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(&quot;\nModifiedunid = &quot;|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&quot;  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(&quot;:&quot;)     # 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&quot;{number} = {value}&quot;) 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 = &quot;|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&quot;  def hashString(s):     &quot;&quot;&quot; Function to compute the hash of a string based on a specific algorithm. &quot;&quot;&quot;     h = 0     for c in s:         h = c_uint32((h * 0x21) + ord(c)).value     return h  def IDLink(s):     &quot;&quot;&quot;     Function to process the given UNID string.     Modifies the affixes and computes a new link hash.     &quot;&quot;&quot;     parts = s.split(&quot;:&quot;)          # 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: &quot;Creation, Growth, Divine Trinity&quot;,     6: &quot;Harmony, Balance, Soul Union&quot;,     9: &quot;Highest Spiritual Attainment, Universal Love&quot;,     2: &quot;Union, Duality, Balance&quot;,     1: &quot;Unity, Wholeness, New Beginnings&quot;,     4: &quot;Foundation, Stability, Earthly Order&quot;,     7: &quot;Perfection, Inner Wisdom, Divine Plan&quot;,     8: &quot;Infinity, Abundance, Karma Law&quot;,     5: &quot;Transformation, Change, Adventure&quot; }  # Function to print symbolic and sacred values def print_symbolic_values():     print(&quot;\nSymbolic and Sacred Values:&quot;)     for number, value in symbolic_sacred_values.items():         print(f&quot;{number} = {value}&quot;)  # Print the symbolic and sacred values print_symbolic_values()  # Print the modified UNID  UNID:&quot;)  ```JsExtension.jsgh repo clone KAI369-coder/KAI369-coderprint(IDLink(unid))unid = &quot;|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&quot;

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(&quot;:&quot;)

   # 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&quot;{number} = {value}&quot;) 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 = &quot;|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&quot;

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

def IDLink(s):
    &quot;&quot;&quot;
    Function to process the given UNID string.
    Modifies the affixes and computes a new link hash.
    &quot;&quot;&quot;
    parts = s.split(&quot;:&quot;)
    
    # 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: &quot;Creation, Growth, Divine Trinity&quot;,
    6: &quot;Harmony, Balance, Soul Union&quot;,
    9: &quot;Highest Spiritual Attainment, Universal Love&quot;,
    2: &quot;Union, Duality, Balance&quot;,
    1: &quot;Unity, Wholeness, New Beginnings&quot;,
    4: &quot;Foundation, Stability, Earthly Order&quot;,
    7: &quot;Perfection, Inner Wisdom, Divine Plan&quot;,
    8: &quot;Infinity, Abundance, Karma Law&quot;,
    5: &quot;Transformation, Change, Adventure&quot;
}

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

# Print the symbolic and sacred values
print_symbolic_values()

# Print the modified UNID
print(&quot;\nModified UNID:&quot;)
print(IDLink(unid))
```{
  &quot;key&quot;: &quot;ctrl+a&quot;,
  &quot;command&quot;: &quot;editor.action.selectAll&quot;
}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{
  &quot;Define extension&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Adds the boilerplate code of a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdext&quot;,
    &quot;body&quot;: [
      &quot;// @flow&quot;,
      &quot;/**&quot;,
      &quot; * This is a declaration of an extension for GDevelop 5.&quot;,
      &quot; *&quot;,
      &quot; * ℹ️ Changes in this file are watched and automatically imported if the editor&quot;,
      &quot; * is running. You can also manually run `node import-GDJS-Runtime.js` (in newIDE/app/scripts).&quot;,
      &quot; *&quot;,
      &quot; * The file must be named \&quot;JsExtension.js\&quot;, otherwise GDevelop won't load it.&quot;,
      &quot; * ⚠️ If you make a change and the extension is not loaded, open the developer console&quot;,
      &quot; * and search for any errors.&quot;,
      &quot; *&quot;,
      &quot; * More information on https://g...content-available-to-author-only...b.com/4ian/GDevelop/blob/master/newIDE/README-extensions.md&quot;,
      &quot; */&quot;,
      &quot;&quot;,
      &quot;/*::&quot;,
      &quot;// Import types to allow Flow to do static type checking on this file.&quot;,
      &quot;// Extensions declaration are typed using Flow (like the editor), but the files&quot;,
      &quot;// for the game engine are checked with TypeScript annotations.&quot;,
      &quot;import { type ObjectsRenderingService, type ObjectsEditorService } from '../JsExtensionTypes.flow.js'&quot;,
      &quot;*/&quot;,
      &quot;&quot;,
      &quot;module.exports = {&quot;,
      &quot;\tcreateExtension: function (&quot;,
      &quot;\t\t/*: (string) =&gt; string */,&quot;,
      &quot;\t\tgd /*: libGDevelop */&quot;,
      &quot;\t) {&quot;,
      &quot;\t\tconst extension = new gd.PlatformExtension();&quot;,
      &quot;\t\textension&quot;,
      &quot;\t\t\t.setExtensionInformation(&quot;,
      &quot;\t\t\t\t'${1:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}}',&quot;,
      &quot;\t\t\t\t_('${2:Extension Name}'),&quot;,
      &quot;\t\t\t\t_(&quot;,
      &quot;\t\t\t\t\t'${3:Extension description}'&quot;,
      &quot;\t\t\t\t),&quot;,
      &quot;\t\t\t\t'${4:Extension author}',&quot;,
      &quot;\t\t\t\t'MIT'&quot;,
      &quot;\t\t\t);&quot;,
      &quot;&quot;,
      &quot;\t\t$0&quot;,
      &quot;&quot;,
      &quot;\t\treturn extension;&quot;,
      &quot;\t},&quot;,
      &quot;\trunExtensionSanityTests: function (&quot;,
      &quot;\t\tgd /*: libGDevelop */,&quot;,
      &quot;\t\textension /*: gdPlatformExtension*/&quot;,
      &quot;\t) {&quot;,
      &quot;\t\treturn [];&quot;,
      &quot;\t},&quot;,
      &quot;};&quot;,
      &quot;&quot;
    ]
  },
  &quot;Define instruction&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an instruction in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdinstr&quot;,
    &quot;body&quot;: [
      &quot;extension&quot;,
      &quot;\t.add${1|Condition,Action|}(&quot;,
      &quot;\t\t'${2:InstructionInternalName}',&quot;,
      &quot;\t\t_('${3:Instruction full name}'),&quot;,
      &quot;\t\t_(&quot;,
      &quot;\t\t\t'${4:Instruction description}'&quot;,
      &quot;\t\t),&quot;,
      &quot;\t\t_('${5:Event sheet sentence}'),&quot;,
      &quot;\t\t_('${6:Events group}'),&quot;,
      &quot;\t\t'JsPlatform/Extensions/${8:icon}.png',&quot;,
      &quot;\t\t'JsPlatform/Extensions/${8:icon}.png'&quot;,
      &quot;\t)&quot;,
      &quot;\t.getCodeExtraInformation()&quot;,
      &quot;\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${9:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')&quot;,
      &quot;\t.setFunctionName('gdjs.evtTools.${7:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');&quot;,
      &quot;&quot;,
      &quot;$0&quot;
    ]
  },
  &quot;Define expression&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an expression in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdexp&quot;,
    &quot;body&quot;: [
      &quot;extension&quot;,
      &quot;\t.add${1|Expression,StrExpression|}(&quot;,
      &quot;\t\t'${2:ExpressionsInternalName}',&quot;,
      &quot;\t\t_('${3:Expression full name}'),&quot;,
      &quot;\t\t_(&quot;,
      &quot;\t\t\t'${4:Expression description}'&quot;,
      &quot;\t\t),&quot;,
      &quot;\t\t_('${5:Events group}'),&quot;,
      &quot;\t\t'JsPlatform/Extensions/${7:icon}.png'&quot;,
      &quot;\t)&quot;,
      &quot;\t.getCodeExtraInformation()&quot;,
      &quot;\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${8:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')&quot;,
      &quot;\t.setFunctionName('gdjs.evtTools.${6:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');&quot;,
      &quot;&quot;,
      &quot;$0&quot;
    ]
  },
  &quot;Add parameter&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define a parameter in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdparam&quot;,
    &quot;body&quot;: [
      &quot;.addParameter('${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=*/${4|false,true|})&quot;
    ]
  },
  &quot;Add code only parameter&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define a parameter in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdcoparam&quot;,
    &quot;body&quot;: [
      &quot;.addCodeOnlyParameter('${1|inlineCode,currentScene,objectsContext,eventsFunctionContext,conditionInverted|}', '${2:Inline code (for inlineCode parameter)}')&quot;
    ]
  },
  &quot;Add include&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an include file in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdincl&quot;,
    &quot;body&quot;: [
      &quot;.addIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${1:include}.js')&quot;
    ]
  }
}unid = &quot;|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&quot;

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(&quot;:&quot;)

   # 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&quot;{number} = {value}&quot;) 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 = &quot;|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&quot;

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

def IDLink(s):
    &quot;&quot;&quot;
    Function to process the given UNID string.
    Modifies the affixes and computes a new link hash.
    &quot;&quot;&quot;
    parts = s.split(&quot;:&quot;)
    
    # 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: &quot;Creation, Growth, Divine Trinity&quot;,
    6: &quot;Harmony, Balance, Soul Union&quot;,
    9: &quot;Highest Spiritual Attainment, Universal Love&quot;,
    2: &quot;Union, Duality, Balance&quot;,
    1: &quot;Unity, Wholeness, New Beginnings&quot;,
    4: &quot;Foundation, Stability, Earthly Order&quot;,
    7: &quot;Perfection, Inner Wisdom, Divine Plan&quot;,
    8: &quot;Infinity, Abundance, Karma Law&quot;,
    5: &quot;Transformation, Change, Adventure&quot;
}

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

# Print the symbolic and sacred values
print_symbolic_values()

# Print the modified UNID
print(&quot;\nModified UNID:&quot;)
print(IDLink(unid))
```{
  &quot;key&quot;: &quot;ctrl+a&quot;,
  &quot;command&quot;: &quot;editor.action.selectAll&quot;
}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{
  &quot;Define extension&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Adds the boilerplate code of a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdext&quot;,
    &quot;body&quot;: [
      &quot;// @flow&quot;,
      &quot;/**&quot;,
      &quot; * This is a declaration of an extension for GDevelop 5.&quot;,
      &quot; *&quot;,
      &quot; * ℹ️ Changes in this file are watched and automatically imported if the editor&quot;,
      &quot; * is running. You can also manually run `node import-GDJS-Runtime.js` (in newIDE/app/scripts).&quot;,
      &quot; *&quot;,
      &quot; * The file must be named \&quot;JsExtension.js\&quot;, otherwise GDevelop won't load it.&quot;,
      &quot; * ⚠️ If you make a change and the extension is not loaded, open the developer console&quot;,
      &quot; * and search for any errors.&quot;,
      &quot; *&quot;,
      &quot; * More information on https://g...content-available-to-author-only...b.com/4ian/GDevelop/blob/master/newIDE/README-extensions.md&quot;,
      &quot; */&quot;,
      &quot;&quot;,
      &quot;/*::&quot;,
      &quot;// Import types to allow Flow to do static type checking on this file.&quot;,
      &quot;// Extensions declaration are typed using Flow (like the editor), but the files&quot;,
      &quot;// for the game engine are checked with TypeScript annotations.&quot;,
      &quot;import { type ObjectsRenderingService, type ObjectsEditorService } from '../JsExtensionTypes.flow.js'&quot;,
      &quot;*/&quot;,
      &quot;&quot;,
      &quot;module.exports = {&quot;,
      &quot;\tcreateExtension: function (&quot;,
      &quot;\t\t/*: (string) =&gt; string */,&quot;,
      &quot;\t\tgd /*: libGDevelop */&quot;,
      &quot;\t) {&quot;,
      &quot;\t\tconst extension = new gd.PlatformExtension();&quot;,
      &quot;\t\textension&quot;,
      &quot;\t\t\t.setExtensionInformation(&quot;,
      &quot;\t\t\t\t'${1:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}}',&quot;,
      &quot;\t\t\t\t_('${2:Extension Name}'),&quot;,
      &quot;\t\t\t\t_(&quot;,
      &quot;\t\t\t\t\t'${3:Extension description}'&quot;,
      &quot;\t\t\t\t),&quot;,
      &quot;\t\t\t\t'${4:Extension author}',&quot;,
      &quot;\t\t\t\t'MIT'&quot;,
      &quot;\t\t\t);&quot;,
      &quot;&quot;,
      &quot;\t\t$0&quot;,
      &quot;&quot;,
      &quot;\t\treturn extension;&quot;,
      &quot;\t},&quot;,
      &quot;\trunExtensionSanityTests: function (&quot;,
      &quot;\t\tgd /*: libGDevelop */,&quot;,
      &quot;\t\textension /*: gdPlatformExtension*/&quot;,
      &quot;\t) {&quot;,
      &quot;\t\treturn [];&quot;,
      &quot;\t},&quot;,
      &quot;};&quot;,
      &quot;&quot;
    ]
  },
  &quot;Define instruction&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an instruction in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdinstr&quot;,
    &quot;body&quot;: [
      &quot;extension&quot;,
      &quot;\t.add${1|Condition,Action|}(&quot;,
      &quot;\t\t'${2:InstructionInternalName}',&quot;,
      &quot;\t\t_('${3:Instruction full name}'),&quot;,
      &quot;\t\t_(&quot;,
      &quot;\t\t\t'${4:Instruction description}'&quot;,
      &quot;\t\t),&quot;,
      &quot;\t\t_('${5:Event sheet sentence}'),&quot;,
      &quot;\t\t_('${6:Events group}'),&quot;,
      &quot;\t\t'JsPlatform/Extensions/${8:icon}.png',&quot;,
      &quot;\t\t'JsPlatform/Extensions/${8:icon}.png'&quot;,
      &quot;\t)&quot;,
      &quot;\t.getCodeExtraInformation()&quot;,
      &quot;\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${9:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')&quot;,
      &quot;\t.setFunctionName('gdjs.evtTools.${7:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');&quot;,
      &quot;&quot;,
      &quot;$0&quot;
    ]
  },
  &quot;Define expression&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an expression in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdexp&quot;,
    &quot;body&quot;: [
      &quot;extension&quot;,
      &quot;\t.add${1|Expression,StrExpression|}(&quot;,
      &quot;\t\t'${2:ExpressionsInternalName}',&quot;,
      &quot;\t\t_('${3:Expression full name}'),&quot;,
      &quot;\t\t_(&quot;,
      &quot;\t\t\t'${4:Expression description}'&quot;,
      &quot;\t\t),&quot;,
      &quot;\t\t_('${5:Events group}'),&quot;,
      &quot;\t\t'JsPlatform/Extensions/${7:icon}.png'&quot;,
      &quot;\t)&quot;,
      &quot;\t.getCodeExtraInformation()&quot;,
      &quot;\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${8:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')&quot;,
      &quot;\t.setFunctionName('gdjs.evtTools.${6:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');&quot;,
      &quot;&quot;,
      &quot;$0&quot;
    ]
  },
  &quot;Add parameter&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define a parameter in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdparam&quot;,
    &quot;body&quot;: [
      &quot;.addParameter('${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=*/${4|false,true|})&quot;
    ]
  },
  &quot;Add code only parameter&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define a parameter in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdcoparam&quot;,
    &quot;body&quot;: [
      &quot;.addCodeOnlyParameter('${1|inlineCode,currentScene,objectsContext,eventsFunctionContext,conditionInverted|}', '${2:Inline code (for inlineCode parameter)}')&quot;
    ]
  },
  &quot;Add include&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an include file in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdincl&quot;,
    &quot;body&quot;: [
      &quot;.addIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${1:include}.js')&quot;
    ]
  }
}WELCOME30https://g...content-available-to-author-only...b.com/4ian/GDevelop.git{
  &quot;Define extension&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Adds the boilerplate code of a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdext&quot;,
    &quot;body&quot;: [
      &quot;// @flow&quot;,
      &quot;/**&quot;,
      &quot; * This is a declaration of an extension for GDevelop 5.&quot;,
      &quot; *&quot;,
      &quot; * ℹ️ Changes in this file are watched and automatically imported if the editor&quot;,
      &quot; * is running. You can also manually run `node import-GDJS-Runtime.js` (in newIDE/app/scripts).&quot;,
      &quot; *&quot;,
      &quot; * The file must be named \&quot;JsExtension.js\&quot;, otherwise GDevelop won't load it.&quot;,
      &quot; * ⚠️ If you make a change and the extension is not loaded, open the developer console&quot;,
      &quot; * and search for any errors.&quot;,
      &quot; *&quot;,
      &quot; * More information on https://g...content-available-to-author-only...b.com/4ian/GDevelop/blob/master/newIDE/README-extensions.md&quot;,
      &quot; */&quot;,
      &quot;&quot;,
      &quot;/*::&quot;,
      &quot;// Import types to allow Flow to do static type checking on this file.&quot;,
      &quot;// Extensions declaration are typed using Flow (like the editor), but the files&quot;,
      &quot;// for the game engine are checked with TypeScript annotations.&quot;,
      &quot;import { type ObjectsRenderingService, type ObjectsEditorService } from '../JsExtensionTypes.flow.js'&quot;,
      &quot;*/&quot;,
      &quot;&quot;,
      &quot;module.exports = {&quot;,
      &quot;\tcreateExtension: function (&quot;,
      &quot;\t\t/*: (string) =&gt; string */,&quot;,
      &quot;\t\tgd /*: libGDevelop */&quot;,
      &quot;\t) {&quot;,
      &quot;\t\tconst extension = new gd.PlatformExtension();&quot;,
      &quot;\t\textension&quot;,
      &quot;\t\t\t.setExtensionInformation(&quot;,
      &quot;\t\t\t\t'${1:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}}',&quot;,
      &quot;\t\t\t\t_('${2:Extension Name}'),&quot;,
      &quot;\t\t\t\t_(&quot;,
      &quot;\t\t\t\t\t'${3:Extension description}'&quot;,
      &quot;\t\t\t\t),&quot;,
      &quot;\t\t\t\t'${4:Extension author}',&quot;,
      &quot;\t\t\t\t'MIT'&quot;,
      &quot;\t\t\t);&quot;,
      &quot;&quot;,
      &quot;\t\t$0&quot;,
      &quot;&quot;,
      &quot;\t\treturn extension;&quot;,
      &quot;\t},&quot;,
      &quot;\trunExtensionSanityTests: function (&quot;,
      &quot;\t\tgd /*: libGDevelop */,&quot;,
      &quot;\t\textension /*: gdPlatformExtension*/&quot;,
      &quot;\t) {&quot;,
      &quot;\t\treturn [];&quot;,
      &quot;\t},&quot;,
      &quot;};&quot;,
      &quot;&quot;
    ]
  },
  &quot;Define instruction&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an instruction in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdinstr&quot;,
    &quot;body&quot;: [
      &quot;extension&quot;,
      &quot;\t.add${1|Condition,Action|}(&quot;,
      &quot;\t\t'${2:InstructionInternalName}',&quot;,
      &quot;\t\t_('${3:Instruction full name}'),&quot;,
      &quot;\t\t_(&quot;,
      &quot;\t\t\t'${4:Instruction description}'&quot;,
      &quot;\t\t),&quot;,
      &quot;\t\t_('${5:Event sheet sentence}'),&quot;,
      &quot;\t\t_('${6:Events group}'),&quot;,
      &quot;\t\t'JsPlatform/Extensions/${8:icon}.png',&quot;,
      &quot;\t\t'JsPlatform/Extensions/${8:icon}.png'&quot;,
      &quot;\t)&quot;,
      &quot;\t.getCodeExtraInformation()&quot;,
      &quot;\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${9:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')&quot;,
      &quot;\t.setFunctionName('gdjs.evtTools.${7:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');&quot;,
      &quot;&quot;,
      &quot;$0&quot;
    ]
  },
  &quot;Define expression&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an expression in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdexp&quot;,
    &quot;body&quot;: [
      &quot;extension&quot;,
      &quot;\t.add${1|Expression,StrExpression|}(&quot;,
      &quot;\t\t'${2:ExpressionsInternalName}',&quot;,
      &quot;\t\t_('${3:Expression full name}'),&quot;,
      &quot;\t\t_(&quot;,
      &quot;\t\t\t'${4:Expression description}'&quot;,
      &quot;\t\t),&quot;,
      &quot;\t\t_('${5:Events group}'),&quot;,
      &quot;\t\t'JsPlatform/Extensions/${7:icon}.png'&quot;,
      &quot;\t)&quot;,
      &quot;\t.getCodeExtraInformation()&quot;,
      &quot;\t.setIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${8:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}tools}.js')&quot;,
      &quot;\t.setFunctionName('gdjs.evtTools.${6:${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/${2:/downcase}/}.}');&quot;,
      &quot;&quot;,
      &quot;$0&quot;
    ]
  },
  &quot;Add parameter&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define a parameter in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdparam&quot;,
    &quot;body&quot;: [
      &quot;.addParameter('${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=*/${4|false,true|})&quot;
    ]
  },
  &quot;Add code only parameter&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define a parameter in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdcoparam&quot;,
    &quot;body&quot;: [
      &quot;.addCodeOnlyParameter('${1|inlineCode,currentScene,objectsContext,eventsFunctionContext,conditionInverted|}', '${2:Inline code (for inlineCode parameter)}')&quot;
    ]
  },
  &quot;Add include&quot;: {
    &quot;scope&quot;: &quot;javascript&quot;,
    &quot;description&quot;: &quot;Define an include file in a GDevelop extension definition.&quot;,
    &quot;prefix&quot;: &quot;gdincl&quot;,
    &quot;body&quot;: [
      &quot;.addIncludeFile('Extensions/${TM_DIRECTORY/(.*)[\\\\\\/](.*)[\\\\\\/]?$/$2/}/${1:include}.js')&quot;
    ]
  }
}&lt;section aria-labelledby=s1&gt;
  &lt;h3 id=s1&gt;Population by City&lt;/h3&gt;
  &lt;div class=container&gt;
    &lt;div class=loading&gt;&lt;p&gt;Loading...&lt;/p&gt;&lt;/div&gt;
    &lt;div inert&gt;
      &lt;form&gt;
        &lt;fieldset&gt;
          &lt;legend&gt;Date range&lt;/legend&gt;
          &lt;div&gt;
            &lt;label for=start&gt;Start&lt;/label&gt;
            &lt;input type=date id=start&gt;
          &lt;/div&gt;
          &lt;div&gt;
            &lt;label for=end&gt;End&lt;/label&gt;
            &lt;input type=date id=end&gt;
          &lt;/div&gt;
          &lt;div&gt;
            &lt;button&gt;Apply&lt;/button&gt;
          &lt;/div&gt;
        &lt;/fieldset&gt;
      &lt;/form&gt;
      &lt;table&gt;
        &lt;caption&gt;From 20-- to 20--&lt;/caption&gt;
        &lt;thead&gt;
          &lt;tr&gt;
            &lt;th&gt;City&lt;/th&gt;
            &lt;th&gt;State&lt;/th&gt;
            &lt;th&gt;20-- Population&lt;/th&gt;
            &lt;th&gt;20-- Population&lt;/th&gt;
            &lt;th&gt;Percentage change&lt;/th&gt;
          &lt;/tr&gt;
        &lt;/thead&gt;
        &lt;tbody&gt;
          &lt;!-- ... --&gt;
        &lt;/tbody&gt;
      &lt;/table&gt;
    &lt;/div&gt;
  &lt;/div&gt;
&lt;/section&gt;&lt;map id=wallmap&gt;&lt;area alt=&quot;Enter Door&quot; coords=&quot;10,10,100,200&quot; href=&quot;door.html&quot;&gt;&lt;/map&gt;
...
&lt;img src=&quot;images/innerwall.jpeg&quot; alt=&quot;There is a white wall here, with a door.&quot; usemap=&quot;#wallmap&quot;&gt;
...
&lt;img src=&quot;images/outerwall.jpeg&quot; alt=&quot;There is a red wall here, with a door.&quot; usemap=&quot;#wallmap&quot;&gt;&lt;h1&gt;The Example Game&lt;/h1&gt;
  &lt;section id=&quot;login&quot;&gt;
   &lt;h2&gt;Login&lt;/h2&gt;
   &lt;form&gt;
    ...
    &lt;!-- calls login() once the user's credentials have been checked --&gt;
   &lt;/form&gt;
   &lt;script&gt;
    function login() {
      // switch screens
      document.getElementById('login').hidden = true;
      document.getElementById('game').hidden = false;
    }
   &lt;/script&gt;
  &lt;/section&gt;
  &lt;section id=&quot;game&quot; hidden&gt;
   ...
  &lt;/section&gt;&lt;h1&gt;The Example Game&lt;/h1&gt;
  &lt;section id=&quot;login&quot;&gt;
   &lt;h2&gt;Login&lt;/h2&gt;
   &lt;form&gt;
    ...
    &lt;!-- calls login() once the user's credentials have been checked --&gt;
   &lt;/form&gt;
   &lt;script&gt;
    function login() {
      // switch screens
      document.getElementById('login').hidden = true;
      document.getElementById('game').hidden = false;
    }
   &lt;/script&gt;
  &lt;/section&gt;
  &lt;section id=&quot;game&quot; hidden&gt;
   ...
  &lt;/section&gt;&lt;map id=wallmap&gt;&lt;area alt=&quot;Enter Door&quot; coords=&quot;10,10,100,200&quot; href=&quot;door.html&quot;&gt;&lt;/map&gt;
...
&lt;img src=&quot;images/innerwall.jpeg&quot; alt=&quot;There is a white wall here, with a door.&quot; usemap=&quot;#wallmap&quot;&gt;
...
&lt;img src=&quot;images/outerwall.jpeg&quot; alt=&quot;There is a red wall here, with a door.&quot; usemap=&quot;#wallmap&quot;&gt;&lt;section aria-labelledby=s1&gt;
  &lt;h3 id=s1&gt;Population by City&lt;/h3&gt;
  &lt;div class=container&gt;
    &lt;div class=loading&gt;&lt;p&gt;Loading...&lt;/p&gt;&lt;/div&gt;
    &lt;div inert&gt;
      &lt;form&gt;
        &lt;fieldset&gt;
          &lt;legend&gt;Date range&lt;/legend&gt;
          &lt;div&gt;
            &lt;label for=start&gt;Start&lt;/label&gt;
            &lt;input type=date id=start&gt;
          &lt;/div&gt;
          &lt;div&gt;
            &lt;label for=end&gt;End&lt;/label&gt;
            &lt;input type=date id=end&gt;
          &lt;/div&gt;
          &lt;div&gt;
            &lt;button&gt;Apply&lt;/button&gt;
          &lt;/div&gt;
        &lt;/fieldset&gt;
      &lt;/form&gt;
      &lt;table&gt;
        &lt;caption&gt;From 20-- to 20--&lt;/caption&gt;
        &lt;thead&gt;
          &lt;tr&gt;
            &lt;th&gt;City&lt;/th&gt;
            &lt;th&gt;State&lt;/th&gt;
            &lt;th&gt;20-- Population&lt;/th&gt;
            &lt;th&gt;20-- Population&lt;/th&gt;
            &lt;th&gt;Percentage change&lt;/th&gt;
          &lt;/tr&gt;
        &lt;/thead&gt;
        &lt;tbody&gt;
          &lt;!-- ... --&gt;
        &lt;/tbody&gt;
      &lt;/table&gt;
    &lt;/div&gt;
  &lt;/div&gt;
&lt;/section&gt;&lt;h1&gt;The Example Game&lt;/h1&gt;
  &lt;section id=&quot;login&quot;&gt;
   &lt;h2&gt;Login&lt;/h2&gt;
   &lt;form&gt;
    ...
    &lt;!-- calls login() once the user's credentials have been checked --&gt;
   &lt;/form&gt;
   &lt;script&gt;
    function login() {
      // switch screens
      document.getElementById('login').hidden = true;function wasHiddenBeforeFirstContentfulPaint() {
    const fcpEntry = performance.getEntriesByName(&quot;first-contentful-paint&quot;)[0];
    const visibilityStateEntries = performance.getEntriesByType(&quot;visibility-state&quot;);
    return visibilityStateEntries.some(e =&gt;
                                            e.startTime &lt; fcpEntry.startTime &amp;&amp;
                                            e.name === &quot;hidden&quot;);
}|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&lt;script
type=&quot;text/javascript&quot;
src=&quot;//static.klaviyo.com/onsite/js/klaviyo.js?company_id=Y9JV6z&quot;
&gt;&lt;/script&gt;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&amp;aref=1721436565424983&amp;medium=sms&amp;mid=61da2e5664885G5af482202f69G61da32efc4b57G32b&amp;bcode=2.1721436568.AbyjeadPJenOt7W7W6E&amp;n_m=%2B12506187649&amp;wtsid=rdr_1juxJIKvfXbzl7ZN8#_=_
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#_=_