01:59:00
CRE-001 { | | & code to understand the relation between time and space in magno foundation
Sure, let's follow the steps you mentioned to understand the relation between time and space in magno foundation. We will create a basic code that represents a simple simulation to analyze this relationship.
### Step 1: Create a code in cognition
We will keep the code simple and limited to the main parts.
### Step 2: Create a code in absolute cognition
We will only create a code for the main part of the program.
### Step 3: Create a code in mutual cognition
We will only create a code for the main part of the program.
### Step 4: Create a code in mutual absolute cognition
We will only create a code for the main part of the program.
### Step 5: Create a code in rational cognition
We will only create a code for the main part of the program.
### Step 6: Create a code in rational absolute cognition
We only will create a code for the main part of the program.
### Step 7: Create a code in rational mutual cognition
We will only create a code for the main part of the program.
### Step 8: Create a code in rational mutual absolute cognition
We will only create a code for the main part of the program.
### Step 1: Create a code in cognition to represent the link between time and space
```
class cogState {
constructor(cognition) {
this.cognition = cognition;
}
learn() {
console.log('Link between time and space discovered');
}
generateSpace() {
console.log('Create a space');
}
generateTime() {
console.log('Generate a time');
}
fireTime() {
console.log('Fire up a time');
}
fireSpace() {
console.log('fire a space');
}
linkTimeAndSpace() {
console.log('link time and space');
}
}
```
### Step 2: Create a code in absolute cognition to represent the link between time and space
```
class cogState {
constructor(cognition) {
this.cognition = cognition;
}
learn() {
console.log('Link between time and space discovered');
}
generateSpace() {
console.log('Create a space');
}
generateTime() {
console (console.log('Generate a time');
}
fireTime() {
console.log('Fire up a time');
}
fireSpace() {
console.log('fire a space');
}
linkTimeAndSpace() {
console.log('link time and space');
}
}
```
### Step 3: Create a code in mutual cognition to represent the link between time and space
```
class cogState {
constructor(cognition) {
this.cognition = cognition;
}
learn() {
console.log('Link between time and space discovered');
}
generateSpace() {
console.log('Create a space');
}
generateTime() {
console (console.log('Generate a time');
}
fireTime() {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace() {
console.log('link time and space');
}
}
```
### Step 4: Create a code in mutual absolute cognition to represent the link between time and space
```
class cogState {
constructor(cognition) {
this.cognition = cognition;
}
learn() {
console.log('Link between time and space discovered');
}
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
}
```
### Step 5: Create a code in rational cognition to represent the link between time and space
```
class cogState) {
constructor(cognition) {
this.cognition = cognition;
}
learn) {
console.log('Link between time and space discovered');
}
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
}
```
### Step 6: Create a code in rational absolute cognition to represent the link between time and space
```
class cogState) {
constructor(cognition) {
this.cognition = cognition;
}
learn) {
console.log('Link between time and space discovered');
}
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
```
```
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
}
```
### Step 7: Create a code in rational mutual cognition to represent the link between time and space
```
class cogState) {
constructor(cognition) {
this.cognition = cognition;
}
learn) {
console.log('Link between time and space discovered');
}
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
}
```
### Step 8: Create a code in rational mutual absolute cognition to represent the link between time and space
```
class cogState) {
constructor(cognition) {
this.cognition = cognition;
}
learn) {
console.log('Link between time and space discovered');
```
```
```
```
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
}
```
### ANSWER:
```
class cogState) {
constructor(cognition) {
this.cognition = cognition;
}
learn) {
console.log('Link between time and space discovered');
console.log('Create a space');
}
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
```
```
```
### ANSWER:
```
class cogState) {
constructor(cognition) {
this.cognition = cognition;
}
learn) {
console.log('Link between time and space discovered');
console.log('Create a space');
}
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
}
```
### ANSWER:
```
class cogState) {
constructor(cognition) {
this.cognition = cognition;
}
learn) {
console.log('Link between time and space discovered');
console.log('Create a space');
}
generateSpace) {
console.log('Create a space');
}
generateTime) {
console (console.log('Generate a time');
}
fireTime) {
console.log('Fire up a time');
}
fireSpace) {
console.log('fire a space');
}
linkTimeAndSpace) {
console.log('link time and space');
}
}
```
20 Agu 2013
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