executed either only once or many times during the time it takes to generate an offspring. This means that a digital organism can take input numbers from the environment more than once before replicating and can compute the result of more than one logic operation. This instruction code can be modified by one or two 'Nop' instruction codes. The first 'Nop' instruction code specifies the input stack, and the second 'Nop' instruction code specifies the output stack. If only one 'Nop' instruction code is used, the same stack is used for both the input and output values. Note that the 'input-output' instruction code of the heads_default instruction set can only be modified by one 'nop' instruction code (i.e., the same register is used for both the input and output values). IO The instruction code 'jump-head' is an instruction code of the heads_default and heads_sex instruction sets that reads in the value of the CX register, and the move the instruction pointer ?IP? by that fixed amount through the organism's memory. This instruction code can be modified by one 'nop' instruction code, which specifies which head to move. jump-head The instruction code 'move-head' is an instruction code of the heads_default and heads_sex instruction sets that will cause the instruction pointer ?IP? to jump to the position in memory of the flow-head. This instruction code can be modified by one 'nop' instruction code, which specifies which head to move to the position pointed to by the flow-head. move-head The instruction code 'nand' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the BX and CX registers (each of which are 32-bit binary numbers) and performs a bitwise NAND operation on them. The result of this operation is placed in the ?BX? register. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used to place the result of this operation. Note that this is the only logic operation provided by the instruction set. nand The instruction code 'nop' is an instruction code of the heads_default and heads_sex instruction sets that does nothing or modifies the behavior of the instruction code preceeding it by changing the virtual CPU component that it affects (register or head), or acts as part of a template to denote positions in a digital organism's genome. A register name (AX, BX, or CX) surrounded by question marks refers to that register being used by default when the instruction code in question is being executed, but if the instruction code is followed by a 'nop' instruction code, the 'nop' instruction code will alter the register used. A head abbreviation (IP, RH, WH, or FH) surrounded by question marks refers to that head being used as a default, when the instruction code in question is being executed, but if the instruction code is followed by a 'nop' instruction code, the 'nop' instruction code will alter the head used. nop The instruction code 'nop-A' is an instruction code of the heads_default and heads_sex instruction sets that does nothing or modifies the register being used by default to the register AX or the head being used by default to the instruction pointer. nop-A The instruction code 'nop-B' is an instruction code of the heads_default and heads_sex instruction sets that does nothing or modifies the register being used by default to the register BX or the head being used by default to the read-head. nop-B The instruction code 'nop-C' is an instruction code of the heads_default and heads_sex instruction sets that does nothing or modifies the register being used by default to the register CX or the head being used by default to the write-head. nop-C The instruction code 'Nop' is an instruction code of the transsmt instruction set that does nothing or modifies the behavior of the instruction code preceeding it by changing the virtual CPU component that it affects (stack or head), or acts as part of a template to denote positions in a digital organism's genome. Note that most operations that use 2 'Nop' instruction codes to specify which stacks to use can also be parameterized by a single 'Nop' instruction code, in which case the second modifier is assigned the next stack in sequence (e.g., C->D, D->A, etc.). Nop The instruction code 'Nop-A' is an instruction code of the transsmt instruction set that does nothing or modifies the stack being used by default to the stack A or the head being used by default to the instruction pointer. Nop-A The instruction code 'Nop-B' is aninstruction code of the transsmt instruction set that does nothing or modifies the stack being used by default to the stack B or the head being used by default to the read-head. Nop-B The instruction code 'Nop-C' is an instruction code of the transsmt instruction set that does nothing or modifies the stack being used by default to the stack C or the head being used by default to the write-head. Nop-C The instruction code 'Nop-D' is an instruction code of the transsmt instruction set that does nothing or modifies the stack being used by default to the stack D or the head being used by default to the flow-head. Nop-D The instruction set 'pop' is an instruction code of the heads_default and heads_sex instruction sets that removes the top element from the active stack, and places it into the ?BX? register. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used. pop The instruction code 'push' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the ?BX? register, and places it as a new entry at the top of the active stack.This instruction code can be modified by one 'nop' instruction code, which specifies which register is used. push The instruction code 'Push-Comp' is an instruction code of the transsmt instruction set that pops a value off of the ?B? stack and pushes it onto the complement stack (i.e., the stack two over in sequence), in this case, the ?D? stack. This instruction code can be modified by one or two 'Nop' instruction codes, which specify the source and the destination stacks, respectively. Push-Comp The instruction code 'Push-Next' is an instruction code of the transsmt instruction set that pops a value off of the ?A? stack and pushes it onto the next stack in sequence (the ?B? stack). This instruction code can be modified by one or two 'Nop' instruction codes, which specify the source and the destination stacks, respectively. Push-Next The instruction code 'Push-Prev' is an instruction code of the transsmt instruction set that pops a value off of the ?B? stack and pushes it onto the previous stack in sequence (the ?A? stack). This instruction code can be modified by one or two 'Nop' instruction codes, which specify the source and the destination stacks, respectively. Push-Prev The instruction code 'Search' is an instruction code of the transsmt instruction set that reads in the sequence of 'Nop' instruction codes that follows it, and searches for the location of a complement template (e.g., B:C:D -> D:A:B) in a digital organism's genome. If the complement is not found, a value of 0 will be pushed to the top of the B stack. If a complement is found, the distance between the current instruction code being executed and the beginning of the complement will be pushed onto the B stack, the size of the template will be pushed on the A stack, and the flow-head will be moved to the end of the complement template. Search The instruction code 'set-flow' is an instruction code of the heads_default and heads_sex instruction sets that moves the flow-head to the memory position specify by the ?CX? register. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used to move the flow-head. set-flow The instruction code 'SetMemory' is an instruction code of the transsmt instruction set that selects which memory space is active (I.e., which memory space the flow-head is pointing to). The memory spaces can be labeled with up to 4 'Nop' instruction codes. If no 'Nop' instruction codes are given, the memory space containing the currently executing digital organism is selected. If a 'Nop' instruction code is provided that does not yet exist, a new memory space is created. SetMemory The instruction code 'shift-l' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the ?BX? register, and shifts all of the bits in that register to the left by one, placing a zero as the new rightmost bit, and truncating any bits beyond the 32 maximum. For values that require fewer than 32 bits, it effectively multiplies that value by two. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used. shift-l The instruction code 'shift-r' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the ?BX? register and shifts all of the bits in that register to the right by one. In effect, it divides the value stored in the register by two, rounding down. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used. shift-r The instruction code 'sub' is an instruction code of the heads_default and heads_sex instruction sets that reads in the contents of the BX and CX registers and subtracts CX from BX. The result of this operation is then placed in the ?BX? register. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used to place the result of this operation. sub The instruction code 'swap' is an instruction code of the heads_default and heads_sex instruction sets that swaps the contents of the ?BX? register with its complement. This instruction code can be modified by one 'nop' instruction code, which specifies which register is used. swap The instruction code 'swap-stk' is an instruction code of the heads_default and heads_sex instruction sets that toggles the active stack in the virtual CPU. All other instruction codes that use a stack will always use the active one. swap-stk The instruction code 'Val-Add' is an instruction code of the transsmt instruction set that pushes the sum of values from the top of the ?B? and ?C? stacks onto the B stack. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are added. Val-Add The instruction code 'Val-Copy' is an instruction code of the transsmt instruction set that pushes a copy of the value at the top of the ?B? stack onto the ?B? stack. This instruction code can be modified by one or two 'Nop' instruction codes, which specify the source and the destination stacks, respectively. In this case, if only one 'Nop' instruction code is used, the value is copied and pushed onto the same stack as the source. Val-Copy The instruction code 'Val-Dec' is an instruction code of the transsmt instruction set that decrements the value at the top of ?B? stack by one. This instruction code is destructive (I.e., it pops the old value off the stack). Val-Dec The instruction code 'Val-Delete' is an instruction code of the transsmt instruction set that pops off a value from the ?B? stack. This instruction code may be modified by one 'Nop' instruction code, which determines from which stack to remove a value. Val-Delete The instruction code 'Val-Div' is an instruction code of the transsmt instruction set that pushes the result of the integer division of the value from the top of the ?B? stack by the value at the top of the ?C? stak onto the B stack. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are divided. If there is an arithmetic error caused by the division, the instruction code fails and does not return a value. Val-Div The instruction code 'Val-Inc' is an instruction code of the transsmt instruction set that increments the value at the top of ?B? stack by one. This instruction code is destructive (i.e., it pops the old value off the stack). Val-Inc The instruction code 'Val-Mod' is an instruction code of the transsmt instruction set that pushes the remainder from integer division between the value from the top of the ?B? stack by the value at the top of the ?C? stak onto the B stack. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are divided. If there is an arithmetic error caused by the division, the instructioncode fails and does not return a value. Val-Mod The instruction code 'Val-Mult' is an instruction code of the transsmt instruction set that pushes the result of multiplying the values from the top of the ?B? and ?C? staks onto the B stack. This instruction code can be modified by one or two 'Nop' instructions, which specify which stacks are multiplied. Val-Mult The instruction code 'Val-Nand' is an instruction code of the transsmt instruction set that computes the bitwise NAND logic operation on the values at the top of the ?B? and ?C? stacks. The result of this operation is pushed onto the top of the B stack. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are used for computing the logic operation. Note that this is the only logic operation provided by the instruction set. Val-Nand The instruction code 'Val-Shift-L' is an instruction code of the transsmt instruction set that shifts the value at the top of the ?B? stack over one bit to the left, effectively multiplying the value by two and ignoring any potential overflow. This instruction code can be modified by one 'Nop' instruction code, which specifies which stack is used. Val-Shift-L The instruction code 'Val-Shift-R' is an instruction code of the transsmt instruction set that shifts the value at the top of the ?B? stack over one bit to the right, effectively dividing the value by two and rounding down. This instruction code can be modified by one 'Nop' instruction code, which specifies which stack is used. Val-Shift-R The instruction code 'Val-Sub' is an instruction code of the transsmt instruction set that pushes the result of substracting the values from the top of the ?B? and ?C? stacks onto the B stack. This instruction code can be modified by one or two 'Nop' instruction codes, which specify which stacks are substracted. Val-Sub A digital organism file is a digital file containing the list of instruction codes that constitutes the genome of a digital organism in Avida. digital organism file An instruction set file containing the instruction set that allows host-parasite interactions to take place in Avida. instset-transsmt.cfg An instruction set file containing the instruction set that allows digital organisms reproduce sexually in Avida. instset-heads-sex.cfg An instruction set file containing the default instruction set in Avida. instset-heads.cfg The digital file that executes Avida. avida The default analyze configuration file. analyze.cfg The default environment configuration file. The default environment provides a digital organism with new, random input strings every time an 'input-output' instruction code ('IO' for the transsmt instruction set) is executed. The genome of a digital organism can harbor one or several input-output instructions that can be executed either only once or many times during the time it takes to generate an offspring. This means that the organism can take input numbers from the environment more than once before replicating and can compute the result of more than one logic operation. environment.cfg The default events configuration file. events.cfg The default avida configuration file. This file is actually an excellent guide to itself; every option has a description of what it does and what its options are. avida.cfg The default file containing a digital organism that is defined by the default instruction set and the default hardware type. default-heads.org The default file containing a parasite digital organism that is defined by the transsmt instruction set and the transSMT hardware type. default-transsmt.org An avida experiment is an experiment carried out in Avida using digital organisms. avida experiment A digital genome is a circular list of instruction codes that can be executed sequentially by the virtual CPU of a digital organism. digital genome A stack is a digital storage space that a digital organism uses for storing numbers. The default virtual CPU and the transsmt virtual CPU have two and four stacks, respectively, used for storing numbers. In the default virtual CPU, the 'push' and 'pop' instruction codes are used to move numbers between the registers and the stack, and the 'swap-stk' instruction toggles the active stack in use. A digital organism can theoretically store an arbitrary amount of data in the stacks, but for practical purposes the maximum stack depth is limited to ten. stack A batch is a digital storage space where the genomes of the digital organisms are loaded before being executed in analyze mode. batch A buffer is a digital storage space that a digital organism uses to receive information or return the processed results. buffer An input buffer is the buffer that a digital organism uses to receive information. input buffer An output buffer is the buffer that a digital organism uses to return the processed results. output buffer A CPU cycle is the amount of time it takes the virtual CPU of a digital organism in Avida to execute a single instruction code in its memory. CPU cycle A head is a mechanism that reads data from or writes data to the digital organism's memory space. head A flow-head is the head that marks the beginning of a loop in a digital organism's memory space to jump the instruction pointer back to from the loop's end. flow-head An instruction-pointer is the head that determines the next instruction code to be executed by the virtual CPU of a digital organism. After each execution, the instruction pointer is automaticall advanced (unless the instruction code executed dictates otherwise). instruction pointer A read-head is the head that determines what instruction code is copied by the virtual CPU of a digital organism when a 'h-copy' instruction code is executed ('Val-Copy' instruction code if the transsmt instruction set is used). read-head A writ- head is the head that determines the position of a digital organism's memory space where the instruction code is going to be copied to by the virtual CPU of a digital organism. write-head A logic operation is a mathematical function in which each bit is treated independently of all the other bits in a binary number. Thus if a logic operation 'and' was performed between two bitstrings, the first bit of the first string would be added to the first bit in the second string, the second bit to the second bit and so on. logic operation The 'and' logic operation is a logic operation on two bitstrings that returns 1 if and only if both inputs are 1 (otherwise it returns 0). and The 'and-not' logic operation is a logic operation on two bitstrings that only returns 1 if for each bit pair one input is 1 and the other input is 0 (otherwise it returns 0). and-not The 'equals' logic operation is a logic operation on two bitstrings that returns 1 if both bits are identical, and 0 if they are different. equals The 'not-and' logic operation is a logic operation on two bitstrings that returns 0 if and only if both inputs at the corresponding bit positions are 1 (otherwise it returns 1). not-and The 'not-or' logic operation is a logic operation on two bitstrings that returns 1 only if both inputs are 0 (otherwise it returns 0). not-or The 'not' logic operation is a logic operation on a single bitstring that returns 1 at a bit position if the input is 0 at that bit position, and 0 if the input is 1. not The 'or' logic operation is a logic operation on two bitstrings that returns 1 if either the first input, the second input, or both are 1 (otherwise it returns 0). or The 'orn-not' logic operation is a logic operation on two bitstrings that returns 1 if for each input bit pair one input bit is 1 or the other is 0 (otherwise it returns 0). orn-not The 'exclusive-or' logic opertation is a logic operation on two bitstrings that returns 1 if one but not both of the inputs are 1 (otherwise it returns 0). exclusive or A digital transcriptome is a list of the instruction codes that have been executed by the virtual CPU of a digital organism during its replication. digital transcriptome A register is a digital storage space that a digital organism uses for storing a single number. The default virtual CPU contains three registers (XA, XB, and XC), each of which is made up of 32 bits. All math-based instruction codes operate on the registers, and various instruction codes will move the values in the registers around. register An update is the amount of time during which a digital organism executes on average 30 instruction codes from its genome. update A digital organism memory is a digital storage space that a digital organism uses to hold a sequence of instruction codes to be executed. The memory space is initialize to the genome of the digital organism, but it will be modified over the lifetime of the digital organism, typically as an offspring is produced. As section of the memory is then divided off to initialize the offspring. Memory is treated as circular, such that execution will loop back to the first instruction code after the last instruction code has been executed. digital organism memory A digital storage space is a memory or disk space of a computer that is used to retain digital data. digital storage space An instruction set is a list of instruction codes that a digital organism can hold in its genome (i.e., its genetic language). instruction set The heads_default instruction set is the default instruction set in Avida. heads_default The heads_sex instruction set is the instruction set that allows digital organisms reproduce sexually in Avida. heads_sex The transsmt instruction set is the instruction set that allows host-parasite interactions to take place in Avida. transsmt A digital tandem repeat is a string of two or more instruction codes within a digital transcriptome that are executed sequentially more than once by a digital organism. digital tandem repeat A template is a sequence of no-operation instruction codes ('nop' or 'Nop', for the heads_default and transsmt instruction sets, respectively) used to mark regions of code within a digital organism's genome. template A nop notation is a single or two capital letters (IP, RH, WH, or FH for heads; AX, BX, and CX for registers; and A, B, C, D for stacks) surrounded by question marks that refer to the head, register, or stack being used as a default. nop notation A nop-head notation is a two-letter notation (IP, RH, WH, or FH) surrounded by question marks that refers to that head being used as a default, when the instruction code in question is being executed. But if the instruction code is followed by a no-operation ('nop' or 'Nop') instruction code, the 'nop' or 'Nop' instruction code will alter the register used. A 'nop-A' or 'Nop-A' instruction code indicates the instruction pointer (IP); a 'nop-B' or 'Nop-B' instruction code indicates the read-head (RH); a 'nop-C' or 'Nop-C' instruction code indicates the write-head (WH); and a 'Nop-D' instruction code indicates the flow-head (FH). nop-head notation A nop-register notation is a two-letter notation (AX, BX, or CX) surrounded by question marks that refers to that register being used by default when the instruction in question is being executed. But if the instruction code is followed by a no-operation ('nop') instruction code, the 'nop' instruction code will alter the register used. A 'nop-A' instruction indicates the AX register; a 'nop-B' instruction code indicates the BX register; and a 'nop-C' instruction code indicates the CX register. It does not apply to the transsmt virtual CPU because the Transsmt hardware does not use registers. nop-register notation A nop-stack notation is a single-letter noation (A, B, C, or D) surrounded by question marks that refers to that stack being used by default when the instruction code in question is being executed. But if the instruction code is followed by a no-operation ('Nop') instruction code, the 'Nop' instruction code will alter the register used. A 'Nop-A' instruction code indicates the stack A; a 'Nop-B' instruction code indicates the stack B; a 'Nop-C' instruction code indicates the stack C; and a 'Nop-D' instruction code indicates the stack D. It only applies to the transsmt virtual CPU, because the TransSMT hardware does not use registers. nop-stack notation A hardware type is the way the memory of a digital organism and the execution threads are managed by Avida. hardware type The TransSMT hardware is the hardware type that allows host-parasite interactions to take place in Avida. TransSMT hardware The default hardware is the default hardware type used in Avida. default hardware The analyze configuration command is a directive included in the analyze configuration file that is used for loading, manipulating, and saving data from an experiment performed in the analyze mode of Avida. analyze configuration command The analyze configuration DETAIL command is an analyze configuration command that, after the execution of an analyze configuration RECALC or RECALCULATE command, writes statistics of the genomes of the digital organisms (one per line) loaded in a batch and executed in analyze mode to an output file. analyze configuration DETAIL command The analyze configuration LOAD_ORGANISM command is an analyze configuration command that loads a single genome in a batch from a digital organism file. analyze configuration LOAD_ORGANISM command The analyze configuration LOAD_SEQUENCE command is an analyze configuration command that loads a single genome in a batch from a genome instruction sequence. analyze configuration LOAD_SEQUENCE command The analyze configuration RECALCULATE command is an analyze configuration command that runs all of the genomes loaded in the current batch through a test virtual CPU and records the measurements taken (fitness, gestation time, etc.). This command overrides any values that may have been loaded in with the genomes. The "use_resources" flags means whether or not the test virtual CPU will use resources when it runs. If the "use_random_inputs" flag is set, then digital organisms will be provided with new, random input 32-bit binary numbers for each trace as they would experience during an experiment performed using the standard mode of Avida. By default, the same inputs are provided every time to digital organisms in analyze mode. Phenotypic plasticity information is not available from the analyze configuration RECALCULATE command (you should use the analyze configuration RECALC command with "num_trials X", where X is greater than 1, for phenotypic plasticity statistics). analyze configuration RECALCULATE command The analyze configuration RECALC command is an analyze configuration command that performs the same operations as the analyze configuration RECALCULATE command but has a few additional features (e.g., computes phenotypic plasticity). If "num_trials" is set to greater than one, random inputs will be used to gather phenotypic plasticity information. Please note that phenotypic plasticity analysis performed by using the analyze configuration RECALC command will reset genome statistics to the values for the most likely phenotype. Implicit phenotypic plasticity analysis (e.g. by not calling RECALC or calling RECALC with "num_trials 1") will not re-evaluate the genome statistics in this manner and instead rely on the initial values or those values from a single recalculation. analyze configuration RECALC command The analyze configuration TRACE command is an analyze configuration command that shows step-by-step the status of all of the virtual CPU components and the genome of a digital organism during the course of its execution in analyze mode. The filename used for each trace will be the genotype's name with a ".trace" appended. Four parameters need to be specified: the name of the folder that will contain the trace files, whether the digital organism uses resources (1) or not (0) when running in analyze mode, the update at which resources will be available (-1 if resources are not used), and whether the environment configuration file provides new random input numbers to the digital organisms (1) or not (0) everytime the analyze mode is called. analyze configuration TRACE command A digital phenotype is a unique combination of logic operations that the digital organism performs on 32-bit one- and two-binary input numbers. Any two digital organisms that compute the same logic operations are considered to have the same phenotype. digital phenotype An avida configuration command is a directive included in the avida configuration file that is used for setting up all the basic conditions for performing an experiment in the standard mode of Avida. avida configuration command A thread of execution is the smallest sequence of programmed instructions that can be managed independently by a scheduler, which is typically a part of the operating system. execution thread The analyze configuration PURGE_BATCH command is an analyze configuration command that remove the genomes of all digital organisms loaded in a batch. analyze configuration PURGE_BATCH command An environment configuration command is a directive included in the environment configuration file that is used for xxx from an experiment performed in the standard mode of Avida. environment configuration command An events configuration command is a directive included in the events configuration file that is used for controlling the events that need to occur throughout the course of an experiment performed in the standard mode of Avida. An event configuration command will be triggered either a single time or periodically. The format for each command is: 'type' 'timing' 'event' 'arguments'. The type determines what kind of timings the event will be based off of (i.e., immediate 'i', based on update 'u', or based on generation 'g'). The timing should only be included for non-immediate events. If a single number is given for timing, the event occurs at that update/generation. A second number can be included (separated by a colon ':') to indicate how often the event should be repeated. And if a third number is listed (again, colon seperated) this will be the last time the event can occur on. The event is simply the name of the action that should be performed, and the arguments detail exactly how it should work when it is triggered. events configuration command An environment configuration RESOURCE command is an environment configuration command that allow us to set up a computational quantity (i.e., resource) that can be used to modify the fitness of a digital organism. The resource can be a global quantity or a quantity that vary from cell to cell within the world grid. environment configuration RESOURCE command A world grid is the topology of the world where digital organisms live. world grid A world grid cell is a unit that make up the world grid. world grid cell An environment configuration REACTION command is an environment configuration command that allows us to set up a computational function that can be used by a digital organism to consume or produce resources when it performs certain logic operations. By defining reactions, a digital organism can be rewarded or punished for performing the logic operations that triggers them. environment configuration REACTION command An event configuration Exit command is an event configuration command that allows us to specify the end of an experiment performed in the standard mode of Avida. events configuration Exit command An event configuration SavePopulation command is an event configuration command that allows us to save the state of the entire population of digital organisms to a file at any time during the course of an experiment performed in the standard mode of Avida. events configuration SavePopulation command An event configuration InjectRange command is an event configuration command that allows us to add digital organisms to the world grid at any time during the course of an experiment performed in the standard mode of Avida. events configuration InjectRange command A complementary template is a sequence of 'nop' instructions that are found, in the heads_default and heads_sex instruction sets, by taking each 'nop' instruction that makes up that template, and shifting it to the next in alphabetical order, looping around at the end. Thus, 'nop-A' -> 'nop-B' -> 'nop-C' -> 'nop-A'. In the transsmt instruction set, the complement is the template where each 'Nop' is shifted over in sequence by 2, such that the complement of the complement recovers the original template: 'Nop-A' -> 'Nop-C' -> 'Nop-A' and 'Nop-B' -> 'Nop-D' -> 'Nop-B'. complementary template 2 A multiple-trait digital organism is a digital organism that computes more than one logic operation. multiple-trait digital organism A logic environment where 9 logic operations are listed in the environment configuration file. logic9 A logic environment where 77 logic operations are listed in the environment configuration file. logic77 2 A plastic digital organism is a digital organism whose genome encodes distinct phenotypes in different environments (i.e., a digital organism that computes different logic operations in different environments). plastic digital organism 1 A non-plastic digital organism is a digital organism whose genome encodes the same phenotype in all environments (i.e., a digital organism that computes the same set of logic operations in all environments). non-plastic digital organism 1 A transcriptome-robust digital organism is a digital organism that executes the same transcriptome in all environments (i.e., a digital organism that executes the same instruction codes in all environments). transcriptome-robust digital organism 2 A transcriptome-sensitive digital organism is a digital organism that executes distinct transcriptomes in different environments (i.e., a digital organism that executes different instruction codes in different environments). transcriptome-sensitive digital organism 0 A merely-viable digital organism is a digital organism that does not compute any logic operation (i.e., it can only produce an offpring). merely-viable digital organism 1 A single-trait digital organism is a digital organism that computes a single logic operation. single-trait digital organism The digital phenotype of the logic9 environment that a digital organism that is not capable of computing any logic operation has. digital organism phenotype 0 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'not' has. digital organism phenotype 1 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'not-and' has. digital organism phenotype 2 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'not-and' has. digital organism phenotype 3 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'and' has. digital organism phenotype 4 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'and' has. digital organism phenotype 5 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and' and 'and' has. digital organism phenotype 6 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and' and 'and' has. digital organism phenotype 7 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'orn-not' has. digital organism phenotype 8 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'orn-not' has. digital organism phenotype 9 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and' and 'orn-not' has. digital organism phenotype 10 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and' and 'orn-not' has. digital organism phenotype 11 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and' and 'orn-not' has. digital organism phenotype 12 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and' and 'orn-not' has. digital organism phenotype 13 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and' and 'orn-not' has. digital organism phenotype 14 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and' and 'orn-not' has. digital organism phenotype 15 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'or' has. digital organism phenotype 16 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'or' has. digital organism phenotype 17 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and' and 'or' has. digital organism phenotype 18 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and' and 'or' has. digital organism phenotype 19 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and' and 'or' has. digital organism phenotype 20 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and' and 'or' has. digital organism phenotype 21 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and' and 'or' has. digital organism phenotype 22 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and' and 'or' has. digital organism phenotype 23 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not' and 'or' has. digital organism phenotype 24 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not' and 'or' has. digital organism phenotype 25 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not' and 'or' has. digital organism phenotype 26 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not' and 'or' has. digital organism phenotype 27 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not' and 'or' has. digital organism phenotype 28 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not' and 'or' has. digital organism phenotype 29 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not' and 'or' has. digital organism phenotype 30 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not' and 'or' has. digital organism phenotype 31 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'and-not' has. digital organism phenotype 32 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'and-not' has. digital organism phenotype 33 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and' and 'and-not' has. digital organism phenotype 34 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and' and 'and-not' has. digital organism phenotype 35 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and' and 'and-not' has. digital organism phenotype 36 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and' and 'and-not' has. digital organism phenotype 37 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and' and 'and-not' has. digital organism phenotype 38 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and' and 'and-not' has. digital organism phenotype 39 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not' and 'and-not' has. digital organism phenotype 40 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not' and 'and-not' has. digital organism phenotype 41 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not' and 'and-not' has. digital organism phenotype 42 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not' and 'and-not' has. digital organism phenotype 43 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not' and 'and-not' has. digital organism phenotype 44 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not' and 'and-not' has. digital organism phenotype 45 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not' and 'and-not' has. digital organism phenotype 46 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not' and 'and-not' has. digital organism phenotype 47 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or' and 'and-not' has. digital organism phenotype 48 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or' and 'and-not' has. digital organism phenotype 49 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or' and 'and-not' has. digital organism phenotype 50 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or' and 'and-not' has. digital organism phenotype 51 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or' and 'and-not' has. digital organism phenotype 52 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or' and 'and-not' has. digital organism phenotype 53 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or' and 'and-not' has. digital organism phenotype 54 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or' and 'and-not' has. digital organism phenotype 55 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or' and 'and-not' has. digital organism phenotype 56 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or' and 'and-not' has. digital organism phenotype 57 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or' and 'and-not' has. digital organism phenotype 58 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or' and 'and-not' has. digital organism phenotype 59 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or' and 'and-not' has. digital organism phenotype 60 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or' and 'and-not' has. digital organism phenotype 61 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or' and 'and-not' has. digital organism phenotype 62 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or' and 'and-not' has. digital organism phenotype 63 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'not-or' has. digital organism phenotype 64 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'not-or' has. digital organism phenotype 65 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and' and 'not-or' has. digital organism phenotype 66 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and' and 'not-or' has. digital organism phenotype 67 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and' and 'not-or' has. digital organism phenotype 68 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and' and 'not-or' has. digital organism phenotype 69 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and' and 'not-or' has. digital organism phenotype 70 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and' and 'not-or' has. digital organism phenotype 71 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not' and 'not-or' has. digital organism phenotype 72 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not' and 'not-or' has. digital organism phenotype 73 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not' and 'not-or' has. digital organism phenotype 74 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not' and 'not-or' has. digital organism phenotype 75 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not' and 'not-or' has. digital organism phenotype 76 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not' and 'not-or' has. digital organism phenotype 77 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not' and 'not-or' has. digital organism phenotype 78 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not' and 'not-or' has. digital organism phenotype 79 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or' and 'not-or' has. digital organism phenotype 80 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or' and 'not-or' has. digital organism phenotype 81 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or' and 'not-or' has. digital organism phenotype 82 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or' and 'not-or' has. digital organism phenotype 83 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or' and 'not-or' has. digital organism phenotype 84 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or' and 'not-or' has. digital organism phenotype 85 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or' and 'not-or' has. digital organism phenotype 86 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or' and 'not-or' has. digital organism phenotype 87 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or' and 'not-or' has. digital organism phenotype 88 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or' and 'not-or' has. digital organism phenotype 89 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or' and 'not-or' has. digital organism phenotype 90 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or' and 'not-or' has. digital organism phenotype 91 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or' and 'not-or' has. digital organism phenotype 92 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or' and 'not-or' has. digital organism phenotype 93 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or' and 'not-or' has. digital organism phenotype 94 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or' and 'not-or' has. digital organism phenotype 95 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and-not' and 'not-or' has. digital organism phenotype 96 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and-not' and 'not-or' has. digital organism phenotype 97 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and-not' and 'not-or' has. digital organism phenotype 98 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and-not' and 'not-or' has. digital organism phenotype 99 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'and-not' and 'not-or' has. digital organism phenotype 100 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'and-not' and 'not-or' has. digital organism phenotype 101 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'and-not' and 'not-or' has. digital organism phenotype 102 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'and-not' and 'not-or' has. digital organism phenotype 103 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 104 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 105 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 106 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 107 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 108 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 109 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 110 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'and-not' and 'not-or' has. digital organism phenotype 111 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'and-not' and 'not-or' has. digital organism phenotype 112 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 113 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'and-not' and 'not-or' has. digital organism phenotype 114 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'and-not' and 'not-or' has. digital organism phenotype 115 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'and-not' and 'not-or' has. digital organism phenotype 116 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'and-not' and 'not-or' has. digital organism phenotype 117 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'and-not' and 'not-or' has. digital organism phenotype 118 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'and-not' and 'not-or' has. digital organism phenotype 119 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 120 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 121 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 122 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 123 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 124 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 125 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 126 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'and-not' and 'not-or' has. digital organism phenotype 127 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'exclusive or' has. digital organism phenotype 128 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'exclusive or' has. digital organism phenotype 129 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and' and 'exclusive or' has. digital organism phenotype 130 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and' and 'exclusive or' has. digital organism phenotype 131 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and' and 'exclusive or' has. digital organism phenotype 132 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and' and 'exclusive or' has. digital organism phenotype 133 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and' and 'exclusive or' has. digital organism phenotype 134 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and' and 'exclusive or' has. digital organism phenotype 135 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not' and 'exclusive or' has. digital organism phenotype 136 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not' and 'exclusive or' has. digital organism phenotype 137 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not' and 'exclusive or' has. digital organism phenotype 138 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not' and 'exclusive or' has. digital organism phenotype 139 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not' and 'exclusive or' has. digital organism phenotype 140 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not' and 'exclusive or' has. digital organism phenotype 141 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not' and 'exclusive or' has. digital organism phenotype 142 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not' and 'exclusive or' has. digital organism phenotype 143 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or' and 'exclusive or' has. digital organism phenotype 144 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or' and 'exclusive or' has. digital organism phenotype 145 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or' and 'exclusive or' has. digital organism phenotype 146 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or' and 'exclusive or' has. digital organism phenotype 147 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or' and 'exclusive or' has. digital organism phenotype 148 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or' and 'exclusive or' has. digital organism phenotype 149 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or' and 'exclusive or' has. digital organism phenotype 150 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or' and 'exclusive or' has. digital organism phenotype 151 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 152 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 153 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 154 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 155 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 156 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 157 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 158 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or' and 'exclusive or' has. digital organism phenotype 159 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and-not' and 'exclusive or' has. digital organism phenotype 160 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and-not' and 'exclusive or' has. digital organism phenotype 161 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and-not' and 'exclusive or' has. digital organism phenotype 162 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and-not' and 'exclusive or' has. digital organism phenotype 163 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'and-not' and 'exclusive or' has. digital organism phenotype 164 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'and-not' and 'exclusive or' has. digital organism phenotype 165 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'and-not' and 'exclusive or' has. digital organism phenotype 166 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'and-not' and 'exclusive or' has. digital organism phenotype 167 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 168 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 169 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 170 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 171 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 172 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 173 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 174 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'and-not' and 'exclusive or' has. digital organism phenotype 175 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 176 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 177 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 178 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 179 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 180 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 181 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 182 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 183 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 184 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 185 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 186 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 187 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 188 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 189 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 190 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'and-not' and 'exclusive or' has. digital organism phenotype 191 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-or' and 'exclusive or' has. digital organism phenotype 192 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-or' and 'exclusive or' has. digital organism phenotype 193 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'not-or' and 'exclusive or' has. digital organism phenotype 194 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'not-or' and 'exclusive or' has. digital organism phenotype 195 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'not-or' and 'exclusive or' has. digital organism phenotype 196 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'not-or' and 'exclusive or' has. digital organism phenotype 197 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'not-or' and 'exclusive or' has. digital organism phenotype 198 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'not-or' and 'exclusive or' has. digital organism phenotype 199 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 200 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 201 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 202 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 203 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 204 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 205 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 206 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'not-or' and 'exclusive or' has. digital organism phenotype 207 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 208 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 209 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 210 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 211 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 212 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 213 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 214 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 215 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 216 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 217 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 218 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 219 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 220 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 221 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 222 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'not-or' and 'exclusive or' has. digital organism phenotype 223 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 224 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 225 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 226 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 227 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 228 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 229 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 230 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 231 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 232 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 233 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 234 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 235 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 236 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 237 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 238 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 239 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 240 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 241 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 242 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 243 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 244 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 245 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 246 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 247 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 248 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 249 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 250 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 251 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 252 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 253 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 254 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'exclusive or' has. digital organism phenotype 255 The digital phenotype of the logic9 environment that a digital organism computing the logic operation 'equals' has. digital organism phenotype 256 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not' and 'equals' has. digital organism phenotype 257 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and' and 'equals' has. digital organism phenotype 258 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and' and 'equals' has. digital organism phenotype 259 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and' and 'equals' has. digital organism phenotype 260 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and' and 'equals' has. digital organism phenotype 261 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and' and 'equals' has. digital organism phenotype 262 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and' and 'equals' has. digital organism phenotype 263 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not' and 'equals' has. digital organism phenotype 264 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not' and 'equals' has. digital organism phenotype 265 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not' and 'equals' has. digital organism phenotype 266 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not' and 'equals' has. digital organism phenotype 267 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not' and 'equals' has. digital organism phenotype 268 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not' and 'equals' has. digital organism phenotype 269 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not' and 'equals' has. digital organism phenotype 270 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not' and 'equals' has. digital organism phenotype 271 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or' and 'equals' has. digital organism phenotype 272 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or' and 'equals' has. digital organism phenotype 273 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or' and 'equals' has. digital organism phenotype 274 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or' and 'equals' has. digital organism phenotype 275 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or' and 'equals' has. digital organism phenotype 276 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or' and 'equals' has. digital organism phenotype 277 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or' and 'equals' has. digital organism phenotype 278 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or' and 'equals' has. digital organism phenotype 279 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or' and 'equals' has. digital organism phenotype 280 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or' and 'equals' has. digital organism phenotype 281 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or' and 'equals' has. digital organism phenotype 282 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or' and 'equals' has. digital organism phenotype 283 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or' and 'equals' has. digital organism phenotype 284 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or' and 'equals' has. digital organism phenotype 285 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or' and 'equals' has. digital organism phenotype 286 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or' and 'equals' has. digital organism phenotype 287 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and-not' and 'equals' has. digital organism phenotype 288 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and-not' and 'equals' has. digital organism phenotype 289 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and-not' and 'equals' has. digital organism phenotype 290 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and-not' and 'equals' has. digital organism phenotype 291 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'and-not' and 'equals' has. digital organism phenotype 292 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'and-not' and 'equals' has. digital organism phenotype 293 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'and-not' and 'equals' has. digital organism phenotype 294 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'and-not' and 'equals' has. digital organism phenotype 295 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 296 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 297 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 298 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 299 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 300 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 301 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 302 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'and-not' and 'equals' has. digital organism phenotype 303 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'and-not' and 'equals' has. digital organism phenotype 304 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'and-not' and 'equals' has. digital organism phenotype 305 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'and-not' and 'equals' has. digital organism phenotype 306 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'and-not' and 'equals' has. digital organism phenotype 307 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'and-not' and 'equals' has. digital organism phenotype 308 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'and-not' and 'equals' has. digital organism phenotype 309 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'and-not' and 'equals' has. digital organism phenotype 310 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'and-not' and 'equals' has. digital organism phenotype 311 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 312 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 313 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 314 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 315 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 316 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 317 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 318 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'and-not' and 'equals' has. digital organism phenotype 319 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-or' and 'equals' has. digital organism phenotype 320 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-or' and 'equals' has. digital organism phenotype 321 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'not-or' and 'equals' has. digital organism phenotype 322 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'not-or' and 'equals' has. digital organism phenotype 323 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'not-or' and 'equals' has. digital organism phenotype 324 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'not-or' and 'equals' has. digital organism phenotype 325 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'not-or' and 'equals' has. digital organism phenotype 326 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'not-or' and 'equals' has. digital organism phenotype 327 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 328 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 329 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 330 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 331 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 332 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 333 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 334 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'not-or' and 'equals' has. digital organism phenotype 335 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'not-or' and 'equals' has. digital organism phenotype 336 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'not-or' and 'equals' has. digital organism phenotype 337 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'not-or' and 'equals' has. digital organism phenotype 338 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'not-or' and 'equals' has. digital organism phenotype 339 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'not-or' and 'equals' has. digital organism phenotype 340 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'not-or' and 'equals' has. digital organism phenotype 341 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'not-or' and 'equals' has. digital organism phenotype 342 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'not-or' and 'equals' has. digital organism phenotype 343 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 344 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 345 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 346 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 347 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 348 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 349 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 350 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'not-or' and 'equals' has. digital organism phenotype 351 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and-not', 'not-or' and 'equals' has. digital organism phenotype 352 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 353 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 354 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 355 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 356 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 357 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 358 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 359 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 360 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 361 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 362 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 363 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 364 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 365 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 366 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 367 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 368 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 369 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 370 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 371 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 372 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 373 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 374 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 375 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 376 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 377 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 378 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 379 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 380 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 381 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 382 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'and-not', 'not-or' and 'equals' has. digital organism phenotype 383 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'exclusive or' and 'equals' has. digital organism phenotype 384 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'exclusive or' and 'equals' has. digital organism phenotype 385 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'exclusive or' and 'equals' has. digital organism phenotype 386 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'exclusive or' and 'equals' has. digital organism phenotype 387 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'exclusive or' and 'equals' has. digital organism phenotype 388 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'exclusive or' and 'equals' has. digital organism phenotype 389 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'exclusive or' and 'equals' has. digital organism phenotype 390 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'exclusive or' and 'equals' has. digital organism phenotype 391 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 392 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 393 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 394 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 395 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 396 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 397 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 398 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'exclusive or' and 'equals' has. digital organism phenotype 399 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'exclusive or' and 'equals' has. digital organism phenotype 400 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 401 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 402 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 403 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 404 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 405 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 406 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 407 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 408 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 409 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 410 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 411 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 412 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 413 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 414 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'exclusive or' and 'equals' has. digital organism phenotype 415 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 416 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 417 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 418 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 419 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 420 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 421 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 422 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 423 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 424 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 425 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 426 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 427 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 428 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 429 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 430 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 431 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 432 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 433 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 434 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 435 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 436 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 437 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 438 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 439 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 440 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 441 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 442 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 443 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 444 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 445 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 446 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'and-not', 'exclusive or' and 'equals' has. digital organism phenotype 447 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 448 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 449 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 450 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 451 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 452 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 453 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 454 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 455 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 456 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 457 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 458 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 459 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 460 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 461 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 462 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 463 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 464 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 465 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 466 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 467 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 468 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 469 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 470 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 471 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 472 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 473 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 474 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 475 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 476 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 477 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 478 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 479 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 480 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 481 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 482 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 483 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 484 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 485 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 486 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 487 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 488 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 489 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 490 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 491 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 492 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 493 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 494 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 495 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 496 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 497 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 498 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 499 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 500 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 501 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 502 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 503 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 504 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 505 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 506 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 507 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'and', 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 508 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'and', 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 509 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not-and', 'and', 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 510 The digital phenotype of the logic9 environment that a digital organism computing the logic operations 'not', 'not-and', 'and', 'orn-not', 'or', 'and-not', 'not-or', 'exclusive or' and 'equals' has. digital organism phenotype 511 A digital file is an information content entity which conforms to a specificacion or format and which is meant to hold data and information in digital form, accessible to software agents. digital file