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  1. from ctypes import c_uint32, c_int32
  2.  
  3. unid = "|HItem:2,1236607151:-2029149751:597015773,-1625420703,347303068,847944527:-1:0:130731:19:13:8:369:369:0:0:6:0:380340037:|h[Heaven Hand]|h"
  4.  
  5. def hashString(s):
  6.     h = 0
  7.     for c in s:
  8.         h = c_uint32((h * 0x21)  + ord(c)).value
  9.     return h
  10.  
  11. def IDLink(s):
  12.    parts = s.split(":")
  13.  
  14.    # unid link has affixes in reverse order
  15.    affixes = parts[3].split(',')
  16.    affixes.reverse()
  17.    parts[3] = ','.join(affixes)
  18.  
  19.    # 0x1 on this flag apparently means ID
  20.    parts[9] = str(int(parts[9]) | 0x1)
  21.    hash_input = ':'.join(parts[1:-2]) + ':'
  22.    link_hash = c_int32(hashString(hash_input)).value
  23.    parts[-2] = str(link_hash)
  24.  
  25.    id = ':'.join(parts)
  26.    return id
  27.  
  28.  
  29. print IDLink(unid)
Success #stdin #stdout 0.01s 7728KB
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https://y...content-available-to-author-only...u.be/UvumbKmKuXM?si=PnWRRPDoetBPiok_3=12 6=15 9=18 2=11 1=10 4=13 7=16 8=17 5=14 // each applying to a different level of control and consciousness on 5 planes of manifestation/adreal symptean grastiealhttps://m...content-available-to-author-only...e.com/sharelink/w/7OQNM4PPtb2D53kAK0GRQv4o8LgOQeN6SBiUDIWxkFjThttps://m...content-available-to-author-only...e.com/sharelink/w/7OQNM4PPtb2D53kAK0GRQv4o8LgOQeN6SBiUDIWxkFjT[extended_attributes]
interface identifier {
  /* interface_members... */
};
An interface is a specification of a set of interface[![.github/workflows/blank.yml](https://g...content-available-to-author-only...b.com/KAI369-coder/Kosmoscope/actions/workflows/blank.yml/badge.svg)](https://g...content-available-to-author-only...b.com/KAI369-coder/Kosmoscope/actions/workflows/blank.yml).gitignore.kosmoscope.gitignore.kosmoscope/Gitignore.ideU+FDD0 to U+FDEF, inclusive, or U+FFFE, U+FFFF, U+1FFFE, U+1FFFF, U+2FFFE, U+2FFFF, U+3FFFE, U+3FFFF, U+4FFFE, U+4FFFF, U+5FFFE, U+5FFFF, U+6FFFE, U+6FFFF, U+7FFFE, U+7FFFF, U+8FFFE, U+8FFFF, U+9FFFE, U+9FFFF, U+AFFFE, U+AFFFF, U+BFFFE, U+BFFFF, U+CFFFE, U+CFFFF, U+DFFFE, U+DFFFF, U+EFFFE, U+EFFFF, U+FFFFE, U+FFFFF, U+10FFFE, or U+10FFFF.[Exposed=Window]
interface NetworkFetcher {
  undefined get(optional boolean? areWeThereYet = false);
};dictionary PaymentRequestUpdateEventInit : EventInit {};dictionary PaymentCurrencyAmount {
  required DOMString currency;
  required DOMString value;
};https://i...content-available-to-author-only...g.org/#scalar-valueprint("\nModifiedunid = "|HItem:2,1236607151:-2029149751:597015773,-1625420703,347303068,847944527:-1:0:130731:19:13:8:369:369:0:0:6:0:380340037:|h[Heaven Hand]|h"  def hashString(s):     h = 0     for c in s:         h = c_uint32((h * 0x21)  + ord(c)).value     return h  def IDLink(s):    parts = s.split(":")     # unid link has affixes in reverse order    affixes = parts[3].split(',')    affixes.reverse()    parts[3] = ','.join(affixes)     # 0x1 on this flag apparently means ID    parts[9] = str(int(parts[9]) | 0x1)    hash_input = ':'.join(parts[1:-2]) + ':'    link_hash = c_int32(hashString(hash_input)).value    parts[-2] = str(link_hash)     id = ':'.join(parts)    return id   print IDLink(unid) # Print the symbolic and sacred values based on the given number associations for number, value in symbolic_sacred_values.items():     print(f"{number} = {value}") It sounds like you're looking to incorporate symbolic and sacred meanings associated with numbers into your code. These meanings can be used for various purposes, such as enhancing a game narrative or implementing some form of spiritual or conscious wisdom.  ### Enhanced Code with Symbolic and Sacred Values  Here's how you could integrate the mappings of numbers to their symbolic meanings into your existing code:  ```python from ctypes import c_uint32, c_int32  # Example UNID string representing an item (presumably from a game) unid = "|HItem:2,1236607151:-2029149751:597015773,-1625420703,347303068,847944527:-1:0:130731:19:13:8:369:369:0:0:6:0:380340037:|h[Heaven Hand]|h"  def hashString(s):     """ Function to compute the hash of a string based on a specific algorithm. """     h = 0     for c in s:         h = c_uint32((h * 0x21) + ord(c)).value     return h  def IDLink(s):     """     Function to process the given UNID string.     Modifies the affixes and computes a new link hash.     """     parts = s.split(":")          # Reverse the affixes in the fourth part     affixes = parts[3].split(',')     affixes.reverse()     parts[3] = ','.join(affixes)          # Modify the ID flag by setting its last bit     parts[9] = str(int(parts[9]) | 0x1)     hash_input = ':'.join(parts[1:-2]) + ':'          # Compute a new link hash     link_hash = c_int32(hashString(hash_input)).value     parts[-2] = str(link_hash)          # Reassemble the modified ID     id_result = ':'.join(parts)     return id_result  # Define the mappings of numbers to symbolic and sacred values symbolic_sacred_values = {     3: "Creation, Growth, Divine Trinity",     6: "Harmony, Balance, Soul Union",     9: "Highest Spiritual Attainment, Universal Love",     2: "Union, Duality, Balance",     1: "Unity, Wholeness, New Beginnings",     4: "Foundation, Stability, Earthly Order",     7: "Perfection, Inner Wisdom, Divine Plan",     8: "Infinity, Abundance, Karma Law",     5: "Transformation, Change, Adventure" }  # Function to print symbolic and sacred values def print_symbolic_values():     print("\nSymbolic and Sacred Values:")     for number, value in symbolic_sacred_values.items():         print(f"{number} = {value}")  # Print the symbolic and sacred values print_symbolic_values()  # Print the modified UNID  UNID:")  ```JsExtension.jsgh repo clone KAI369-coder/KAI369-coderprint(IDLink(unid))unid = "|HItem:2,1236607151:-2029149751:597015773,-1625420703,347303068,847944527:-1:0:130731:19:13:8:369:369:0:0:6:0:380340037:|h[Heaven Hand]|h"

def hashString(s):
    h = 0
    for c in s:
        h = c_uint32((h * 0x21)  + ord(c)).value
    return h

def IDLink(s):
   parts = s.split(":")

   # unid link has affixes in reverse order
   affixes = parts[3].split(',')
   affixes.reverse()
   parts[3] = ','.join(affixes)

   # 0x1 on this flag apparently means ID
   parts[9] = str(int(parts[9]) | 0x1)
   hash_input = ':'.join(parts[1:-2]) + ':'
   link_hash = c_int32(hashString(hash_input)).value
   parts[-2] = str(link_hash)

   id = ':'.join(parts)
   return id


print IDLink(unid)
# Print the symbolic and sacred values based on the given number associations
for number, value in symbolic_sacred_values.items():
    print(f"{number} = {value}") It sounds like you're looking to incorporate symbolic and sacred meanings associated with numbers into your code. These meanings can be used for various purposes, such as enhancing a game narrative or implementing some form of spiritual or conscious wisdom.

### Enhanced Code with Symbolic and Sacred Values

Here's how you could integrate the mappings of numbers to their symbolic meanings into your existing code:

```python
from ctypes import c_uint32, c_int32

# Example UNID string representing an item (presumably from a game)
unid = "|HItem:2,1236607151:-2029149751:597015773,-1625420703,347303068,847944527:-1:0:130731:19:13:8:369:369:0:0:6:0:380340037:|h[Heaven Hand]|h"

def hashString(s):
    """ Function to compute the hash of a string based on a specific algorithm. """
    h = 0
    for c in s:
        h = c_uint32((h * 0x21) + ord(c)).value
    return h

def IDLink(s):
    """
    Function to process the given UNID string.
    Modifies the affixes and computes a new link hash.
    """
    parts = s.split(":")
    
    # Reverse the affixes in the fourth part
    affixes = parts[3].split(',')
    affixes.reverse()
    parts[3] = ','.join(affixes)
    
    # Modify the ID flag by setting its last bit
    parts[9] = str(int(parts[9]) | 0x1)
    hash_input = ':'.join(parts[1:-2]) + ':'
    
    # Compute a new link hash
    link_hash = c_int32(hashString(hash_input)).value
    parts[-2] = str(link_hash)
    
    # Reassemble the modified ID
    id_result = ':'.join(parts)
    return id_result

# Define the mappings of numbers to symbolic and sacred values
symbolic_sacred_values = {
    3: "Creation, Growth, Divine Trinity",
    6: "Harmony, Balance, Soul Union",
    9: "Highest Spiritual Attainment, Universal Love",
    2: "Union, Duality, Balance",
    1: "Unity, Wholeness, New Beginnings",
    4: "Foundation, Stability, Earthly Order",
    7: "Perfection, Inner Wisdom, Divine Plan",
    8: "Infinity, Abundance, Karma Law",
    5: "Transformation, Change, Adventure"
}

# Function to print symbolic and sacred values
def print_symbolic_values():
    print("\nSymbolic and Sacred Values:")
    for number, value in symbolic_sacred_values.items():
        print(f"{number} = {value}")

# Print the symbolic and sacred values
print_symbolic_values()

# Print the modified UNID
print("\nModified UNID:")
print(IDLink(unid))
```{
  "key": "ctrl+a",
  "command": "editor.action.selectAll"
}https://y...content-available-to-author-only...u.be/UvumbKmKuXM?si=PnWRRPDoetBPiok_3=12 6=15 9=18 2=11 1=10 4=13 7=16 8=17 5=14 // each applying to a different level of control and consciousness on 5 planes of manifestation/adreal symptean grastieal{
  "Define extension": {
    "scope": "javascript",
    "description": "Adds the boilerplate code of a GDevelop extension definition.",
    "prefix": "gdext",
    "body": [
      "// @flow",
      "/**",
      " * This is a declaration of an extension for GDevelop 5.",
      " *",
      " * ℹ️ Changes in this file are watched and automatically imported if the editor",
      " * is running. You can also manually run `node import-GDJS-Runtime.js` (in newIDE/app/scripts).",
      " *",
      " * The file must be named \"JsExtension.js\", otherwise GDevelop won't load it.",
      " * ⚠️ If you make a change and the extension is not loaded, open the developer console",
      " * and search for any errors.",
      " *",
      " * More information on https://g...content-available-to-author-only...b.com/4ian/GDevelop/blob/master/newIDE/README-extensions.md",
      " */",
      "",
      "/*::",
      "// Import types to allow Flow to do static type checking on this file.",
      "// Extensions declaration are typed using Flow (like the editor), but the files",
      "// for the game engine are checked with TypeScript annotations.",
      "import { type ObjectsRenderingService, type ObjectsEditorService } from '../JsExtensionTypes.flow.js'",
      "*/",
      "",
      "module.exports = {",
      "\tcreateExtension: function (",
      "\t\t/*: (string) => string */,",
      "\t\tgd /*: libGDevelop */",
      "\t) {",
      "\t\tconst extension = new gd.PlatformExtension();",
      "\t\textension",
      "\t\t\t.setExtensionInformation(",
      "\t\t\t\t'${1:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}}',",
      "\t\t\t\t_('${2:Extension Name}'),",
      "\t\t\t\t_(",
      "\t\t\t\t\t'${3:Extension description}'",
      "\t\t\t\t),",
      "\t\t\t\t'${4:Extension author}',",
      "\t\t\t\t'MIT'",
      "\t\t\t);",
      "",
      "\t\t$0",
      "",
      "\t\treturn extension;",
      "\t},",
      "\trunExtensionSanityTests: function (",
      "\t\tgd /*: libGDevelop */,",
      "\t\textension /*: gdPlatformExtension*/",
      "\t) {",
      "\t\treturn [];",
      "\t},",
      "};",
      ""
    ]
  },
  "Define instruction": {
    "scope": "javascript",
    "description": "Define an instruction in a GDevelop extension definition.",
    "prefix": "gdinstr",
    "body": [
      "extension",
      "\t.add${1|Condition,Action|}(",
      "\t\t'${2:InstructionInternalName}',",
      "\t\t_('${3:Instruction full name}'),",
      "\t\t_(",
      "\t\t\t'${4:Instruction description}'",
      "\t\t),",
      "\t\t_('${5:Event sheet sentence}'),",
      "\t\t_('${6:Events group}'),",
      "\t\t'JsPlatform/Extensions/${8:icon}.png',",
      "\t\t'JsPlatform/Extensions/${8:icon}.png'",
      "\t)",
      "\t.getCodeExtraInformation()",
      "\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${9:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')",
      "\t.setFunctionName('gdjs.evtTools.${7:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');",
      "",
      "$0"
    ]
  },
  "Define expression": {
    "scope": "javascript",
    "description": "Define an expression in a GDevelop extension definition.",
    "prefix": "gdexp",
    "body": [
      "extension",
      "\t.add${1|Expression,StrExpression|}(",
      "\t\t'${2:ExpressionsInternalName}',",
      "\t\t_('${3:Expression full name}'),",
      "\t\t_(",
      "\t\t\t'${4:Expression description}'",
      "\t\t),",
      "\t\t_('${5:Events group}'),",
      "\t\t'JsPlatform/Extensions/${7:icon}.png'",
      "\t)",
      "\t.getCodeExtraInformation()",
      "\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${8:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')",
      "\t.setFunctionName('gdjs.evtTools.${6:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');",
      "",
      "$0"
    ]
  },
  "Add parameter": {
    "scope": "javascript",
    "description": "Define a parameter in a GDevelop extension definition.",
    "prefix": "gdparam",
    "body": [
      ".addParameter('${1|string,expression,object,behavior,yesorno,stringWithSelector,scenevar,globalvar,objectvar,objectList,objectListWithoutPicking,color,key,sceneName,file,layer,relationalOperator,operator,trueorfalse,musicfile,soundfile,police,mouse,passwordjoyaxis,camera,objectPtr,forceMultiplier|}', '${2:Parameter description}', '${3:Optional parameter data}', /*parameterIsOptional=*/${4|false,true|})"
    ]
  },
  "Add code only parameter": {
    "scope": "javascript",
    "description": "Define a parameter in a GDevelop extension definition.",
    "prefix": "gdcoparam",
    "body": [
      ".addCodeOnlyParameter('${1|inlineCode,currentScene,objectsContext,eventsFunctionContext,conditionInverted|}', '${2:Inline code (for inlineCode parameter)}')"
    ]
  },
  "Add include": {
    "scope": "javascript",
    "description": "Define an include file in a GDevelop extension definition.",
    "prefix": "gdincl",
    "body": [
      ".addIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${1:include}.js')"
    ]
  }
}unid = "|HItem:2,1236607151:-2029149751:597015773,-1625420703,347303068,847944527:-1:0:130731:19:13:8:369:369:0:0:6:0:380340037:|h[Heaven Hand]|h"

def hashString(s):
    h = 0
    for c in s:
        h = c_uint32((h * 0x21)  + ord(c)).value
    return h

def IDLink(s):
   parts = s.split(":")

   # unid link has affixes in reverse order
   affixes = parts[3].split(',')
   affixes.reverse()
   parts[3] = ','.join(affixes)

   # 0x1 on this flag apparently means ID
   parts[9] = str(int(parts[9]) | 0x1)
   hash_input = ':'.join(parts[1:-2]) + ':'
   link_hash = c_int32(hashString(hash_input)).value
   parts[-2] = str(link_hash)

   id = ':'.join(parts)
   return id


print IDLink(unid)
# Print the symbolic and sacred values based on the given number associations
for number, value in symbolic_sacred_values.items():
    print(f"{number} = {value}") It sounds like you're looking to incorporate symbolic and sacred meanings associated with numbers into your code. These meanings can be used for various purposes, such as enhancing a game narrative or implementing some form of spiritual or conscious wisdom.

### Enhanced Code with Symbolic and Sacred Values

Here's how you could integrate the mappings of numbers to their symbolic meanings into your existing code:

```python
from ctypes import c_uint32, c_int32

# Example UNID string representing an item (presumably from a game)
unid = "|HItem:2,1236607151:-2029149751:597015773,-1625420703,347303068,847944527:-1:0:130731:19:13:8:369:369:0:0:6:0:380340037:|h[Heaven Hand]|h"

def hashString(s):
    """ Function to compute the hash of a string based on a specific algorithm. """
    h = 0
    for c in s:
        h = c_uint32((h * 0x21) + ord(c)).value
    return h

def IDLink(s):
    """
    Function to process the given UNID string.
    Modifies the affixes and computes a new link hash.
    """
    parts = s.split(":")
    
    # Reverse the affixes in the fourth part
    affixes = parts[3].split(',')
    affixes.reverse()
    parts[3] = ','.join(affixes)
    
    # Modify the ID flag by setting its last bit
    parts[9] = str(int(parts[9]) | 0x1)
    hash_input = ':'.join(parts[1:-2]) + ':'
    
    # Compute a new link hash
    link_hash = c_int32(hashString(hash_input)).value
    parts[-2] = str(link_hash)
    
    # Reassemble the modified ID
    id_result = ':'.join(parts)
    return id_result

# Define the mappings of numbers to symbolic and sacred values
symbolic_sacred_values = {
    3: "Creation, Growth, Divine Trinity",
    6: "Harmony, Balance, Soul Union",
    9: "Highest Spiritual Attainment, Universal Love",
    2: "Union, Duality, Balance",
    1: "Unity, Wholeness, New Beginnings",
    4: "Foundation, Stability, Earthly Order",
    7: "Perfection, Inner Wisdom, Divine Plan",
    8: "Infinity, Abundance, Karma Law",
    5: "Transformation, Change, Adventure"
}

# Function to print symbolic and sacred values
def print_symbolic_values():
    print("\nSymbolic and Sacred Values:")
    for number, value in symbolic_sacred_values.items():
        print(f"{number} = {value}")

# Print the symbolic and sacred values
print_symbolic_values()

# Print the modified UNID
print("\nModified UNID:")
print(IDLink(unid))
```{
  "key": "ctrl+a",
  "command": "editor.action.selectAll"
}https://y...content-available-to-author-only...u.be/UvumbKmKuXM?si=PnWRRPDoetBPiok_3=12 6=15 9=18 2=11 1=10 4=13 7=16 8=17 5=14 // each applying to a different level of control and consciousness on 5 planes of manifestation/adreal symptean grastieal{
  "Define extension": {
    "scope": "javascript",
    "description": "Adds the boilerplate code of a GDevelop extension definition.",
    "prefix": "gdext",
    "body": [
      "// @flow",
      "/**",
      " * This is a declaration of an extension for GDevelop 5.",
      " *",
      " * ℹ️ Changes in this file are watched and automatically imported if the editor",
      " * is running. You can also manually run `node import-GDJS-Runtime.js` (in newIDE/app/scripts).",
      " *",
      " * The file must be named \"JsExtension.js\", otherwise GDevelop won't load it.",
      " * ⚠️ If you make a change and the extension is not loaded, open the developer console",
      " * and search for any errors.",
      " *",
      " * More information on https://g...content-available-to-author-only...b.com/4ian/GDevelop/blob/master/newIDE/README-extensions.md",
      " */",
      "",
      "/*::",
      "// Import types to allow Flow to do static type checking on this file.",
      "// Extensions declaration are typed using Flow (like the editor), but the files",
      "// for the game engine are checked with TypeScript annotations.",
      "import { type ObjectsRenderingService, type ObjectsEditorService } from '../JsExtensionTypes.flow.js'",
      "*/",
      "",
      "module.exports = {",
      "\tcreateExtension: function (",
      "\t\t/*: (string) => string */,",
      "\t\tgd /*: libGDevelop */",
      "\t) {",
      "\t\tconst extension = new gd.PlatformExtension();",
      "\t\textension",
      "\t\t\t.setExtensionInformation(",
      "\t\t\t\t'${1:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}}',",
      "\t\t\t\t_('${2:Extension Name}'),",
      "\t\t\t\t_(",
      "\t\t\t\t\t'${3:Extension description}'",
      "\t\t\t\t),",
      "\t\t\t\t'${4:Extension author}',",
      "\t\t\t\t'MIT'",
      "\t\t\t);",
      "",
      "\t\t$0",
      "",
      "\t\treturn extension;",
      "\t},",
      "\trunExtensionSanityTests: function (",
      "\t\tgd /*: libGDevelop */,",
      "\t\textension /*: gdPlatformExtension*/",
      "\t) {",
      "\t\treturn [];",
      "\t},",
      "};",
      ""
    ]
  },
  "Define instruction": {
    "scope": "javascript",
    "description": "Define an instruction in a GDevelop extension definition.",
    "prefix": "gdinstr",
    "body": [
      "extension",
      "\t.add${1|Condition,Action|}(",
      "\t\t'${2:InstructionInternalName}',",
      "\t\t_('${3:Instruction full name}'),",
      "\t\t_(",
      "\t\t\t'${4:Instruction description}'",
      "\t\t),",
      "\t\t_('${5:Event sheet sentence}'),",
      "\t\t_('${6:Events group}'),",
      "\t\t'JsPlatform/Extensions/${8:icon}.png',",
      "\t\t'JsPlatform/Extensions/${8:icon}.png'",
      "\t)",
      "\t.getCodeExtraInformation()",
      "\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${9:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')",
      "\t.setFunctionName('gdjs.evtTools.${7:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');",
      "",
      "$0"
    ]
  },
  "Define expression": {
    "scope": "javascript",
    "description": "Define an expression in a GDevelop extension definition.",
    "prefix": "gdexp",
    "body": [
      "extension",
      "\t.add${1|Expression,StrExpression|}(",
      "\t\t'${2:ExpressionsInternalName}',",
      "\t\t_('${3:Expression full name}'),",
      "\t\t_(",
      "\t\t\t'${4:Expression description}'",
      "\t\t),",
      "\t\t_('${5:Events group}'),",
      "\t\t'JsPlatform/Extensions/${7:icon}.png'",
      "\t)",
      "\t.getCodeExtraInformation()",
      "\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${8:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')",
      "\t.setFunctionName('gdjs.evtTools.${6:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');",
      "",
      "$0"
    ]
  },
  "Add parameter": {
    "scope": "javascript",
    "description": "Define a parameter in a GDevelop extension definition.",
    "prefix": "gdparam",
    "body": [
      ".addParameter('${1|string,expression,object,behavior,yesorno,stringWithSelector,scenevar,globalvar,objectvar,objectList,objectListWithoutPicking,color,key,sceneName,file,layer,relationalOperator,operator,trueorfalse,musicfile,soundfile,police,mouse,passwordjoyaxis,camera,objectPtr,forceMultiplier|}', '${2:Parameter description}', '${3:Optional parameter data}', /*parameterIsOptional=*/${4|false,true|})"
    ]
  },
  "Add code only parameter": {
    "scope": "javascript",
    "description": "Define a parameter in a GDevelop extension definition.",
    "prefix": "gdcoparam",
    "body": [
      ".addCodeOnlyParameter('${1|inlineCode,currentScene,objectsContext,eventsFunctionContext,conditionInverted|}', '${2:Inline code (for inlineCode parameter)}')"
    ]
  },
  "Add include": {
    "scope": "javascript",
    "description": "Define an include file in a GDevelop extension definition.",
    "prefix": "gdincl",
    "body": [
      ".addIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${1:include}.js')"
    ]
  }
}WELCOME30https://g...content-available-to-author-only...b.com/4ian/GDevelop.git{
  "Define extension": {
    "scope": "javascript",
    "description": "Adds the boilerplate code of a GDevelop extension definition.",
    "prefix": "gdext",
    "body": [
      "// @flow",
      "/**",
      " * This is a declaration of an extension for GDevelop 5.",
      " *",
      " * ℹ️ Changes in this file are watched and automatically imported if the editor",
      " * is running. You can also manually run `node import-GDJS-Runtime.js` (in newIDE/app/scripts).",
      " *",
      " * The file must be named \"JsExtension.js\", otherwise GDevelop won't load it.",
      " * ⚠️ If you make a change and the extension is not loaded, open the developer console",
      " * and search for any errors.",
      " *",
      " * More information on https://g...content-available-to-author-only...b.com/4ian/GDevelop/blob/master/newIDE/README-extensions.md",
      " */",
      "",
      "/*::",
      "// Import types to allow Flow to do static type checking on this file.",
      "// Extensions declaration are typed using Flow (like the editor), but the files",
      "// for the game engine are checked with TypeScript annotations.",
      "import { type ObjectsRenderingService, type ObjectsEditorService } from '../JsExtensionTypes.flow.js'",
      "*/",
      "",
      "module.exports = {",
      "\tcreateExtension: function (",
      "\t\t/*: (string) => string */,",
      "\t\tgd /*: libGDevelop */",
      "\t) {",
      "\t\tconst extension = new gd.PlatformExtension();",
      "\t\textension",
      "\t\t\t.setExtensionInformation(",
      "\t\t\t\t'${1:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}}',",
      "\t\t\t\t_('${2:Extension Name}'),",
      "\t\t\t\t_(",
      "\t\t\t\t\t'${3:Extension description}'",
      "\t\t\t\t),",
      "\t\t\t\t'${4:Extension author}',",
      "\t\t\t\t'MIT'",
      "\t\t\t);",
      "",
      "\t\t$0",
      "",
      "\t\treturn extension;",
      "\t},",
      "\trunExtensionSanityTests: function (",
      "\t\tgd /*: libGDevelop */,",
      "\t\textension /*: gdPlatformExtension*/",
      "\t) {",
      "\t\treturn [];",
      "\t},",
      "};",
      ""
    ]
  },
  "Define instruction": {
    "scope": "javascript",
    "description": "Define an instruction in a GDevelop extension definition.",
    "prefix": "gdinstr",
    "body": [
      "extension",
      "\t.add${1|Condition,Action|}(",
      "\t\t'${2:InstructionInternalName}',",
      "\t\t_('${3:Instruction full name}'),",
      "\t\t_(",
      "\t\t\t'${4:Instruction description}'",
      "\t\t),",
      "\t\t_('${5:Event sheet sentence}'),",
      "\t\t_('${6:Events group}'),",
      "\t\t'JsPlatform/Extensions/${8:icon}.png',",
      "\t\t'JsPlatform/Extensions/${8:icon}.png'",
      "\t)",
      "\t.getCodeExtraInformation()",
      "\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${9:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')",
      "\t.setFunctionName('gdjs.evtTools.${7:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');",
      "",
      "$0"
    ]
  },
  "Define expression": {
    "scope": "javascript",
    "description": "Define an expression in a GDevelop extension definition.",
    "prefix": "gdexp",
    "body": [
      "extension",
      "\t.add${1|Expression,StrExpression|}(",
      "\t\t'${2:ExpressionsInternalName}',",
      "\t\t_('${3:Expression full name}'),",
      "\t\t_(",
      "\t\t\t'${4:Expression description}'",
      "\t\t),",
      "\t\t_('${5:Events group}'),",
      "\t\t'JsPlatform/Extensions/${7:icon}.png'",
      "\t)",
      "\t.getCodeExtraInformation()",
      "\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${8:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')",
      "\t.setFunctionName('gdjs.evtTools.${6:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');",
      "",
      "$0"
    ]
  },
  "Add parameter": {
    "scope": "javascript",
    "description": "Define a parameter in a GDevelop extension definition.",
    "prefix": "gdparam",
    "body": [
      ".addParameter('${1|string,expression,object,behavior,yesorno,stringWithSelector,scenevar,globalvar,objectvar,objectList,objectListWithoutPicking,color,key,sceneName,file,layer,relationalOperator,operator,trueorfalse,musicfile,soundfile,police,mouse,passwordjoyaxis,camera,objectPtr,forceMultiplier|}', '${2:Parameter description}', '${3:Optional parameter data}', /*parameterIsOptional=*/${4|false,true|})"
    ]
  },
  "Add code only parameter": {
    "scope": "javascript",
    "description": "Define a parameter in a GDevelop extension definition.",
    "prefix": "gdcoparam",
    "body": [
      ".addCodeOnlyParameter('${1|inlineCode,currentScene,objectsContext,eventsFunctionContext,conditionInverted|}', '${2:Inline code (for inlineCode parameter)}')"
    ]
  },
  "Add include": {
    "scope": "javascript",
    "description": "Define an include file in a GDevelop extension definition.",
    "prefix": "gdincl",
    "body": [
      ".addIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${1:include}.js')"
    ]
  }
}<section aria-labelledby=s1>
  <h3 id=s1>Population by City</h3>
  <div class=container>
    <div class=loading><p>Loading...</p></div>
    <div inert>
      <form>
        <fieldset>
          <legend>Date range</legend>
          <div>
            <label for=start>Start</label>
            <input type=date id=start>
          </div>
          <div>
            <label for=end>End</label>
            <input type=date id=end>
          </div>
          <div>
            <button>Apply</button>
          </div>
        </fieldset>
      </form>
      <table>
        <caption>From 20-- to 20--</caption>
        <thead>
          <tr>
            <th>City</th>
            <th>State</th>
            <th>20-- Population</th>
            <th>20-- Population</th>
            <th>Percentage change</th>
          </tr>
        </thead>
        <tbody>
          <!-- ... -->
        </tbody>
      </table>
    </div>
  </div>
</section><map id=wallmap><area alt="Enter Door" coords="10,10,100,200" href="door.html"></map>
...
<img src="images/innerwall.jpeg" alt="There is a white wall here, with a door." usemap="#wallmap">
...
<img src="images/outerwall.jpeg" alt="There is a red wall here, with a door." usemap="#wallmap"><h1>The Example Game</h1>
  <section id="login">
   <h2>Login</h2>
   <form>
    ...
    <!-- calls login() once the user's credentials have been checked -->
   </form>
   <script>
    function login() {
      // switch screens
      document.getElementById('login').hidden = true;
      document.getElementById('game').hidden = false;
    }
   </script>
  </section>
  <section id="game" hidden>
   ...
  </section><h1>The Example Game</h1>
  <section id="login">
   <h2>Login</h2>
   <form>
    ...
    <!-- calls login() once the user's credentials have been checked -->
   </form>
   <script>
    function login() {
      // switch screens
      document.getElementById('login').hidden = true;
      document.getElementById('game').hidden = false;
    }
   </script>
  </section>
  <section id="game" hidden>
   ...
  </section><map id=wallmap><area alt="Enter Door" coords="10,10,100,200" href="door.html"></map>
...
<img src="images/innerwall.jpeg" alt="There is a white wall here, with a door." usemap="#wallmap">
...
<img src="images/outerwall.jpeg" alt="There is a red wall here, with a door." usemap="#wallmap"><section aria-labelledby=s1>
  <h3 id=s1>Population by City</h3>
  <div class=container>
    <div class=loading><p>Loading...</p></div>
    <div inert>
      <form>
        <fieldset>
          <legend>Date range</legend>
          <div>
            <label for=start>Start</label>
            <input type=date id=start>
          </div>
          <div>
            <label for=end>End</label>
            <input type=date id=end>
          </div>
          <div>
            <button>Apply</button>
          </div>
        </fieldset>
      </form>
      <table>
        <caption>From 20-- to 20--</caption>
        <thead>
          <tr>
            <th>City</th>
            <th>State</th>
            <th>20-- Population</th>
            <th>20-- Population</th>
            <th>Percentage change</th>
          </tr>
        </thead>
        <tbody>
          <!-- ... -->
        </tbody>
      </table>
    </div>
  </div>
</section><h1>The Example Game</h1>
  <section id="login">
   <h2>Login</h2>
   <form>
    ...
    <!-- calls login() once the user's credentials have been checked -->
   </form>
   <script>
    function login() {
      // switch screens
      document.getElementById('login').hidden = true;function wasHiddenBeforeFirstContentfulPaint() {
    const fcpEntry = performance.getEntriesByName("first-contentful-paint")[0];
    const visibilityStateEntries = performance.getEntriesByType("visibility-state");
    return visibilityStateEntries.some(e =>
                                            e.startTime < fcpEntry.startTime &&
                                            e.name === "hidden");
}|HItem:2,1236607151:-2029149751:847944527,347303068,-1625420703,597015773:-1:0:130731:19:13:9:369:369:0:0:6:0:-1719646810:|h[Heaven Hand]|h
https://y...content-available-to-author-only...u.be/UvumbKmKuXM?si=PnWRRPDoetBPiok_3=12 6=15 9=18 2=11 1=10 4=13 7=16 8=17 5=14 // each applying to a different level of control and consciousness on 5 planes of manifestation/adreal symptean grastieal<script
type="text/javascript"
src="//static.klaviyo.com/onsite/js/klaviyo.js?company_id=Y9JV6z"
></script>window._klOnsite = window._klOnsite || [];
window._klOnsite.push(['openForm', 'TWqAMA']);https://i...content-available-to-author-only...9.comhttps:// 369.com369.comhttps://m...content-available-to-author-only...k.com/n/?notifications%2F&aref=1721436565424983&medium=sms&mid=61da2e5664885G5af482202f69G61da32efc4b57G32b&bcode=2.1721436568.AbyjeadPJenOt7W7W6E&n_m=%2B12506187649&wtsid=rdr_1juxJIKvfXbzl7ZN8#_=_
stdout
copy 
|HItem:2,1236607151:-2029149751:847944527,347303068,-1625420703,597015773:-1:0:130731:19:13:9:369:369:0:0:6:0:-1719646810:|h[Heaven Hand]|h
https://ideone.com/rYXDxd
3=12 6=15 9=18 2=11 1=10 4=13 7=16 8=17 5=14 // each applying to a different level of control and consciousness on 5 planes of manifestation//# Define the mappings of numbers to symbolic and sacred values
symbolic_sacred_values = {
3: "Creation, Growth, Divine Trinity",
6: "Harmony, Balance, Soul Union",
9: "Highest Spiritual Attainment, Universal Love",
2: "Union, Duality, Balance",
1: "Unity, Wholeness, New Beginnings",
4: "Foundation, Stability, Earthly Order",
7: "Perfection, Inner Wisdom, Divine Plan",
8: "Infinity, Abundance, Karma Law",
5: "Transformation, Change, Adventure"
}

# Print the symbolic and sacred values based on the given number associations
for number, value in symbolic_sacred_values.items():
print(f"{number} = {value}") Several archetypal meanings have been found to resonate with users online, contributing to the creation of meaningful and engaging web experiences. Here are a few archetypal meanings that often resonate with online users:

1. **The Hero**: The hero archetype embodies courage, resilience, and the journey of overcoming challenges. Online users resonate with content that inspires them to overcome obstacles, achieve personal growth, and embark on empowering narratives.

2. **The Explorer**: Users are often drawn to content that reflects the explorer archetype, symbolizing curiosity, discovery, and adventure. Websites that offer opportunities for exploration, learning, and novelty tend to resonate with users seeking new experiences and knowledge.

3. **The Sage**: The sage archetype represents wisdom, knowledge, and guidance. Users appreciate online content that imparts valuable insights, presents authoritative information, and offers mentorship, as it aligns with their quest for understanding and personal development.

4. **The Creator**: The creator archetype embodies innovation, imagination, and originality. Users are drawn to content that celebrates creativity, showcases unique ideas, and inspires them to express their own creativity, making them feel empowered and validated.

5. **The Caregiver**: Websites and content that reflect the caregiver archetype resonate with users by conveying empathy, support, and a nurturing environment. Users value platforms that provide a sense of community, offer assistance, and demonstrate a genuine concern for their well-being.

6. **The Rebel**: The rebel archetype symbolizes independence, authenticity, and nonconformity. Users are often attracted to content that challenges norms, encourages self-expression, and advocates for individuality, resonating with their desire for empowerment and self-discovery.

7. **The Jester**: The jester archetype embodies humor, spontaneity, and lightheartedness. Content that incorporates humor, entertainment, and playfulness tends to resonate with users by providing an enjoyable and engaging online experience.

8. **The Lover**: The lover archetype represents emotional connection, intimacy, and passion. Users resonate with content that evokes deep emotions, fosters genuine connections, and celebrates meaningful relationships, addressing their desire for authentic and heartfelt experiences.

By understanding and incorporating these archetypal meanings into web design, content creation, and brand messaging, businesses and content creators can effectively engage and resonate with online users, fostering a deeper and more meaningful connection with their audience. Neural enhancement techniques and interventions can have a significant impact on memory and learning capabilities by modulating neural processes, promoting neuroplasticity, and optimizing cognitive function. Here are some ways in which neural enhancement strategies can influence memory and learning:

1. **Improved Cognitive Function**: Neural enhancement approaches, such as cognitive training, physical exercise, and nutrition, can enhance overall cognitive function, including attention, processing speed, and executive functions. This improvement in cognitive abilities can facilitate better memory encoding, retrieval, and retention.

2. **Enhanced Neuroplasticity**: Techniques that promote neuroplasticity, such as engaging in challenging cognitive tasks, learning new skills, and exposure to enriched environments, can enhance the brain's ability to reorganize neural circuits, form new connections, and adapt to new information. This plasticity supports learning and memory processes.

3. **Optimized Brain Health**: Strategies that promote brain health, such as exercise, nutrition, adequate sleep, and stress management, create an optimal environment for neurogenesis (the production of new neurons) and the maintenance of existing neural networks, which are essential for memory formation and consolidation.

4. **Neurofeedback and Brain Stimulation**: Neurofeedback and brain stimulation techniques can target specific brain regions associated with memory and learning, such as the hippocampus and prefrontal cortex. By modulating neural activity in these regions, these interventions can improve memory encoding, consolidation, and retrieval processes.

5. **Nootropic Substances**: Some cognitive enhancers or "nootropics" are believed to enhance memory and learning by influencing neurotransmitter systems involved in memory formation, such as acetylcholine and dopamine. However, the efficacy and safety of these substances vary, and caution should be exercised when considering their use.

6. **Personalized Cognitive Training**: Tailored cognitive training programs that target specific cognitive domains, such as working memory or verbal recall, can lead to improvements in memory and learning abilities. These programs can be designed to challenge and strengthen neural pathways associated with memory processes.

7. **Artificial Intelligence-Assisted Learning**: Integration of artificial intelligence (AI) tools in educational settings can provide personalized learning experiences, adaptive feedback, and data-driven insights to optimize individual learning trajectories and memory retention.

8. **Mindfulness and Stress Reduction**: Practices like mindfulness meditation and stress reduction techniques have been shown to improve memory and learning by reducing the impact of stress on the brain, enhancing focus and attention, and promoting emotional regulation, all of which are essential for effective learning and memory consolidation.

By leveraging neural enhancement strategies that target brain function, plasticity, and cognitive processes, individuals can optimize their memory and learning abilities, leading to improved academic performance, cognitive flexibility, and overall cognitive well-being. It is important to approach neural enhancement interventions with a holistic perspective, considering individual needs, preferences, and ethical considerations to ensure optimal outcomes for memory and learning enhancement. That's right. Neural enhancement techniques hold promise for improving memory and learning by:
* Enhancing cognitive function through strategies like cognitive training and exercise.
* Promoting neuroplasticity through challenging tasks and enriched environments.
* Optimizing brain health with practices like good sleep and stress management.
* Targeting specific brain regions with neurofeedback and brain stimulation.
* Using personalized cognitive training to target specific memory weaknesses.
* Integrating AI-assisted learning for personalized learning experiences.
* Practicing mindfulness and stress reduction to improve focus and emotional regulation.
These strategies can work together to optimize memory and learning, leading to better academic performance and overall cognitive well-being. Remember, a holistic approach that considers individual needs and safety is crucial
;
language:
Python (cpython 2.7.16)
created:
45 days ago
visibility:
public

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