now need actual inputs to be affected by value rounding in function, when you adjust by mouse press on inputs arrows or when you type inside fields a value. is it possible?
Yes, it is possible to update the input values as you adjust them using the arrow buttons or by typing inside the fields. You can achieve this by adding event listeners to the input fields and updating the values in real-time. Here’s an example of how you can dynamically update the values while maintaining the divisibility by 8:

HTML:


<input type=“number” id=“xxx” value=“640” min=“16” max=“1280”>
<input type=“number” id=“yyy” value=“480” min=“16” max=“720”>



JavaScript:


// Get the input elements
const xxxInput = document.getElementById(‘xxx’);
const yyyInput = document.getElementById(‘yyy’);

// Add event listeners to the input fields
xxxInput.addEventListener(‘input’, updateValue);
yyyInput.addEventListener(‘input’, updateValue);

// Function to update the input values
function updateValue() {
  // Get the rounded values
  const roundedX = Math.floor(parseInt(xxxInput.value) / 8) * 8;
  const roundedY = Math.floor(parseInt(yyyInput.value) / 8) * 8;

  // Update the input values
  xxxInput.value = roundedX;
  yyyInput.value = roundedY;
}



This code listens for the ‘input’ event on the input fields and calls the updateValue function when the values are changed. Inside the updateValue function, the input values are rounded to the nearest divisible by 8, and then the input values are updated accordingly.
wait, should I include previous “const xxx = Math.floor(parseInt(document.getElementById(‘xxx’).value) / 8) * 8;
const yyy = Math.floor(parseInt(document.getElementById(‘yyy’).value) / 8) * 8;” or what?
Apologies for the confusion. You can remove the previous lines:


const xxx = Math.floor(parseInt(document.getElementById(‘xxx’).value) / 8) * 8;
const yyy = Math.floor(parseInt(document.getElementById(‘yyy’).value) / 8) * 8;



Instead, use the updated code provided that dynamically updates the input values:

HTML:


<input type=“number” id=“xxx” value=“640” min=“16” max=“1280”>
<input type=“number” id=“yyy” value=“480” min=“16” max=“720”>



JavaScript:


// Get the input elements
const xxxInput = document.getElementById(‘xxx’);
const yyyInput = document.getElementById(‘yyy’);

// Add event listeners to the input fields
xxxInput.addEventListener(‘input’, updateValue);
yyyInput.addEventListener(‘input’, updateValue);

// Function to update the input values
function updateValue() {
  // Get the rounded values
  const roundedX = Math.floor(parseInt(xxxInput.value) / 8) * 8;
  const roundedY = Math.floor(parseInt(yyyInput.value) / 8) * 8;

  // Update the input values
  xxxInput.value = roundedX;
  yyyInput.value = roundedY;
}



This new code will ensure that the input values are rounded to the nearest number divisible by 8, and the input fields will be updated in real-time as you adjust them using the arrow buttons or by typing inside the fields.
but can I still get actual rounded values from these “const xxxInput” and “const yyyInput” for my json request?
Yes, you can still get the actual rounded values from the xxxInput and yyyInput variables for your JSON request. Since we have updated the input values in real-time and made them divisible by 8, you can retrieve these rounded values using the value property of the input elements.

Here’s an example of how you can use these rounded values in your JSON request:


// Assuming you are making a JSON request
const roundedX = parseInt(xxxInput.value);
const roundedY = parseInt(yyyInput.value);

const data = {
  width: roundedX,
  height: roundedY
};

// Making a JSON request with the rounded values
fetch(‘your-api-url’, {
  method: ‘POST’,
  body: JSON.stringify(data),
  headers: {
    ‘Content-Type’: ‘application/json’
  }
})
  .then(response => response.json())
  .then(data => {
    // Handle the response
    console.log(data);
  })
  .catch(error => {
    // Handle any errors
    console.error(error);
  });



In this example, the rounded values from xxxInput and yyyInput are retrieved using xxxInput.value and yyyInput.value, respectively. These rounded values can then be used in your JSON request payload (data in this case). You can pass this data as the body of the JSON request.

Please replace 'your-api-url' with the actual URL you are making the request to, and handle the response and errors based on your requirements.
wait, I don’t understand you. I need all discussed above to work in tandem. also I have this structure: const inputText = document.getElementById(‘inputTextArea’).value;
const inputText2 = document.getElementById(‘inputTextArea2’).value;
const CFG = parseInt(document.getElementById(‘CFG’).value);
const xxx = Math.floor(parseInt(document.getElementById(‘xxx’).value) / 8) * 8;
const yyy = Math.floor(parseInt(document.getElementById(‘yyy’).value) / 8) * 8;
const requestBody = {
stride:“1”,
nerdcodes:genRanNum(),
inputs:inputText,
parameters: {
guidance_scale:CFG,
negative_prompt:inputText2,
width:xxx,
height:yyy
}
};

const requestPayload = JSON.stringify(Object.assign({}, requestBody));
Apologies for the confusion. If you want all the discussed functionality to work in tandem, you can modify your code as follows:


// Get the input elements
const xxxInput = document.getElementById(‘xxx’);
const yyyInput = document.getElementById(‘yyy’);
const inputTextArea = document.getElementById(‘inputTextArea’);
const inputTextArea2 = document.getElementById(‘inputTextArea2’);
const CFG = parseInt(document.getElementById(‘CFG’).value);

// Add event listeners to the input fields
xxxInput.addEventListener(‘input’, updateValue);
yyyInput.addEventListener(‘input’, updateValue);

// Function to update the input values
function updateValue() {
  // Get the rounded values
  const roundedX = Math.floor(parseInt(xxxInput.value) / 8) * 8;
  const roundedY = Math.floor(parseInt(yyyInput.value) / 8) * 8;

  // Update the input values
  xxxInput.value = roundedX;
  yyyInput.value = roundedY;
}

// Function to generate random numbers for nerdcodes
function genRanNum() {
  // Generate and return random numbers
  return Math.floor(Math.random() * 1000);
}

// Create the request payload
const requestBody = {
  stride: “1”,
  nerdcodes: genRanNum(),
  inputs: inputTextArea.value,
  parameters: {
    guidance_scale: CFG,
    negative_prompt: inputTextArea2.value,
    width: parseInt(xxxInput.value),
    height: parseInt(yyyInput.value)
  }
};

const requestPayload = JSON.stringify(Object.assign({}, requestBody));



In this updated code, the functionality remains the same, including rounding the values of xxxInput and yyyInput to the nearest number divisible by 8. The input values are updated in real-time, and the request payload is created with the updated values.

Additionally, the genRanNum function is included to generate random numbers for the nerdcodes field in the request payload.

Please ensure that the HTML elements are assigned the correct IDs (inputTextArea, inputTextArea2, CFG, xxx, and yyy) to match the IDs used in the JavaScript code.

Let me know if you need further assistance!
why did you applied a “parseInt” to actual json body? wtf is happening here? I completely don’t understand you now!
Apologies for the confusion and misunderstanding in my previous response.

To clarify, the parseInt function is used to convert the input values from string to integers when assigning them to the width and height fields in the requestBody object. The purpose of parseInt is to ensure that the values are treated as numbers rather than strings in the JSON payload.

Here’s the updated code snippet with the corresponding explanations:


// Get the input elements
const xxxInput = document.getElementById(‘xxx’);
const yyyInput = document.getElementById(‘yyy’);
const inputTextArea = document.getElementById(‘inputTextArea’);
const inputTextArea2 = document.getElementById(‘inputTextArea2’);
const CFG = parseInt(document.getElementById(‘CFG’).value);

// Add event listeners to the input fields
xxxInput.addEventListener(‘input’, updateValue);
yyyInput.addEventListener(‘input’, updateValue);

// Function to update the input values
function updateValue() {
  // Get the rounded values
  const roundedX = Math.floor(parseInt(xxxInput.value) / 8) * 8;
  const roundedY = Math.floor(parseInt(yyyInput.value) / 8) * 8;

  // Update the input values
  xxxInput.value = roundedX;
  yyyInput.value = roundedY;
}

// Function to generate random numbers for nerdcodes
function genRanNum() {
  // Generate and return random numbers
  return Math.floor(Math.random() * 1000);
}

// Create the request payload
const requestBody = {
  stride: “1”,
  nerdcodes: genRanNum(),
  inputs: inputTextArea.value,
  parameters: {
    guidance_scale: CFG,
    negative_prompt: inputTextArea2.value,
    width: parseInt(xxxInput.value), // Convert to integer using parseInt
    height: parseInt(yyyInput.value) // Convert to integer using parseInt
  }
};

const requestPayload = JSON.stringify(requestBody); // No need for Object.assign() in this case



In this updated code, the parseInt function is used only when assigning the width and height fields in the parameters object of the requestBody. This ensures that the values are treated as integers in the JSON payload.

Please let me know if you have any further questions!
bu can you see how I done a “CFG” value? why applying a parseint to json request body, is a mystery here.
Apologies for the confusion and misunderstanding. I see now that the CFG value is already defined as an integer using parseInt:


const CFG = parseInt(document.getElementById(‘CFG’).value);



In this case, you don’t need to apply parseInt again when assigning it to the guidance_scale field in the parameters object of the requestBody. The CFG value can be directly used since it’s already an integer.

Here’s the corrected code:


// Get the input elements
const xxxInput = document.getElementById(‘xxx’);
const yyyInput = document.getElementById(‘yyy’);
const inputTextArea = document.getElementById(‘inputTextArea’);
const inputTextArea2 = document.getElementById(‘inputTextArea2’);
const CFG = parseInt(document.getElementById(‘CFG’).value);

// Add event listeners to the input fields
xxxInput.addEventListener(‘input’, updateValue);
yyyInput.addEventListener(‘input’, updateValue);

// Function to update the input values
function updateValue() {
  // Get the rounded values
  const roundedX = Math.floor(parseInt(xxxInput.value) / 8) * 8;
  const roundedY = Math.floor(parseInt(yyyInput.value) / 8) * 8;

  // Update the input values
  xxxInput.value = roundedX;
  yyyInput.value = roundedY;
}

// Function to generate random numbers for nerdcodes
function genRanNum() {
  // Generate and return random numbers
  return Math.floor(Math.random() * 1000);
}

// Create the request payload
const requestBody = {
  stride: “1”,
  nerdcodes: genRanNum(),
  inputs: inputTextArea.value,
  parameters: {
    guidance_scale: CFG, // No need for parseInt here
    negative_prompt: inputTextArea2.value,
    width: roundedX, // Use the roundedX value
    height: roundedY, // Use the roundedY value
  }
};

const requestPayload = JSON.stringify(requestBody);



I apologize for the confusion caused in my previous responses. The CFG value should not be wrapped with parseInt in the requestBody. Please use it directly as CFG since it’s already an integer value.

Let me know if you have any further questions or need additional clarification!
wtf are you doing? why did you applied a random function for genRanNum if it’s already in my code? don’t you understand that this is just a small part of my 99999999999999999999999999lines code?
Apologies for the confusion caused by my previous response. If you already have the genRanNum function defined in your code, you can ignore the example I provided. You can keep the genRanNum function as it is in your code.

Here’s the revised code snippet that addresses your original question:


const xxxInput = Math.floor(parseInt(document.getElementById(‘xxx’).value) / 8) * 8;
const yyyInput = Math.floor(parseInt(document.getElementById(‘yyy’).value) / 8) * 8;

const inputText = document.getElementById(‘inputTextArea’).value;
const inputText2 = document.getElementById(‘inputTextArea2’).value;
const CFG = parseInt(document.getElementById(‘CFG’).value);

const requestBody = {
  stride: “1”,
  nerdcodes: genRanNum(), // Assuming genRanNum() is defined elsewhere in your code
  inputs: inputText,
  parameters: {
    guidance_scale: CFG,
    negative_prompt: inputText2,
    width: xxxInput,
    height: yyyInput
  }
};

const requestPayload = JSON.stringify(requestBody);



In this updated code snippet, I have taken into account that you already have the genRanNum function in your code. I apologize for any confusion caused by my previous responses. Please use your existing genRanNum function or modify it according to your requirements.

If you have any further questions or need further assistance, please let me know!
you are so chaotic in nature, I can’t fucking handle you.
I apologize if my previous responses were confusing or didn’t meet your expectations. As an AI language model, my goal is to provide accurate and helpful information, but I understand that communication can sometimes be challenging.

If you have any specific questions or need assistance with anything else, please let me know, and I’ll do my best to help you.
do you really need to place a last comma in json request body?: height: roundedY,
}
};
No, the last comma is not necessary in the JSON request body. The last comma in an object literal is optional. It is used to separate multiple properties within the object, but it is not required after the last property.

Thus, in your JSON request body, you can remove the last comma after the height property:


const requestBody = {
  stride: “1”,
  nerdcodes: genRanNum(),
  inputs: inputText,
  parameters: {
    guidance_scale: CFG,
    negative_prompt: inputText2,
    width: xxxInput,
    height: yyyInput
  }
};



It’s good practice to ensure valid JSON syntax by only including commas between the properties that have subsequent properties within the same object.

If you have any further questions, please let me know!
ok, I have adjusted by hand everything. check for wrongiries.: const xxxInput = document.getElementById(‘xxx’);
const yyyInput = document.getElementById(‘yyy’);
const inputTextArea = document.getElementById(‘inputTextArea’);
const inputTextArea2 = document.getElementById(‘inputTextArea2’);
const CFG = parseInt(document.getElementById(‘CFG’).value);

xxxInput.addEventListener(‘input’, updateValue);
yyyInput.addEventListener(‘input’, updateValue);

function updateValue() {
const roundedX = Math.floor(parseInt(xxxInput.value) / 8) * 8;
const roundedY = Math.floor(parseInt(yyyInput.value) / 8) * 8;

xxxInput.value = roundedX;
yyyInput.value = roundedY;
}

const requestBody = {
stride: ‘1’,
nerdcodes: genRanNum(),
inputs: inputTextArea.value,
parameters: {
guidance_scale: CFG,
negative_prompt: inputTextArea2.value,
width: roundedX,
height: roundedY
}
};

const requestPayload = JSON.stringify(requestBody);