easydiffusion/ui/media/js/dnd.js
Olivia Godone-Maresca a6dbdf664b Add Clip Skip to metadata files
Also, force the properties to be in a consistent order so that, for example, LoRA strength will always be the line below LoRA model. I've rearranged the properties so that they are saved in the same order that the properties are laid out in the UI
2023-05-19 19:05:32 -04:00

707 lines
24 KiB
JavaScript

"use strict" // Opt in to a restricted variant of JavaScript
const EXT_REGEX = /(?:\.([^.]+))?$/
const TEXT_EXTENSIONS = ["txt", "json"]
const IMAGE_EXTENSIONS = ["jpg", "jpeg", "png", "bmp", "tiff", "tif", "tga", "webp"]
function parseBoolean(stringValue) {
if (typeof stringValue === "boolean") {
return stringValue
}
if (typeof stringValue === "number") {
return stringValue !== 0
}
if (typeof stringValue !== "string") {
return false
}
switch (stringValue?.toLowerCase()?.trim()) {
case "true":
case "yes":
case "on":
case "1":
return true
case "false":
case "no":
case "off":
case "0":
case "none":
case null:
case undefined:
return false
}
try {
return Boolean(JSON.parse(stringValue))
} catch {
return Boolean(stringValue)
}
}
// keep in sync with `ui/easydiffusion/utils/save_utils.py`
const TASK_MAPPING = {
prompt: {
name: "Prompt",
setUI: (prompt) => {
promptField.value = prompt
},
readUI: () => promptField.value,
parse: (val) => val,
},
negative_prompt: {
name: "Negative Prompt",
setUI: (negative_prompt) => {
negativePromptField.value = negative_prompt
},
readUI: () => negativePromptField.value,
parse: (val) => val,
},
active_tags: {
name: "Image Modifiers",
setUI: (active_tags) => {
refreshModifiersState(active_tags)
},
readUI: () => activeTags.map((x) => x.name),
parse: (val) => val,
},
inactive_tags: {
name: "Inactive Image Modifiers",
setUI: (inactive_tags) => {
refreshInactiveTags(inactive_tags)
},
readUI: () => activeTags.filter((tag) => tag.inactive === true).map((x) => x.name),
parse: (val) => val,
},
width: {
name: "Width",
setUI: (width) => {
const oldVal = widthField.value
widthField.value = width
if (!widthField.value) {
widthField.value = oldVal
}
},
readUI: () => parseInt(widthField.value),
parse: (val) => parseInt(val),
},
height: {
name: "Height",
setUI: (height) => {
const oldVal = heightField.value
heightField.value = height
if (!heightField.value) {
heightField.value = oldVal
}
},
readUI: () => parseInt(heightField.value),
parse: (val) => parseInt(val),
},
seed: {
name: "Seed",
setUI: (seed) => {
if (!seed) {
randomSeedField.checked = true
seedField.disabled = true
seedField.value = 0
return
}
randomSeedField.checked = false
randomSeedField.dispatchEvent(new Event("change")) // let plugins know that the state of the random seed toggle changed
seedField.disabled = false
seedField.value = seed
},
readUI: () => parseInt(seedField.value), // just return the value the user is seeing in the UI
parse: (val) => parseInt(val),
},
num_inference_steps: {
name: "Steps",
setUI: (num_inference_steps) => {
numInferenceStepsField.value = num_inference_steps
},
readUI: () => parseInt(numInferenceStepsField.value),
parse: (val) => parseInt(val),
},
guidance_scale: {
name: "Guidance Scale",
setUI: (guidance_scale) => {
guidanceScaleField.value = guidance_scale
updateGuidanceScaleSlider()
},
readUI: () => parseFloat(guidanceScaleField.value),
parse: (val) => parseFloat(val),
},
prompt_strength: {
name: "Prompt Strength",
setUI: (prompt_strength) => {
promptStrengthField.value = prompt_strength
updatePromptStrengthSlider()
},
readUI: () => parseFloat(promptStrengthField.value),
parse: (val) => parseFloat(val),
},
init_image: {
name: "Initial Image",
setUI: (init_image) => {
initImagePreview.src = init_image
},
readUI: () => initImagePreview.src,
parse: (val) => val,
},
mask: {
name: "Mask",
setUI: (mask) => {
setTimeout(() => {
// add a delay to insure this happens AFTER the main image loads (which reloads the inpainter)
imageInpainter.setImg(mask)
}, 250)
maskSetting.checked = Boolean(mask)
},
readUI: () => (maskSetting.checked ? imageInpainter.getImg() : undefined),
parse: (val) => val,
},
preserve_init_image_color_profile: {
name: "Preserve Color Profile",
setUI: (preserve_init_image_color_profile) => {
applyColorCorrectionField.checked = parseBoolean(preserve_init_image_color_profile)
},
readUI: () => applyColorCorrectionField.checked,
parse: (val) => parseBoolean(val),
},
use_face_correction: {
name: "Use Face Correction",
setUI: (use_face_correction) => {
const oldVal = gfpganModelField.value
gfpganModelField.value = getModelPath(use_face_correction, [".pth"])
if (gfpganModelField.value) {
// Is a valid value for the field.
useFaceCorrectionField.checked = true
gfpganModelField.disabled = false
} else {
// Not a valid value, restore the old value and disable the filter.
gfpganModelField.disabled = true
gfpganModelField.value = oldVal
useFaceCorrectionField.checked = false
}
//useFaceCorrectionField.checked = parseBoolean(use_face_correction)
},
readUI: () => (useFaceCorrectionField.checked ? gfpganModelField.value : undefined),
parse: (val) => val,
},
use_upscale: {
name: "Use Upscaling",
setUI: (use_upscale) => {
const oldVal = upscaleModelField.value
upscaleModelField.value = getModelPath(use_upscale, [".pth"])
if (upscaleModelField.value) {
// Is a valid value for the field.
useUpscalingField.checked = true
upscaleModelField.disabled = false
upscaleAmountField.disabled = false
} else {
// Not a valid value, restore the old value and disable the filter.
upscaleModelField.disabled = true
upscaleAmountField.disabled = true
upscaleModelField.value = oldVal
useUpscalingField.checked = false
}
},
readUI: () => (useUpscalingField.checked ? upscaleModelField.value : undefined),
parse: (val) => val,
},
upscale_amount: {
name: "Upscale By",
setUI: (upscale_amount) => {
upscaleAmountField.value = upscale_amount
},
readUI: () => upscaleAmountField.value,
parse: (val) => val,
},
sampler_name: {
name: "Sampler",
setUI: (sampler_name) => {
samplerField.value = sampler_name
},
readUI: () => samplerField.value,
parse: (val) => val,
},
use_stable_diffusion_model: {
name: "Stable Diffusion model",
setUI: (use_stable_diffusion_model) => {
const oldVal = stableDiffusionModelField.value
use_stable_diffusion_model = getModelPath(use_stable_diffusion_model, [".ckpt", ".safetensors"])
stableDiffusionModelField.value = use_stable_diffusion_model
if (!stableDiffusionModelField.value) {
stableDiffusionModelField.value = oldVal
}
},
readUI: () => stableDiffusionModelField.value,
parse: (val) => val,
},
clip_skip: {
name: "Clip Skip",
setUI: (value) => {
clip_skip.checked = value
},
readUI: () => clip_skip.checked,
parse: (val) => Boolean(val),
},
use_vae_model: {
name: "VAE model",
setUI: (use_vae_model) => {
const oldVal = vaeModelField.value
use_vae_model =
use_vae_model === undefined || use_vae_model === null || use_vae_model === "None" ? "" : use_vae_model
if (use_vae_model !== "") {
use_vae_model = getModelPath(use_vae_model, [".vae.pt", ".ckpt"])
use_vae_model = use_vae_model !== "" ? use_vae_model : oldVal
}
vaeModelField.value = use_vae_model
},
readUI: () => vaeModelField.value,
parse: (val) => val,
},
use_lora_model: {
name: "LoRA model",
setUI: (use_lora_model) => {
const oldVal = loraModelField.value
use_lora_model =
use_lora_model === undefined || use_lora_model === null || use_lora_model === "None"
? ""
: use_lora_model
if (use_lora_model !== "") {
use_lora_model = getModelPath(use_lora_model, [".ckpt", ".safetensors"])
use_lora_model = use_lora_model !== "" ? use_lora_model : oldVal
}
loraModelField.value = use_lora_model
},
readUI: () => loraModelField.value,
parse: (val) => val,
},
lora_alpha: {
name: "LoRA Strength",
setUI: (lora_alpha) => {
loraAlphaField.value = lora_alpha
updateLoraAlphaSlider()
},
readUI: () => parseFloat(loraAlphaField.value),
parse: (val) => parseFloat(val),
},
use_hypernetwork_model: {
name: "Hypernetwork model",
setUI: (use_hypernetwork_model) => {
const oldVal = hypernetworkModelField.value
use_hypernetwork_model =
use_hypernetwork_model === undefined ||
use_hypernetwork_model === null ||
use_hypernetwork_model === "None"
? ""
: use_hypernetwork_model
if (use_hypernetwork_model !== "") {
use_hypernetwork_model = getModelPath(use_hypernetwork_model, [".pt"])
use_hypernetwork_model = use_hypernetwork_model !== "" ? use_hypernetwork_model : oldVal
}
hypernetworkModelField.value = use_hypernetwork_model
hypernetworkModelField.dispatchEvent(new Event("change"))
},
readUI: () => hypernetworkModelField.value,
parse: (val) => val,
},
hypernetwork_strength: {
name: "Hypernetwork Strength",
setUI: (hypernetwork_strength) => {
hypernetworkStrengthField.value = hypernetwork_strength
updateHypernetworkStrengthSlider()
},
readUI: () => parseFloat(hypernetworkStrengthField.value),
parse: (val) => parseFloat(val),
},
num_outputs: {
name: "Parallel Images",
setUI: (num_outputs) => {
numOutputsParallelField.value = num_outputs
},
readUI: () => parseInt(numOutputsParallelField.value),
parse: (val) => val,
},
use_cpu: {
name: "Use CPU",
setUI: (use_cpu) => {
useCPUField.checked = use_cpu
},
readUI: () => useCPUField.checked,
parse: (val) => val,
},
stream_image_progress: {
name: "Stream Image Progress",
setUI: (stream_image_progress) => {
streamImageProgressField.checked = parseInt(numOutputsTotalField.value) > 50 ? false : stream_image_progress
},
readUI: () => streamImageProgressField.checked,
parse: (val) => Boolean(val),
},
show_only_filtered_image: {
name: "Show only the corrected/upscaled image",
setUI: (show_only_filtered_image) => {
showOnlyFilteredImageField.checked = show_only_filtered_image
},
readUI: () => showOnlyFilteredImageField.checked,
parse: (val) => Boolean(val),
},
output_format: {
name: "Output Format",
setUI: (output_format) => {
outputFormatField.value = output_format
},
readUI: () => outputFormatField.value,
parse: (val) => val,
},
save_to_disk_path: {
name: "Save to disk path",
setUI: (save_to_disk_path) => {
saveToDiskField.checked = Boolean(save_to_disk_path)
diskPathField.value = save_to_disk_path
},
readUI: () => diskPathField.value,
parse: (val) => val,
},
}
function restoreTaskToUI(task, fieldsToSkip) {
fieldsToSkip = fieldsToSkip || []
if ("numOutputsTotal" in task) {
numOutputsTotalField.value = task.numOutputsTotal
}
if ("seed" in task) {
randomSeedField.checked = false
seedField.value = task.seed
}
if (!("reqBody" in task)) {
return
}
for (const key in TASK_MAPPING) {
if (key in task.reqBody && !fieldsToSkip.includes(key)) {
TASK_MAPPING[key].setUI(task.reqBody[key])
}
}
// properly reset fields not present in the task
if (!("use_hypernetwork_model" in task.reqBody)) {
hypernetworkModelField.value = ""
hypernetworkModelField.dispatchEvent(new Event("change"))
}
if (!("use_lora_model" in task.reqBody)) {
loraModelField.value = ""
loraModelField.dispatchEvent(new Event("change"))
}
// restore the original prompt if provided (e.g. use settings), fallback to prompt as needed (e.g. copy/paste or d&d)
promptField.value = task.reqBody.original_prompt
if (!("original_prompt" in task.reqBody)) {
promptField.value = task.reqBody.prompt
}
// properly reset checkboxes
if (!("use_face_correction" in task.reqBody)) {
useFaceCorrectionField.checked = false
gfpganModelField.disabled = true
}
if (!("use_upscale" in task.reqBody)) {
useUpscalingField.checked = false
}
if (!("mask" in task.reqBody) && maskSetting.checked) {
maskSetting.checked = false
maskSetting.dispatchEvent(new Event("click"))
}
upscaleModelField.disabled = !useUpscalingField.checked
upscaleAmountField.disabled = !useUpscalingField.checked
// hide/show source picture as needed
if (IMAGE_REGEX.test(initImagePreview.src) && task.reqBody.init_image == undefined) {
// hide source image
initImageClearBtn.dispatchEvent(new Event("click"))
} else if (task.reqBody.init_image !== undefined) {
// listen for inpainter loading event, which happens AFTER the main image loads (which reloads the inpainter)
initImagePreview.addEventListener(
"load",
function() {
if (Boolean(task.reqBody.mask)) {
imageInpainter.setImg(task.reqBody.mask)
maskSetting.checked = true
}
},
{ once: true }
)
initImagePreview.src = task.reqBody.init_image
}
}
function readUI() {
const reqBody = {}
for (const key in TASK_MAPPING) {
reqBody[key] = TASK_MAPPING[key].readUI()
}
return {
numOutputsTotal: parseInt(numOutputsTotalField.value),
seed: TASK_MAPPING["seed"].readUI(),
reqBody: reqBody,
}
}
function getModelPath(filename, extensions) {
if (typeof filename !== "string") {
return
}
let pathIdx
if (filename.includes("/models/stable-diffusion/")) {
pathIdx = filename.indexOf("/models/stable-diffusion/") + 25 // Linux, Mac paths
} else if (filename.includes("\\models\\stable-diffusion\\")) {
pathIdx = filename.indexOf("\\models\\stable-diffusion\\") + 25 // Linux, Mac paths
}
if (pathIdx >= 0) {
filename = filename.slice(pathIdx)
}
extensions.forEach((ext) => {
if (filename.endsWith(ext)) {
filename = filename.slice(0, filename.length - ext.length)
}
})
return filename
}
const TASK_TEXT_MAPPING = {
prompt: "Prompt",
width: "Width",
height: "Height",
seed: "Seed",
num_inference_steps: "Steps",
guidance_scale: "Guidance Scale",
prompt_strength: "Prompt Strength",
use_face_correction: "Use Face Correction",
use_upscale: "Use Upscaling",
upscale_amount: "Upscale By",
sampler_name: "Sampler",
negative_prompt: "Negative Prompt",
use_stable_diffusion_model: "Stable Diffusion model",
use_hypernetwork_model: "Hypernetwork model",
hypernetwork_strength: "Hypernetwork Strength",
}
function parseTaskFromText(str) {
const taskReqBody = {}
const lines = str.split("\n")
if (lines.length === 0) {
return
}
// Prompt
let knownKeyOnFirstLine = false
for (let key in TASK_TEXT_MAPPING) {
if (lines[0].startsWith(TASK_TEXT_MAPPING[key] + ":")) {
knownKeyOnFirstLine = true
break
}
}
if (!knownKeyOnFirstLine) {
taskReqBody.prompt = lines[0]
console.log("Prompt:", taskReqBody.prompt)
}
for (const key in TASK_TEXT_MAPPING) {
if (key in taskReqBody) {
continue
}
const name = TASK_TEXT_MAPPING[key]
let val = undefined
const reName = new RegExp(`${name}\\ *:\\ *(.*)(?:\\r\\n|\\r|\\n)*`, "igm")
const match = reName.exec(str)
if (match) {
str = str.slice(0, match.index) + str.slice(match.index + match[0].length)
val = match[1]
}
if (val !== undefined) {
taskReqBody[key] = TASK_MAPPING[key].parse(val.trim())
console.log(TASK_MAPPING[key].name + ":", taskReqBody[key])
if (!str) {
break
}
}
}
if (Object.keys(taskReqBody).length <= 0) {
return undefined
}
const task = { reqBody: taskReqBody }
if ("seed" in taskReqBody) {
task.seed = taskReqBody.seed
}
return task
}
async function parseContent(text) {
text = text.trim()
if (text.startsWith("{") && text.endsWith("}")) {
try {
const task = JSON.parse(text)
if (!("reqBody" in task)) {
// support the format saved to the disk, by the UI
task.reqBody = Object.assign({}, task)
}
restoreTaskToUI(task)
return true
} catch (e) {
console.warn(`JSON text content couldn't be parsed.`, e)
}
return false
}
// Normal txt file.
const task = parseTaskFromText(text)
if (text.toLowerCase().includes("seed:") && task) {
// only parse valid task content
restoreTaskToUI(task)
return true
} else {
console.warn(`Raw text content couldn't be parsed.`)
promptField.value = text
return false
}
}
async function readFile(file, i) {
console.log(`Event %o reading file[${i}]:${file.name}...`)
const fileContent = (await file.text()).trim()
return await parseContent(fileContent)
}
function dropHandler(ev) {
console.log("Content dropped...")
let items = []
if (ev?.dataTransfer?.items) {
// Use DataTransferItemList interface
items = Array.from(ev.dataTransfer.items)
items = items.filter((item) => item.kind === "file")
items = items.map((item) => item.getAsFile())
} else if (ev?.dataTransfer?.files) {
// Use DataTransfer interface
items = Array.from(ev.dataTransfer.files)
}
items.forEach((item) => {
item.file_ext = EXT_REGEX.exec(item.name.toLowerCase())[1]
})
let text_items = items.filter((item) => TEXT_EXTENSIONS.includes(item.file_ext))
let image_items = items.filter((item) => IMAGE_EXTENSIONS.includes(item.file_ext))
if (image_items.length > 0 && ev.target == initImageSelector) {
return // let the event bubble up, so that the Init Image filepicker can receive this
}
ev.preventDefault() // Prevent default behavior (Prevent file/content from being opened)
text_items.forEach(readFile)
}
function dragOverHandler(ev) {
console.log("Content in drop zone")
// Prevent default behavior (Prevent file/content from being opened)
ev.preventDefault()
ev.dataTransfer.dropEffect = "copy"
let img = new Image()
img.src = "//" + location.host + "/media/images/favicon-32x32.png"
ev.dataTransfer.setDragImage(img, 16, 16)
}
document.addEventListener("drop", dropHandler)
document.addEventListener("dragover", dragOverHandler)
const TASK_REQ_NO_EXPORT = ["use_cpu", "save_to_disk_path"]
const resetSettings = document.getElementById("reset-image-settings")
function checkReadTextClipboardPermission(result) {
if (result.state != "granted" && result.state != "prompt") {
return
}
// PASTE ICON
const pasteIcon = document.createElement("i")
pasteIcon.className = "fa-solid fa-paste section-button"
pasteIcon.innerHTML = `<span class="simple-tooltip top-left">Paste Image Settings</span>`
pasteIcon.addEventListener("click", async (event) => {
event.stopPropagation()
// Add css class 'active'
pasteIcon.classList.add("active")
// In 350 ms remove the 'active' class
asyncDelay(350).then(() => pasteIcon.classList.remove("active"))
// Retrieve clipboard content and try to parse it
const text = await navigator.clipboard.readText()
await parseContent(text)
})
resetSettings.parentNode.insertBefore(pasteIcon, resetSettings)
}
navigator.permissions
.query({ name: "clipboard-read" })
.then(checkReadTextClipboardPermission, (reason) => console.log("clipboard-read is not available. %o", reason))
document.addEventListener("paste", async (event) => {
if (event.target) {
const targetTag = event.target.tagName.toLowerCase()
// Disable when targeting input elements.
if (targetTag === "input" || targetTag === "textarea") {
return
}
}
const paste = (event.clipboardData || window.clipboardData).getData("text")
const selection = window.getSelection()
if (paste != "" && selection.toString().trim().length <= 0 && (await parseContent(paste))) {
event.preventDefault()
return
}
})
// Adds a copy and a paste icon if the browser grants permission to write to clipboard.
function checkWriteToClipboardPermission(result) {
if (result.state != "granted" && result.state != "prompt") {
return
}
// COPY ICON
const copyIcon = document.createElement("i")
copyIcon.className = "fa-solid fa-clipboard section-button"
copyIcon.innerHTML = `<span class="simple-tooltip top-left">Copy Image Settings</span>`
copyIcon.addEventListener("click", (event) => {
event.stopPropagation()
// Add css class 'active'
copyIcon.classList.add("active")
// In 350 ms remove the 'active' class
asyncDelay(350).then(() => copyIcon.classList.remove("active"))
const uiState = readUI()
TASK_REQ_NO_EXPORT.forEach((key) => delete uiState.reqBody[key])
if (uiState.reqBody.init_image && !IMAGE_REGEX.test(uiState.reqBody.init_image)) {
delete uiState.reqBody.init_image
delete uiState.reqBody.prompt_strength
}
navigator.clipboard.writeText(JSON.stringify(uiState, undefined, 4))
})
resetSettings.parentNode.insertBefore(copyIcon, resetSettings)
}
// Determine which access we have to the clipboard. Clipboard access is only available on localhost or via TLS.
navigator.permissions.query({ name: "clipboard-write" }).then(checkWriteToClipboardPermission, (e) => {
if (e instanceof TypeError && typeof navigator?.clipboard?.writeText === "function") {
// Fix for firefox https://bugzilla.mozilla.org/show_bug.cgi?id=1560373
checkWriteToClipboardPermission({ state: "granted" })
}
})