brushcue
Brushcue — Python bindings for the BrushCue image editing application.
Every function in this module returns a Graph node. Nodes are
composable: pass the return value of one function as an argument to another
to build a computation graph. Nothing is evaluated until you call
Graph.execute().
Installation
pip install brushcue
Quickstart
import brushcue
ctx = brushcue.Context()
image = brushcue.load_composition("photo.png")
grayscale = brushcue.composition_grayscale(image)
result = grayscale.execute(ctx)
output_bytes = result.as_composition().to_image_bytes(ctx)
with open("output.png", "wb") as f:
f.write(bytes(output_bytes))
Core Types
Examples
- Add Frame
- Adjust Channels
- Blue Channel
- Box Blur
- Brightness Adjust
- Brightness Contrast Adjust
- Camera Moving Distortion
- Chroma Offset
- Coachella Aesthetic
- Color Invert
- Color Rectangle
- Color Threshold
- Contrast Adjust
- Convert To Bt 709
- Convert To Display P3
- Convert To Srgb
- Darken
- Desert Mirage Filter
- Duotone Effect
- Exposure Adjust
- Film Grain
- Film Noir
- Gaussian Blur
- Glitch Filter Animation
- Grayscale
- Green Channel
- Halftone
- High Contrast Grayscale
- Horizontal Mirror
- Image To Square With Blur
- Image To Video
- Kaleidoscope
- Kelvin Tuner
- Lighten
- Lightness Threshold
- Linear Transform
- Liquify
- Median Filter
- Oval
- Pixelate Reveal Animation
- Pixelate
- Red Channel
- Rgb Color Mix Aesthetic
- Rgb Color Shift
- Rose Tint
- Rotate 180
- Rotate 90 Clockwise
- Rotate 90 Counter Clockwise
- Saturation Adjust
- Scale By Factor
- Sepia
- Shadow Tint
- Sharpen
- Shredder
- Sobel Edge Detection
- Solarize
- Sparkle Vignette
- Spinning Reveal Animation
- Swirl
- Vertical Mirror
- Vibrancy
- Vignette
- Warmth Adjust
- Zoom Blur
1# (c) Dito Technologies LLC. Auto-generated. Do not modify directly. 2# hash: 6b48f6d978de937d5a15e68d2c86517bbc555b1bf2073121958ed20acfd84520 3# generated from templates/py_brushcue_init.jinja 4 5""" 6Brushcue — Python bindings for the BrushCue image editing application. 7 8Every function in this module returns a :class:`Graph` node. Nodes are 9composable: pass the return value of one function as an argument to another 10to build a computation graph. Nothing is evaluated until you call 11:meth:`Graph.execute`. 12 13## Installation 14 15```bash 16pip install brushcue 17``` 18 19## Quickstart 20 21```python 22import brushcue 23 24ctx = brushcue.Context() 25 26image = brushcue.load_composition("photo.png") 27grayscale = brushcue.composition_grayscale(image) 28 29result = grayscale.execute(ctx) 30output_bytes = result.as_composition().to_image_bytes(ctx) 31 32with open("output.png", "wb") as f: 33 f.write(bytes(output_bytes)) 34``` 35 36## Core Types 37 38- :class:`Context` — GPU/async execution context. Create one per process. 39- :class:`Graph` — A node in the computation graph. 40- :class:`Project` — A collection of graphs that can be serialized/deserialized. 41- :class:`Type` — The result of executing a graph node. 42""" 43 44from ._py import * # noqa: F401, F403 45from .input_parsers import * 46 47def byte_list_constant(value) -> Graph: 48 return byte_list_constant_internal(value) 49 50def int_constant(value) -> Graph: 51 return int_constant_internal(int(value)) 52 53def float_constant(value) -> Graph: 54 return float_constant_internal(float(value)) 55 56def string_constant(value: str) -> Graph: 57 return string_constant_internal(value) 58 59def bool_constant(value: bool) -> Graph: 60 return bool_constant_internal(value) 61 62def r_g_b_a_color_constant(r: float, g: float, b: float, a: float): 63 return r_g_b_a_color_constant_internal(r, g, b, a) 64 65def r_g_b_color_constant(r: float, g: float, b: float): 66 return r_g_b_color_constant_internal(r, g, b) 67 68def vector_2i_constant(x: int, y: int) -> Graph: 69 return vector2i_constant_internal(x, y) 70 71def vector2f_constant(x: float, y: float) -> Graph: 72 return vector2f_constant_internal(x, y) 73 74 75def abs(number) -> Graph: 76 """Absolute Value 77 78 Returns the absolute value of a float 79 80 Args: 81 number: Graph of Float 82 83 84 Returns: 85 Graph: A graph node producing a Float. 86 """ 87 number_parsed = parse_float_graph(number) 88 return abs_internal(number_parsed) 89 90def and_(bool1, bool2) -> Graph: 91 """And 92 93 Returns true if both inputs are true. 94 95 Args: 96 the first bool: Graph of Bool 97 The second bool: Graph of Bool 98 99 100 Returns: 101 Graph: A graph node producing a Bool. 102 """ 103 bool1_parsed = parse_bool_graph(bool1) 104 bool2_parsed = parse_bool_graph(bool2) 105 return and_internal(bool1_parsed, bool2_parsed) 106 107def bool_add_to_dictionary(dictionary, key, value) -> Graph: 108 """Bool Add To Dictionary 109 110 Adds a Bool to a Dictionary 111 112 Args: 113 dictionary: Graph of Dictionary 114 key: Graph of String 115 value: Graph of Bool 116 117 118 Returns: 119 Graph: A graph node producing a Dictionary. 120 """ 121 dictionary_parsed = parse_graph(dictionary) 122 key_parsed = parse_string_graph(key) 123 value_parsed = parse_bool_graph(value) 124 return bool_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed) 125 126def bool_if(bool, input_1, input_2) -> Graph: 127 """Bool If 128 129 If the boolean is true returns input 1, otherwise input 2. Type: Bool 130 131 Args: 132 bool: Graph of Bool 133 input 1: Graph of Bool 134 input 2: Graph of Bool 135 136 137 Returns: 138 Graph: A graph node producing a Bool. 139 """ 140 bool_parsed = parse_bool_graph(bool) 141 input_1_parsed = parse_bool_graph(input_1) 142 input_2_parsed = parse_bool_graph(input_2) 143 return bool_if_internal(bool_parsed, input_1_parsed, input_2_parsed) 144 145def bounds2f_from_x_y_width_height(x, y, width, height) -> Graph: 146 """Bounds 2D Float from X, Y, Width & Height 147 148 Creates the bounds of a 2D float region from its X, Y, Width and Height. 149 150 Args: 151 x: Graph of Float 152 y: Graph of Float 153 width: Graph of Float 154 height: Graph of Float 155 156 157 Returns: 158 Graph: A graph node producing a Bounds2f. 159 """ 160 x_parsed = parse_float_graph(x) 161 y_parsed = parse_float_graph(y) 162 width_parsed = parse_float_graph(width) 163 height_parsed = parse_float_graph(height) 164 return bounds2f_from_x_y_width_height_internal(x_parsed, y_parsed, width_parsed, height_parsed) 165 166def bounds2i_from_x_y_width_height(x, y, width, height) -> Graph: 167 """Bounds 2D Int from X, Y, Width & Height 168 169 Creates the bounds of a 2D array from its X, Y, Width and Height. 170 171 Args: 172 x: Graph of Int 173 y: Graph of Int 174 width: Graph of Int 175 height: Graph of Int 176 177 178 Returns: 179 Graph: A graph node producing a Bounds2i. 180 """ 181 x_parsed = parse_int_graph(x) 182 y_parsed = parse_int_graph(y) 183 width_parsed = parse_int_graph(width) 184 height_parsed = parse_int_graph(height) 185 return bounds2i_from_x_y_width_height_internal(x_parsed, y_parsed, width_parsed, height_parsed) 186 187def brush_solid(color, radius) -> Graph: 188 """Brush Solid 189 190 Creates a brush with a color and radius. Will stroke with the solid color. 191 192 Args: 193 color: Graph of RGBAColor 194 radius: Graph of Float 195 196 197 Returns: 198 Graph: A graph node producing a Brush. 199 """ 200 color_parsed = parse_graph(color) 201 radius_parsed = parse_float_graph(radius) 202 return brush_solid_internal(color_parsed, radius_parsed) 203 204def byte_list_from_u_r_l(url) -> Graph: 205 """Byte List from URL 206 207 Given a URL. Performs a GET request and downloads the result as bytes. 208 209 Args: 210 url: Graph of String 211 212 213 Returns: 214 Graph: A graph node producing a ByteList. 215 """ 216 url_parsed = parse_string_graph(url) 217 return byte_list_from_u_r_l_internal(url_parsed) 218 219def color_profile_b_t709() -> Graph: 220 """Color Profile BT.709 221 222 Creates a BT.709 Color Profile 223 224 Returns: 225 Graph: A graph node producing a ColorProfile. 226 """ 227 return color_profile_b_t709_internal() 228 229def color_profile_ok_lab_a() -> Graph: 230 """Color Profile OkLabA 231 232 Creates an OkLabA color profile. OkLab with also an alpha component. 233 234 Returns: 235 Graph: A graph node producing a ColorProfile. 236 """ 237 return color_profile_ok_lab_a_internal() 238 239def color_profile_p3() -> Graph: 240 """Color Profile P3 241 242 Creates a P3 Color Profile 243 244 Returns: 245 Graph: A graph node producing a ColorProfile. 246 """ 247 return color_profile_p3_internal() 248 249def color_profile_p_n_g_s_r_g_b() -> Graph: 250 """Color Profile PNG sRGB 251 252 Creates a color profile that is the same one as PNG sRGB. 253 254 Returns: 255 Graph: A graph node producing a ColorProfile. 256 """ 257 return color_profile_p_n_g_s_r_g_b_internal() 258 259def color_profile_s_r_g_b() -> Graph: 260 """Color Profile sRGB 261 262 Creates an sRGB Color Profile 263 264 Returns: 265 Graph: A graph node producing a ColorProfile. 266 """ 267 return color_profile_s_r_g_b_internal() 268 269def composition_absolute_value(image) -> Graph: 270 """Composition Absolute Value 271 272 Takes the absolute value of all the pixels in the image. 273 274 Args: 275 image: Graph of Composition 276 277 278 Returns: 279 Graph: A graph node producing a Composition. 280 """ 281 image_parsed = parse_graph(image) 282 return composition_absolute_value_internal(image_parsed) 283 284def composition_bilinear_interpolation(composition, size) -> Graph: 285 """Composition Scale Bilinear Interpolation 286 287 Uses the bilinear interpolation algorithm to scale an image recipe 288 289 Args: 290 composition: Graph of Composition 291 size: Graph of Vector2i 292 293 294 Returns: 295 Graph: A graph node producing a Composition. 296 """ 297 composition_parsed = parse_graph(composition) 298 size_parsed = parse_graph(size) 299 return composition_bilinear_interpolation_internal(composition_parsed, size_parsed) 300 301def composition_blend_add(foreground, background, foreground_transform) -> Graph: 302 """Composition Blend Add 303 304 Adds the foreground and background images together using additive blending. 305 306 Args: 307 foreground: Graph of Composition 308 background: Graph of Composition 309 foreground transform: Graph of Transform2 310 311 312 Returns: 313 Graph: A graph node producing a Composition. 314 """ 315 foreground_parsed = parse_graph(foreground) 316 background_parsed = parse_graph(background) 317 foreground_transform_parsed = parse_graph(foreground_transform) 318 return composition_blend_add_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 319 320def composition_blend_add_with_ok_lab(foreground, background, foreground_transform) -> Graph: 321 """Composition Blend Add with OkLab 322 323 Adds the foreground and background images together using additive blending in OkLab color space. 324 325 Args: 326 foreground: Graph of Composition 327 background: Graph of Composition 328 foreground transform: Graph of Transform2 329 330 331 Returns: 332 Graph: A graph node producing a Composition. 333 """ 334 foreground_parsed = parse_graph(foreground) 335 background_parsed = parse_graph(background) 336 foreground_transform_parsed = parse_graph(foreground_transform) 337 return composition_blend_add_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 338 339def composition_blend_alpha(foreground, background, foreground_transform) -> Graph: 340 """Composition Blend Alpha 341 342 Blends between the foreground and background using the alpha component of the foreground. 1 is foreground. 0 is background. 343 344 Args: 345 foreground: Graph of Composition 346 background: Graph of Composition 347 foreground transform: Graph of Transform2 348 349 350 Returns: 351 Graph: A graph node producing a Composition. 352 """ 353 foreground_parsed = parse_graph(foreground) 354 background_parsed = parse_graph(background) 355 foreground_transform_parsed = parse_graph(foreground_transform) 356 return composition_blend_alpha_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 357 358def composition_blend_alpha_with_ok_lab(foreground, background, foreground_transform) -> Graph: 359 """Composition Blend Alpha with OkLab 360 361 Blends between the foreground and background using the alpha component of the foreground in OkLab color space. 1 is foreground. 0 is background. 362 363 Args: 364 foreground: Graph of Composition 365 background: Graph of Composition 366 foreground transform: Graph of Transform2 367 368 369 Returns: 370 Graph: A graph node producing a Composition. 371 """ 372 foreground_parsed = parse_graph(foreground) 373 background_parsed = parse_graph(background) 374 foreground_transform_parsed = parse_graph(foreground_transform) 375 return composition_blend_alpha_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 376 377def composition_blend_divide(foreground, background, foreground_transform) -> Graph: 378 """Composition Blend Divide 379 380 Divides the background image by the foreground image using division blending. 381 382 Args: 383 foreground: Graph of Composition 384 background: Graph of Composition 385 foreground transform: Graph of Transform2 386 387 388 Returns: 389 Graph: A graph node producing a Composition. 390 """ 391 foreground_parsed = parse_graph(foreground) 392 background_parsed = parse_graph(background) 393 foreground_transform_parsed = parse_graph(foreground_transform) 394 return composition_blend_divide_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 395 396def composition_blend_divide_with_ok_lab(foreground, background, foreground_transform) -> Graph: 397 """Composition Blend Divide with OkLab 398 399 Divides the background image by the foreground image using division blending in OkLab color space. 400 401 Args: 402 foreground: Graph of Composition 403 background: Graph of Composition 404 foreground transform: Graph of Transform2 405 406 407 Returns: 408 Graph: A graph node producing a Composition. 409 """ 410 foreground_parsed = parse_graph(foreground) 411 background_parsed = parse_graph(background) 412 foreground_transform_parsed = parse_graph(foreground_transform) 413 return composition_blend_divide_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 414 415def composition_blend_max(foreground, background, foreground_transform) -> Graph: 416 """Composition Blend Max 417 418 Blends the foreground and background images using maximum value blending. 419 420 Args: 421 foreground: Graph of Composition 422 background: Graph of Composition 423 foreground transform: Graph of Transform2 424 425 426 Returns: 427 Graph: A graph node producing a Composition. 428 """ 429 foreground_parsed = parse_graph(foreground) 430 background_parsed = parse_graph(background) 431 foreground_transform_parsed = parse_graph(foreground_transform) 432 return composition_blend_max_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 433 434def composition_blend_max_with_ok_lab(foreground, background, foreground_transform) -> Graph: 435 """Composition Blend Max with OkLab 436 437 Blends the foreground and background images using maximum value blending in OkLab color space. 438 439 Args: 440 foreground: Graph of Composition 441 background: Graph of Composition 442 foreground transform: Graph of Transform2 443 444 445 Returns: 446 Graph: A graph node producing a Composition. 447 """ 448 foreground_parsed = parse_graph(foreground) 449 background_parsed = parse_graph(background) 450 foreground_transform_parsed = parse_graph(foreground_transform) 451 return composition_blend_max_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 452 453def composition_blend_min(foreground, background, foreground_transform) -> Graph: 454 """Composition Blend Min 455 456 Blends the foreground and background images using minimum blending, taking the minimum value for each pixel. 457 458 Args: 459 foreground: Graph of Composition 460 background: Graph of Composition 461 foreground transform: Graph of Transform2 462 463 464 Returns: 465 Graph: A graph node producing a Composition. 466 """ 467 foreground_parsed = parse_graph(foreground) 468 background_parsed = parse_graph(background) 469 foreground_transform_parsed = parse_graph(foreground_transform) 470 return composition_blend_min_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 471 472def composition_blend_min_with_ok_lab(foreground, background, foreground_transform) -> Graph: 473 """Composition Blend Min with OkLab 474 475 Blends the foreground and background images using minimum blending in OkLab color space, taking the minimum value for each pixel. 476 477 Args: 478 foreground: Graph of Composition 479 background: Graph of Composition 480 foreground transform: Graph of Transform2 481 482 483 Returns: 484 Graph: A graph node producing a Composition. 485 """ 486 foreground_parsed = parse_graph(foreground) 487 background_parsed = parse_graph(background) 488 foreground_transform_parsed = parse_graph(foreground_transform) 489 return composition_blend_min_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 490 491def composition_blend_multiply(foreground, background, foreground_transform) -> Graph: 492 """Composition Blend Multiply 493 494 Multiplies the foreground and background images together using multiply blending. 495 496 Args: 497 foreground: Graph of Composition 498 background: Graph of Composition 499 foreground transform: Graph of Transform2 500 501 502 Returns: 503 Graph: A graph node producing a Composition. 504 """ 505 foreground_parsed = parse_graph(foreground) 506 background_parsed = parse_graph(background) 507 foreground_transform_parsed = parse_graph(foreground_transform) 508 return composition_blend_multiply_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 509 510def composition_blend_multiply_with_ok_lab(foreground, background, foreground_transform) -> Graph: 511 """Composition Blend Multiply with OkLab 512 513 Multiplies the foreground and background images together using multiply blending in OkLab color space. 514 515 Args: 516 foreground: Graph of Composition 517 background: Graph of Composition 518 foreground transform: Graph of Transform2 519 520 521 Returns: 522 Graph: A graph node producing a Composition. 523 """ 524 foreground_parsed = parse_graph(foreground) 525 background_parsed = parse_graph(background) 526 foreground_transform_parsed = parse_graph(foreground_transform) 527 return composition_blend_multiply_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 528 529def composition_blend_subtract(foreground, background, foreground_transform) -> Graph: 530 """Composition Blend Subtract 531 532 Subtracts the foreground image from the background image using subtractive blending. 533 534 Args: 535 foreground: Graph of Composition 536 background: Graph of Composition 537 foreground transform: Graph of Transform2 538 539 540 Returns: 541 Graph: A graph node producing a Composition. 542 """ 543 foreground_parsed = parse_graph(foreground) 544 background_parsed = parse_graph(background) 545 foreground_transform_parsed = parse_graph(foreground_transform) 546 return composition_blend_subtract_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 547 548def composition_blend_subtract_with_ok_lab(foreground, background, foreground_transform) -> Graph: 549 """Composition Blend Subtract with OkLab 550 551 Subtracts the foreground image from the background image using subtractive blending in OkLab color space. 552 553 Args: 554 foreground: Graph of Composition 555 background: Graph of Composition 556 foreground transform: Graph of Transform2 557 558 559 Returns: 560 Graph: A graph node producing a Composition. 561 """ 562 foreground_parsed = parse_graph(foreground) 563 background_parsed = parse_graph(background) 564 foreground_transform_parsed = parse_graph(foreground_transform) 565 return composition_blend_subtract_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed) 566 567def composition_blend_with_factor(foreground, background, factor) -> Graph: 568 """Composition Blend with Factor 569 570 Blends the foreground and background compositions together using a factor. Internally, this modifies the alpha of the foreground by multiplying by the factor on the alpha component and then performing an alpha blend. 571 572 Args: 573 foreground: Graph of Composition 574 background: Graph of Composition 575 factor: Graph of Composition 576 577 578 Returns: 579 Graph: A graph node producing a Composition. 580 """ 581 foreground_parsed = parse_graph(foreground) 582 background_parsed = parse_graph(background) 583 factor_parsed = parse_graph(factor) 584 return composition_blend_with_factor_internal(foreground_parsed, background_parsed, factor_parsed) 585 586def composition_blend_with_mask(foreground, background, mask) -> Graph: 587 """Composition Blend with Mask 588 589 Given a mask. Blends between the foreground and background using the r component of the mask. 1 is foreground. 0 is background. 590 591 Args: 592 foreground: Graph of Composition 593 background: Graph of Composition 594 mask: Graph of Composition 595 596 597 Returns: 598 Graph: A graph node producing a Composition. 599 """ 600 foreground_parsed = parse_graph(foreground) 601 background_parsed = parse_graph(background) 602 mask_parsed = parse_graph(mask) 603 return composition_blend_with_mask_internal(foreground_parsed, background_parsed, mask_parsed) 604 605def composition_box_blur(composition, dimension) -> Graph: 606 """Composition Box Blur 607 608 Applies a box blur to an image. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on. 609 610 Args: 611 composition: Graph of Composition 612 dimension: Graph of Int 613 614 615 Returns: 616 Graph: A graph node producing a Composition. 617 """ 618 composition_parsed = parse_graph(composition) 619 dimension_parsed = parse_int_graph(dimension) 620 return composition_box_blur_internal(composition_parsed, dimension_parsed) 621 622def composition_box_blur_with_ok_lab(composition, dimension) -> Graph: 623 """Composition Box Blur with OkLab 624 625 Applies a box blur to an image in OkLab color space. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on. 626 627 Args: 628 composition: Graph of Composition 629 dimension: Graph of Int 630 631 632 Returns: 633 Graph: A graph node producing a Composition. 634 """ 635 composition_parsed = parse_graph(composition) 636 dimension_parsed = parse_int_graph(dimension) 637 return composition_box_blur_with_ok_lab_internal(composition_parsed, dimension_parsed) 638 639def composition_brightness_adjust(composition, scale) -> Graph: 640 """Composition Brightness Adjust 641 642 Adjusts the brightness of an image by a given factor. Internally, works by modifying the L component of OkLab by multiplying it by the scale. 643 644 Args: 645 composition: Graph of Composition 646 scale: Graph of Float 647 648 649 Returns: 650 Graph: A graph node producing a Composition. 651 """ 652 composition_parsed = parse_graph(composition) 653 scale_parsed = parse_float_graph(scale) 654 return composition_brightness_adjust_internal(composition_parsed, scale_parsed) 655 656def composition_chroma_offset(composition, offset) -> Graph: 657 """Composition Chroma Offset 658 659 Applies a chroma offset to an image. This is done by modifying the a and b components of OkLab. For the vector, X applies to a, Y to to b. 660 661 Args: 662 composition: Graph of Composition 663 offset: Graph of Vector2f 664 665 666 Returns: 667 Graph: A graph node producing a Composition. 668 """ 669 composition_parsed = parse_graph(composition) 670 offset_parsed = parse_graph(offset) 671 return composition_chroma_offset_internal(composition_parsed, offset_parsed) 672 673def composition_color_convert(composition, color_profile) -> Graph: 674 """Composition Color Convert 675 676 Converts a Composition from one color space to another. 677 678 Args: 679 composition: Graph of Composition 680 color profile: Graph of ColorProfile 681 682 683 Returns: 684 Graph: A graph node producing a Composition. 685 """ 686 composition_parsed = parse_graph(composition) 687 color_profile_parsed = parse_graph(color_profile) 688 return composition_color_convert_internal(composition_parsed, color_profile_parsed) 689 690def composition_color_invert(composition) -> Graph: 691 """Composition Color Invert 692 693 Applies a color invert operation to a Composition. Taking 1 and subtracting each RGB operation against it. 694 695 Args: 696 composition: Graph of Composition 697 698 699 Returns: 700 Graph: A graph node producing a Composition. 701 """ 702 composition_parsed = parse_graph(composition) 703 return composition_color_invert_internal(composition_parsed) 704 705def composition_color_profile(composition) -> Graph: 706 """Composition Color Profile 707 708 Gets the color profile associated with a Composition 709 710 Args: 711 composition: Graph of Composition 712 713 714 Returns: 715 Graph: A graph node producing a ColorProfile. 716 """ 717 composition_parsed = parse_graph(composition) 718 return composition_color_profile_internal(composition_parsed) 719 720def composition_color_rect(color, color_profile, size) -> Graph: 721 """Composition Color Rect 722 723 Given a color and it's color proile. Creates a rectangle Composition of that color. 724 725 Args: 726 color: Graph of RGBAColor 727 color profile: Graph of ColorProfile 728 size: Graph of Vector2i 729 730 731 Returns: 732 Graph: A graph node producing a Composition. 733 """ 734 color_parsed = parse_graph(color) 735 color_profile_parsed = parse_graph(color_profile) 736 size_parsed = parse_graph(size) 737 return composition_color_rect_internal(color_parsed, color_profile_parsed, size_parsed) 738 739def composition_color_threshold(composition, threshold) -> Graph: 740 """Composition Color Threshold 741 742 Applies a color threshold to a Composition 743 744 Args: 745 composition: Graph of Composition 746 threshold: Graph of Float 747 748 749 Returns: 750 Graph: A graph node producing a Composition. 751 """ 752 composition_parsed = parse_graph(composition) 753 threshold_parsed = parse_float_graph(threshold) 754 return composition_color_threshold_internal(composition_parsed, threshold_parsed) 755 756def composition_contrast_adjustment(composition, contrast) -> Graph: 757 """Composition Contrast Adjustment 758 759 Adjusts the contrast of a Composition 760 761 Args: 762 composition: Graph of Composition 763 contrast: Graph of Float 764 765 766 Returns: 767 Graph: A graph node producing a Composition. 768 """ 769 composition_parsed = parse_graph(composition) 770 contrast_parsed = parse_float_graph(contrast) 771 return composition_contrast_adjustment_internal(composition_parsed, contrast_parsed) 772 773def composition_convolution(composition, kernel, kernel_width, kernel_height) -> Graph: 774 """Composition Convolution 775 776 Performs a convolution on an composition 777 778 Args: 779 The image to perform the convolution on: Graph of Composition 780 kernel: Graph of FloatList 781 kernel width: Graph of Int 782 kernel height: Graph of Int 783 784 785 Returns: 786 Graph: A graph node producing a Composition. 787 """ 788 composition_parsed = parse_graph(composition) 789 kernel_parsed = parse_graph(kernel) 790 kernel_width_parsed = parse_int_graph(kernel_width) 791 kernel_height_parsed = parse_int_graph(kernel_height) 792 return composition_convolution_internal(composition_parsed, kernel_parsed, kernel_width_parsed, kernel_height_parsed) 793 794def composition_crop(composition, rect) -> Graph: 795 """Composition Crop 796 797 Applies a crop to a Composition 798 799 Args: 800 composition: Graph of Composition 801 rect: Graph of Bounds2i 802 803 804 Returns: 805 Graph: A graph node producing a Composition. 806 """ 807 composition_parsed = parse_graph(composition) 808 rect_parsed = parse_graph(rect) 809 return composition_crop_internal(composition_parsed, rect_parsed) 810 811def composition_custom_transformer_shader(composition, function_body, helpers, input_color_profile, output_color_profile, inputs, needs_sample_capability) -> Graph: 812 """Composition Custom Transformer Shader 813 814 Given an input, runs a custom defined shader over that input. 815 816 Args: 817 composition: Graph of Composition 818 function body: Graph of String 819 helpers: Graph of String 820 input color profile: Graph of ColorProfile 821 output color profile: Graph of ColorProfile 822 inputs: Graph of Dictionary 823 needs sample capability: Graph of Bool 824 825 826 Returns: 827 Graph: A graph node producing a Composition. 828 """ 829 composition_parsed = parse_graph(composition) 830 function_body_parsed = parse_string_graph(function_body) 831 helpers_parsed = parse_string_graph(helpers) 832 input_color_profile_parsed = parse_graph(input_color_profile) 833 output_color_profile_parsed = parse_graph(output_color_profile) 834 inputs_parsed = parse_graph(inputs) 835 needs_sample_capability_parsed = parse_bool_graph(needs_sample_capability) 836 return composition_custom_transformer_shader_internal(composition_parsed, function_body_parsed, helpers_parsed, input_color_profile_parsed, output_color_profile_parsed, inputs_parsed, needs_sample_capability_parsed) 837 838def composition_face_landmarks(composition) -> Graph: 839 """Composition Face Landmarks 840 841 Given an input image, returns the 468 3D face landmarks. 842 843 Args: 844 composition: Graph of Composition 845 846 847 Returns: 848 Graph: A graph node producing a Point3fList. 849 """ 850 composition_parsed = parse_graph(composition) 851 return composition_face_landmarks_internal(composition_parsed) 852 853def composition_flip_horizontal(composition) -> Graph: 854 """Composition Flip Horizontal 855 856 Flips the image along the horizontal axis 857 858 Args: 859 composition: Graph of Composition 860 861 862 Returns: 863 Graph: A graph node producing a Composition. 864 """ 865 composition_parsed = parse_graph(composition) 866 return composition_flip_horizontal_internal(composition_parsed) 867 868def composition_flip_vertical(composition) -> Graph: 869 """Composition Flip Vertical 870 871 Flips the image vertically 872 873 Args: 874 composition: Graph of Composition 875 876 877 Returns: 878 Graph: A graph node producing a Composition. 879 """ 880 composition_parsed = parse_graph(composition) 881 return composition_flip_vertical_internal(composition_parsed) 882 883def composition_from_asset(asset_id) -> Graph: 884 """Composition from Asset 885 886 Creates a composition from an asset in your catalog. 887 888 Args: 889 asset id: Graph of Int 890 891 892 Returns: 893 Graph: A graph node producing a Composition. 894 """ 895 asset_id_parsed = parse_int_graph(asset_id) 896 return composition_from_asset_internal(asset_id_parsed) 897 898def composition_from_image(image) -> Graph: 899 """Composition from Image 900 901 Creates an composition out of an image 902 903 Args: 904 image: Graph of Image 905 906 907 Returns: 908 Graph: A graph node producing a Composition. 909 """ 910 image_parsed = parse_graph(image) 911 return composition_from_image_internal(image_parsed) 912 913def composition_gaussian_blur(composition, sigma) -> Graph: 914 """Composition Gaussian Blur 915 916 Applies a gaussian blur to an image. Sigma controls the blur intensity. 917 918 Args: 919 composition: Graph of Composition 920 sigma: Graph of Float 921 922 923 Returns: 924 Graph: A graph node producing a Composition. 925 """ 926 composition_parsed = parse_graph(composition) 927 sigma_parsed = parse_float_graph(sigma) 928 return composition_gaussian_blur_internal(composition_parsed, sigma_parsed) 929 930def composition_gaussian_blur_with_ok_lab(composition, sigma) -> Graph: 931 """Composition Gaussian Blur with OkLab 932 933 Applies a gaussian blur to an image in OkLab color space. Sigma controls the blur intensity. 934 935 Args: 936 composition: Graph of Composition 937 sigma: Graph of Float 938 939 940 Returns: 941 Graph: A graph node producing a Composition. 942 """ 943 composition_parsed = parse_graph(composition) 944 sigma_parsed = parse_float_graph(sigma) 945 return composition_gaussian_blur_with_ok_lab_internal(composition_parsed, sigma_parsed) 946 947def composition_grayscale(composition) -> Graph: 948 """Composition Grayscale 949 950 Applies grayscale to a Composition 951 952 Args: 953 composition: Graph of Composition 954 955 956 Returns: 957 Graph: A graph node producing a Composition. 958 """ 959 composition_parsed = parse_graph(composition) 960 return composition_grayscale_internal(composition_parsed) 961 962def composition_l_curve(composition, l_curve) -> Graph: 963 """Composition Lightness Curve 964 965 Applies a curve to the L component in an OkLab color. Adjusting the lightness of the image. 966 967 Args: 968 composition: Graph of Composition 969 l curve: Graph of Curve 970 971 972 Returns: 973 Graph: A graph node producing a Composition. 974 """ 975 composition_parsed = parse_graph(composition) 976 l_curve_parsed = parse_graph(l_curve) 977 return composition_l_curve_internal(composition_parsed, l_curve_parsed) 978 979def composition_linear_transform(composition, entry_0_0, entry_0_1, entry_0_2, entry_0_3, entry_1_0, entry_1_1, entry_1_2, entry_1_3, entry_2_0, entry_2_1, entry_2_2, entry_2_3, entry_3_0, entry_3_1, entry_3_2, entry_3_3) -> Graph: 980 """Composition RGBA Linear Transform 981 982 Applies a linear transform to a Composition's RGBA values. Before application, will convert to a linear version of the color profile and will convert to an RGB profile if needed. 983 984 Args: 985 composition: Graph of Composition 986 entry 0,0: Graph of Float 987 entry 0,1: Graph of Float 988 entry 0,2: Graph of Float 989 entry 0,3: Graph of Float 990 entry 1,0: Graph of Float 991 entry 1,1: Graph of Float 992 entry 1,2: Graph of Float 993 entry 1,3: Graph of Float 994 entry 2,0: Graph of Float 995 entry 2,1: Graph of Float 996 entry 2,2: Graph of Float 997 entry 2,3: Graph of Float 998 entry 3,0: Graph of Float 999 entry 3,1: Graph of Float 1000 entry 3,2: Graph of Float 1001 entry 3,3: Graph of Float 1002 1003 1004 Returns: 1005 Graph: A graph node producing a Composition. 1006 """ 1007 composition_parsed = parse_graph(composition) 1008 entry_0_0_parsed = parse_float_graph(entry_0_0) 1009 entry_0_1_parsed = parse_float_graph(entry_0_1) 1010 entry_0_2_parsed = parse_float_graph(entry_0_2) 1011 entry_0_3_parsed = parse_float_graph(entry_0_3) 1012 entry_1_0_parsed = parse_float_graph(entry_1_0) 1013 entry_1_1_parsed = parse_float_graph(entry_1_1) 1014 entry_1_2_parsed = parse_float_graph(entry_1_2) 1015 entry_1_3_parsed = parse_float_graph(entry_1_3) 1016 entry_2_0_parsed = parse_float_graph(entry_2_0) 1017 entry_2_1_parsed = parse_float_graph(entry_2_1) 1018 entry_2_2_parsed = parse_float_graph(entry_2_2) 1019 entry_2_3_parsed = parse_float_graph(entry_2_3) 1020 entry_3_0_parsed = parse_float_graph(entry_3_0) 1021 entry_3_1_parsed = parse_float_graph(entry_3_1) 1022 entry_3_2_parsed = parse_float_graph(entry_3_2) 1023 entry_3_3_parsed = parse_float_graph(entry_3_3) 1024 return composition_linear_transform_internal(composition_parsed, entry_0_0_parsed, entry_0_1_parsed, entry_0_2_parsed, entry_0_3_parsed, entry_1_0_parsed, entry_1_1_parsed, entry_1_2_parsed, entry_1_3_parsed, entry_2_0_parsed, entry_2_1_parsed, entry_2_2_parsed, entry_2_3_parsed, entry_3_0_parsed, entry_3_1_parsed, entry_3_2_parsed, entry_3_3_parsed) 1025 1026def composition_monet_women_with_parasol() -> Graph: 1027 """Monet's Women with a Parasol 1028 1029 Creates a composition from Monet's "Women with a Parasol" painting. Used frequently as a test asset. 1030 1031 Returns: 1032 Graph: A graph node producing a Composition. 1033 """ 1034 return composition_monet_women_with_parasol_internal() 1035 1036def composition_morphological_max(composition, dimension) -> Graph: 1037 """Composition Morphological Max 1038 1039 Apples a morphological max operation. 1040 1041 Args: 1042 composition: Graph of Composition 1043 dimension: Graph of Int 1044 1045 1046 Returns: 1047 Graph: A graph node producing a Composition. 1048 """ 1049 composition_parsed = parse_graph(composition) 1050 dimension_parsed = parse_int_graph(dimension) 1051 return composition_morphological_max_internal(composition_parsed, dimension_parsed) 1052 1053def composition_morphological_min(composition, dimension) -> Graph: 1054 """Composition Morphological Min 1055 1056 Apples a morphological min operation. 1057 1058 Args: 1059 composition: Graph of Composition 1060 dimension: Graph of Int 1061 1062 1063 Returns: 1064 Graph: A graph node producing a Composition. 1065 """ 1066 composition_parsed = parse_graph(composition) 1067 dimension_parsed = parse_int_graph(dimension) 1068 return composition_morphological_min_internal(composition_parsed, dimension_parsed) 1069 1070def composition_painter(painter) -> Graph: 1071 """Composition Painter 1072 1073 Creates a composition from a painter. 1074 1075 Args: 1076 painter: Graph of Painter 1077 1078 1079 Returns: 1080 Graph: A graph node producing a Composition. 1081 """ 1082 painter_parsed = parse_graph(painter) 1083 return composition_painter_internal(painter_parsed) 1084 1085def composition_passthrough(value) -> Graph: 1086 """Composition Passthrough 1087 1088 Responds with the value provided. Doing nothing to it. 1089 1090 Args: 1091 value: Graph of Composition 1092 1093 1094 Returns: 1095 Graph: A graph node producing a Composition. 1096 """ 1097 value_parsed = parse_graph(value) 1098 return composition_passthrough_internal(value_parsed) 1099 1100def composition_perceptual_difference(composition, color) -> Graph: 1101 """Composition Perceptual Difference 1102 1103 Calculates the difference for each pixel to the OkLab color specified. Each r, g, b and a component in the output is the difference. 1104 1105 Args: 1106 composition: Graph of Composition 1107 color: Graph of OkLabColor 1108 1109 1110 Returns: 1111 Graph: A graph node producing a Composition. 1112 """ 1113 composition_parsed = parse_graph(composition) 1114 color_parsed = parse_graph(color) 1115 return composition_perceptual_difference_internal(composition_parsed, color_parsed) 1116 1117def composition_pixelate(composition, pixel_size) -> Graph: 1118 """Composition Pixelate 1119 1120 Applies a pixelation effect to a composition. 1121 1122 Args: 1123 composition: Graph of Composition 1124 pixel size: Graph of Int 1125 1126 1127 Returns: 1128 Graph: A graph node producing a Composition. 1129 """ 1130 composition_parsed = parse_graph(composition) 1131 pixel_size_parsed = parse_int_graph(pixel_size) 1132 return composition_pixelate_internal(composition_parsed, pixel_size_parsed) 1133 1134def composition_r_g_b_curve(composition, r_curve, g_curve, b_curve) -> Graph: 1135 """Composition RGB Curve 1136 1137 Applies a curve to the R, G, and B components 1138 1139 Args: 1140 composition: Graph of Composition 1141 r curve: Graph of Curve 1142 g curve: Graph of Curve 1143 b curve: Graph of Curve 1144 1145 1146 Returns: 1147 Graph: A graph node producing a Composition. 1148 """ 1149 composition_parsed = parse_graph(composition) 1150 r_curve_parsed = parse_graph(r_curve) 1151 g_curve_parsed = parse_graph(g_curve) 1152 b_curve_parsed = parse_graph(b_curve) 1153 return composition_r_g_b_curve_internal(composition_parsed, r_curve_parsed, g_curve_parsed, b_curve_parsed) 1154 1155def composition_render_to_image(composition) -> Graph: 1156 """Composition Render to Image 1157 1158 Renders a Composition to an Image 1159 1160 Args: 1161 composition: Graph of Composition 1162 1163 1164 Returns: 1165 Graph: A graph node producing a Image. 1166 """ 1167 composition_parsed = parse_graph(composition) 1168 return composition_render_to_image_internal(composition_parsed) 1169 1170def composition_rotate180(composition) -> Graph: 1171 """Composition Rotate 180 1172 1173 Rotates the image 180 degrees 1174 1175 Args: 1176 composition: Graph of Composition 1177 1178 1179 Returns: 1180 Graph: A graph node producing a Composition. 1181 """ 1182 composition_parsed = parse_graph(composition) 1183 return composition_rotate180_internal(composition_parsed) 1184 1185def composition_rotate90_clockwise(composition) -> Graph: 1186 """Composition Rotate 90 Clockwise 1187 1188 Rotates the image 90 degrees clockwise 1189 1190 Args: 1191 composition: Graph of Composition 1192 1193 1194 Returns: 1195 Graph: A graph node producing a Composition. 1196 """ 1197 composition_parsed = parse_graph(composition) 1198 return composition_rotate90_clockwise_internal(composition_parsed) 1199 1200def composition_rotate90_counter_clockwise(composition) -> Graph: 1201 """Composition Rotate 90 Counter Clockwise 1202 1203 Rotates the image 90 degrees counter-clockwise 1204 1205 Args: 1206 composition: Graph of Composition 1207 1208 1209 Returns: 1210 Graph: A graph node producing a Composition. 1211 """ 1212 composition_parsed = parse_graph(composition) 1213 return composition_rotate90_counter_clockwise_internal(composition_parsed) 1214 1215def composition_saturation_adjust(composition, scale) -> Graph: 1216 """Composition Saturation Adjust 1217 1218 Adjusts the saturation of an image by a given factor. Internally, scales the chroma components in OkLab color space. 1219 1220 Args: 1221 composition: Graph of Composition 1222 scale: Graph of Float 1223 1224 1225 Returns: 1226 Graph: A graph node producing a Composition. 1227 """ 1228 composition_parsed = parse_graph(composition) 1229 scale_parsed = parse_float_graph(scale) 1230 return composition_saturation_adjust_internal(composition_parsed, scale_parsed) 1231 1232def composition_scale_nearest_neighbor(composition, size) -> Graph: 1233 """Composition Scale Nearest Neighbor 1234 1235 Uses the nearest neighbor algorithm to scale an image recipe 1236 1237 Args: 1238 composition: Graph of Composition 1239 size: Graph of Vector2i 1240 1241 1242 Returns: 1243 Graph: A graph node producing a Composition. 1244 """ 1245 composition_parsed = parse_graph(composition) 1246 size_parsed = parse_graph(size) 1247 return composition_scale_nearest_neighbor_internal(composition_parsed, size_parsed) 1248 1249def composition_segment_facial_skin(composition) -> Graph: 1250 """Composition Segment Facial Skin 1251 1252 Given an input image. Returns a mask that segments out the facial skin in the image. 1253 1254 Args: 1255 composition: Graph of Composition 1256 1257 1258 Returns: 1259 Graph: A graph node producing a Composition. 1260 """ 1261 composition_parsed = parse_graph(composition) 1262 return composition_segment_facial_skin_internal(composition_parsed) 1263 1264def composition_segment_mouth_lips_eyes_eyebrows(composition) -> Graph: 1265 """Composition Segment Mouth Lips Eyes Eyebrows 1266 1267 Given an input image, returns a mask (all white) of the mouth, lips, eyes, and eyebrows area. 1268 1269 Args: 1270 composition: Graph of Composition 1271 1272 1273 Returns: 1274 Graph: A graph node producing a Composition. 1275 """ 1276 composition_parsed = parse_graph(composition) 1277 return composition_segment_mouth_lips_eyes_eyebrows_internal(composition_parsed) 1278 1279def composition_segment_person(composition) -> Graph: 1280 """Composition Segment Person 1281 1282 Given an input image. Returns a mask that segments out the person in the image. 1283 1284 Args: 1285 composition: Graph of Composition 1286 1287 1288 Returns: 1289 Graph: A graph node producing a Composition. 1290 """ 1291 composition_parsed = parse_graph(composition) 1292 return composition_segment_person_internal(composition_parsed) 1293 1294def composition_segment_under_right_eye(composition) -> Graph: 1295 """Composition Segment Under Right Eye 1296 1297 Given an input image, returns a mask (all white) of the area under the right eye. 1298 1299 Args: 1300 composition: Graph of Composition 1301 1302 1303 Returns: 1304 Graph: A graph node producing a Composition. 1305 """ 1306 composition_parsed = parse_graph(composition) 1307 return composition_segment_under_right_eye_internal(composition_parsed) 1308 1309def composition_sharpen(composition, radius, strength) -> Graph: 1310 """Composition Sharpen 1311 1312 Applies a sharpen filter to the composition. 1313 1314 Args: 1315 composition: Graph of Composition 1316 radius: Graph of Float 1317 strength: Graph of Float 1318 1319 1320 Returns: 1321 Graph: A graph node producing a Composition. 1322 """ 1323 composition_parsed = parse_graph(composition) 1324 radius_parsed = parse_float_graph(radius) 1325 strength_parsed = parse_float_graph(strength) 1326 return composition_sharpen_internal(composition_parsed, radius_parsed, strength_parsed) 1327 1328def composition_size(composition) -> Graph: 1329 """Composition Size 1330 1331 Gets the resulting size of a Composition 1332 1333 Args: 1334 composition: Graph of Composition 1335 1336 1337 Returns: 1338 Graph: A graph node producing a Vector2i. 1339 """ 1340 composition_parsed = parse_graph(composition) 1341 return composition_size_internal(composition_parsed) 1342 1343def composition_sobel_edge_detection(composition) -> Graph: 1344 """Composition Sobel Edge Detection 1345 1346 Applies Sobel edge detection to an image. 1347 1348 Args: 1349 composition: Graph of Composition 1350 1351 1352 Returns: 1353 Graph: A graph node producing a Composition. 1354 """ 1355 composition_parsed = parse_graph(composition) 1356 return composition_sobel_edge_detection_internal(composition_parsed) 1357 1358def composition_swirl(composition, center, radius, amount) -> Graph: 1359 """Composition Swirl 1360 1361 Applies a swirl distortion to this composition 1362 1363 Args: 1364 composition: Graph of Composition 1365 center: Graph of Vector2f 1366 radius: Graph of Float 1367 amount: Graph of Float 1368 1369 1370 Returns: 1371 Graph: A graph node producing a Composition. 1372 """ 1373 composition_parsed = parse_graph(composition) 1374 center_parsed = parse_graph(center) 1375 radius_parsed = parse_float_graph(radius) 1376 amount_parsed = parse_float_graph(amount) 1377 return composition_swirl_internal(composition_parsed, center_parsed, radius_parsed, amount_parsed) 1378 1379def composition_target_white_kelvin(composition, kelvin) -> Graph: 1380 """Composition Target White Kelvin 1381 1382 Sets the image white point to the value specified in Kelvin. The profile connection white point is D50, so you will only see changes as you move away from that. 1383 1384 Args: 1385 composition: Graph of Composition 1386 kelvin: Graph of Float 1387 1388 1389 Returns: 1390 Graph: A graph node producing a Composition. 1391 """ 1392 composition_parsed = parse_graph(composition) 1393 kelvin_parsed = parse_float_graph(kelvin) 1394 return composition_target_white_kelvin_internal(composition_parsed, kelvin_parsed) 1395 1396def composition_to_ok_lab_hist(composition) -> Graph: 1397 """Composition to OkLab Histogram 1398 1399 Creates an OkLab Histogram from the colors in a Composition. 1400 1401 Args: 1402 composition: Graph of Composition 1403 1404 1405 Returns: 1406 Graph: A graph node producing a OkLabHist. 1407 """ 1408 composition_parsed = parse_graph(composition) 1409 return composition_to_ok_lab_hist_internal(composition_parsed) 1410 1411def composition_uniform_lightness(composition, lightness) -> Graph: 1412 """Composition Uniform Lightness 1413 1414 Sets a uniform lightness to the entire image by using OkLab and setting the lightness to a constant number. 1415 1416 Args: 1417 composition: Graph of Composition 1418 lightness: Graph of Float 1419 1420 1421 Returns: 1422 Graph: A graph node producing a Composition. 1423 """ 1424 composition_parsed = parse_graph(composition) 1425 lightness_parsed = parse_float_graph(lightness) 1426 return composition_uniform_lightness_internal(composition_parsed, lightness_parsed) 1427 1428def composition_vignette(composition, radius, softness, strength) -> Graph: 1429 """Composition Vignette 1430 1431 darkens the outer edges - radius (0-1, measured relative to the image's smaller dimension) sets how far the bright center extends, Softness (typically 0.05-0.5) controls the width of the fade-out band, and Strength (0–1) defines how dark the edges become at maximum. 1432 1433 Args: 1434 composition: Graph of Composition 1435 radius: Graph of Float 1436 softness: Graph of Float 1437 strength: Graph of Float 1438 1439 1440 Returns: 1441 Graph: A graph node producing a Composition. 1442 """ 1443 composition_parsed = parse_graph(composition) 1444 radius_parsed = parse_float_graph(radius) 1445 softness_parsed = parse_float_graph(softness) 1446 strength_parsed = parse_float_graph(strength) 1447 return composition_vignette_internal(composition_parsed, radius_parsed, softness_parsed, strength_parsed) 1448 1449def composition_zoom_blur(composition, center, strength) -> Graph: 1450 """Composition Zoom Blur 1451 1452 Performs a zoom blur on this composition 1453 1454 Args: 1455 composition: Graph of Composition 1456 center: Graph of Vector2f 1457 strength: Graph of Float 1458 1459 1460 Returns: 1461 Graph: A graph node producing a Composition. 1462 """ 1463 composition_parsed = parse_graph(composition) 1464 center_parsed = parse_graph(center) 1465 strength_parsed = parse_float_graph(strength) 1466 return composition_zoom_blur_internal(composition_parsed, center_parsed, strength_parsed) 1467 1468def curve_evaluate(curve, input) -> Graph: 1469 """Curve Evaluate 1470 1471 Evaluates a curve at a given input value. 1472 1473 Args: 1474 curve: Graph of Curve 1475 input: Graph of Float 1476 1477 1478 Returns: 1479 Graph: A graph node producing a Float. 1480 """ 1481 curve_parsed = parse_graph(curve) 1482 input_parsed = parse_float_graph(input) 1483 return curve_evaluate_internal(curve_parsed, input_parsed) 1484 1485def curve_gamma(gamma) -> Graph: 1486 """Curve Gamma 1487 1488 A gamma curve. The gamma parameter corresponding to y=x^gamma. 1489 1490 Args: 1491 gamma: Graph of Float 1492 1493 1494 Returns: 1495 Graph: A graph node producing a Curve. 1496 """ 1497 gamma_parsed = parse_float_graph(gamma) 1498 return curve_gamma_internal(gamma_parsed) 1499 1500def curve_identity() -> Graph: 1501 """Curve Identity 1502 1503 An identity curve, y=x 1504 1505 Returns: 1506 Graph: A graph node producing a Curve. 1507 """ 1508 return curve_identity_internal() 1509 1510def curve_pivoted_sigmoid(pivot, slope) -> Graph: 1511 """Curve Pivoted Sigmoid 1512 1513 A pivoted sigmoid contrast curve that anchors at the pivot and smoothly compresses shadows and highlights, with a slope parameter controlling midtone contrast. 1514 1515 Args: 1516 pivot: Graph of Float 1517 slope: Graph of Float 1518 1519 1520 Returns: 1521 Graph: A graph node producing a Curve. 1522 """ 1523 pivot_parsed = parse_float_graph(pivot) 1524 slope_parsed = parse_float_graph(slope) 1525 return curve_pivoted_sigmoid_internal(pivot_parsed, slope_parsed) 1526 1527def curve_s_curve(pivot, slope, toe, shoulder) -> Graph: 1528 """Curve S 1529 1530 An S-curve remaps values by anchoring contrast at a chosen pivot, increasing or decreasing midtone separation via slope, gently flattening the curve near black with toe to compress or lift shadows, and softly flattening near white with shoulder to roll off highlights, while keeping black and white fixed. 1531 1532 Args: 1533 pivot: Graph of Float 1534 slope: Graph of Float 1535 toe: Graph of Float 1536 shoulder: Graph of Float 1537 1538 1539 Returns: 1540 Graph: A graph node producing a Curve. 1541 """ 1542 pivot_parsed = parse_float_graph(pivot) 1543 slope_parsed = parse_float_graph(slope) 1544 toe_parsed = parse_float_graph(toe) 1545 shoulder_parsed = parse_float_graph(shoulder) 1546 return curve_s_curve_internal(pivot_parsed, slope_parsed, toe_parsed, shoulder_parsed) 1547 1548def dictionary_create() -> Graph: 1549 """Dictionary Create 1550 1551 Creates a new dictionary 1552 1553 Returns: 1554 Graph: A graph node producing a Dictionary. 1555 """ 1556 return dictionary_create_internal() 1557 1558def file_convert_m_p4_to_animated_web_p(mp4_byte, frame_rate) -> Graph: 1559 """File Convert MP4 to GIF 1560 1561 Takes an MP4 file and converts it to a GIF file. Returns a local file path to the converted GIF. 1562 1563 Args: 1564 mp4 bytes: Graph of ByteList 1565 frame rate: Graph of Int 1566 1567 1568 Returns: 1569 Graph: A graph node producing a ByteList. 1570 """ 1571 mp4_byte_parsed = parse_graph(mp4_byte) 1572 frame_rate_parsed = parse_int_graph(frame_rate) 1573 return file_convert_m_p4_to_animated_web_p_internal(mp4_byte_parsed, frame_rate_parsed) 1574 1575def file_convert_m_p4_to_gif(mp4_byte, frame_rate) -> Graph: 1576 """File Convert MP4 to GIF 1577 1578 Takes an MP4 file and converts it to a GIF file. Returns a local file path to the converted GIF. 1579 1580 Args: 1581 mp4 bytes: Graph of ByteList 1582 frame rate: Graph of Int 1583 1584 1585 Returns: 1586 Graph: A graph node producing a ByteList. 1587 """ 1588 mp4_byte_parsed = parse_graph(mp4_byte) 1589 frame_rate_parsed = parse_int_graph(frame_rate) 1590 return file_convert_m_p4_to_gif_internal(mp4_byte_parsed, frame_rate_parsed) 1591 1592def fill_custom(function_body, helpers, inputs) -> Graph: 1593 """Fill Custom 1594 1595 Creates a fill with a custom shader. 1596 1597 Args: 1598 function body: Graph of String 1599 helpers: Graph of String 1600 inputs: Graph of Dictionary 1601 1602 1603 Returns: 1604 Graph: A graph node producing a Fill. 1605 """ 1606 function_body_parsed = parse_string_graph(function_body) 1607 helpers_parsed = parse_string_graph(helpers) 1608 inputs_parsed = parse_graph(inputs) 1609 return fill_custom_internal(function_body_parsed, helpers_parsed, inputs_parsed) 1610 1611def fill_solid(color) -> Graph: 1612 """Fill Solid 1613 1614 Creates a fill with a solid color. 1615 1616 Args: 1617 color: Graph of RGBAColor 1618 1619 1620 Returns: 1621 Graph: A graph node producing a Fill. 1622 """ 1623 color_parsed = parse_graph(color) 1624 return fill_solid_internal(color_parsed) 1625 1626def float_add(float1, float2) -> Graph: 1627 """Float Add 1628 1629 Adds two floats together. 1630 1631 Args: 1632 float1: Graph of Float 1633 float2: Graph of Float 1634 1635 1636 Returns: 1637 Graph: A graph node producing a Float. 1638 """ 1639 float1_parsed = parse_float_graph(float1) 1640 float2_parsed = parse_float_graph(float2) 1641 return float_add_internal(float1_parsed, float2_parsed) 1642 1643def float_add_to_dictionary(dictionary, key, value) -> Graph: 1644 """Float Add To Dictionary 1645 1646 Adds a Float to a Dictionary 1647 1648 Args: 1649 dictionary: Graph of Dictionary 1650 key: Graph of String 1651 value: Graph of Float 1652 1653 1654 Returns: 1655 Graph: A graph node producing a Dictionary. 1656 """ 1657 dictionary_parsed = parse_graph(dictionary) 1658 key_parsed = parse_string_graph(key) 1659 value_parsed = parse_float_graph(value) 1660 return float_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed) 1661 1662def float_cos(angle) -> Graph: 1663 """Float Cosine 1664 1665 Computes the cosine of a float (in radians). 1666 1667 Args: 1668 Angle in radians: Graph of Float 1669 1670 1671 Returns: 1672 Graph: A graph node producing a Float. 1673 """ 1674 angle_parsed = parse_float_graph(angle) 1675 return float_cos_internal(angle_parsed) 1676 1677def float_divide(float1, float2) -> Graph: 1678 """Float Divide 1679 1680 Adds two floats together. 1681 1682 Args: 1683 float1: Graph of Float 1684 float2: Graph of Float 1685 1686 1687 Returns: 1688 Graph: A graph node producing a Float. 1689 """ 1690 float1_parsed = parse_float_graph(float1) 1691 float2_parsed = parse_float_graph(float2) 1692 return float_divide_internal(float1_parsed, float2_parsed) 1693 1694def float_equals(float_1, float_2) -> Graph: 1695 """Float Equals 1696 1697 Checks if two floats are equal 1698 1699 Args: 1700 First Float: Graph of Float 1701 Second Float: Graph of Float 1702 1703 1704 Returns: 1705 Graph: A graph node producing a Bool. 1706 """ 1707 float_1_parsed = parse_float_graph(float_1) 1708 float_2_parsed = parse_float_graph(float_2) 1709 return float_equals_internal(float_1_parsed, float_2_parsed) 1710 1711def float_greater_than(float_1, float_2) -> Graph: 1712 """Float Greater Than 1713 1714 Checks if the first float is greater than the second float 1715 1716 Args: 1717 First Float: Graph of Float 1718 Second Float: Graph of Float 1719 1720 1721 Returns: 1722 Graph: A graph node producing a Bool. 1723 """ 1724 float_1_parsed = parse_float_graph(float_1) 1725 float_2_parsed = parse_float_graph(float_2) 1726 return float_greater_than_internal(float_1_parsed, float_2_parsed) 1727 1728def float_greater_than_or_equal(float_1, float_2) -> Graph: 1729 """Float Greater Than Or Equal 1730 1731 Checks if the first float is greater than or equal to the second float 1732 1733 Args: 1734 First Float: Graph of Float 1735 Second Float: Graph of Float 1736 1737 1738 Returns: 1739 Graph: A graph node producing a Bool. 1740 """ 1741 float_1_parsed = parse_float_graph(float_1) 1742 float_2_parsed = parse_float_graph(float_2) 1743 return float_greater_than_or_equal_internal(float_1_parsed, float_2_parsed) 1744 1745def float_if(bool, input_1, input_2) -> Graph: 1746 """Float If 1747 1748 If the boolean is true returns input 1, otherwise input 2. Type: Float 1749 1750 Args: 1751 bool: Graph of Bool 1752 input 1: Graph of Float 1753 input 2: Graph of Float 1754 1755 1756 Returns: 1757 Graph: A graph node producing a Float. 1758 """ 1759 bool_parsed = parse_bool_graph(bool) 1760 input_1_parsed = parse_float_graph(input_1) 1761 input_2_parsed = parse_float_graph(input_2) 1762 return float_if_internal(bool_parsed, input_1_parsed, input_2_parsed) 1763 1764def float_lerp(x, float1, float2) -> Graph: 1765 """Float Lerp 1766 1767 Lerps between two floats using the x parameter 1768 1769 Args: 1770 x: Graph of Float 1771 float1: Graph of Float 1772 float2: Graph of Float 1773 1774 1775 Returns: 1776 Graph: A graph node producing a Float. 1777 """ 1778 x_parsed = parse_float_graph(x) 1779 float1_parsed = parse_float_graph(float1) 1780 float2_parsed = parse_float_graph(float2) 1781 return float_lerp_internal(x_parsed, float1_parsed, float2_parsed) 1782 1783def float_less_than(float_1, float_2) -> Graph: 1784 """Float Less Than 1785 1786 Checks if the first float is less than the second float 1787 1788 Args: 1789 First Float: Graph of Float 1790 Second Float: Graph of Float 1791 1792 1793 Returns: 1794 Graph: A graph node producing a Bool. 1795 """ 1796 float_1_parsed = parse_float_graph(float_1) 1797 float_2_parsed = parse_float_graph(float_2) 1798 return float_less_than_internal(float_1_parsed, float_2_parsed) 1799 1800def float_less_than_or_equal(float_1, float_2) -> Graph: 1801 """Float Less Than Or Equal 1802 1803 Checks if the first float is less than or equal to the second float 1804 1805 Args: 1806 First Float: Graph of Float 1807 Second Float: Graph of Float 1808 1809 1810 Returns: 1811 Graph: A graph node producing a Bool. 1812 """ 1813 float_1_parsed = parse_float_graph(float_1) 1814 float_2_parsed = parse_float_graph(float_2) 1815 return float_less_than_or_equal_internal(float_1_parsed, float_2_parsed) 1816 1817def float_max(float1, float2) -> Graph: 1818 """Float Max 1819 1820 Returns the maximum float. 1821 1822 Args: 1823 float1: Graph of Float 1824 float2: Graph of Float 1825 1826 1827 Returns: 1828 Graph: A graph node producing a Float. 1829 """ 1830 float1_parsed = parse_float_graph(float1) 1831 float2_parsed = parse_float_graph(float2) 1832 return float_max_internal(float1_parsed, float2_parsed) 1833 1834def float_min(float1, float2) -> Graph: 1835 """Float Min 1836 1837 Returns the minimum float. 1838 1839 Args: 1840 float1: Graph of Float 1841 float2: Graph of Float 1842 1843 1844 Returns: 1845 Graph: A graph node producing a Float. 1846 """ 1847 float1_parsed = parse_float_graph(float1) 1848 float2_parsed = parse_float_graph(float2) 1849 return float_min_internal(float1_parsed, float2_parsed) 1850 1851def float_multiply(float1, float2) -> Graph: 1852 """Float Multiply 1853 1854 Multiplies two floats together. 1855 1856 Args: 1857 float1: Graph of Float 1858 float2: Graph of Float 1859 1860 1861 Returns: 1862 Graph: A graph node producing a Float. 1863 """ 1864 float1_parsed = parse_float_graph(float1) 1865 float2_parsed = parse_float_graph(float2) 1866 return float_multiply_internal(float1_parsed, float2_parsed) 1867 1868def float_passthrough(value) -> Graph: 1869 """Float Passthrough 1870 1871 Responds with the value provided. Doing nothing to it. 1872 1873 Args: 1874 value: Graph of Float 1875 1876 1877 Returns: 1878 Graph: A graph node producing a Float. 1879 """ 1880 value_parsed = parse_float_graph(value) 1881 return float_passthrough_internal(value_parsed) 1882 1883def float_pow(float1, float2) -> Graph: 1884 """Float Power 1885 1886 Raises float 1 to the power of float 2 1887 1888 Args: 1889 float 1: Graph of Float 1890 float 2: Graph of Float 1891 1892 1893 Returns: 1894 Graph: A graph node producing a Float. 1895 """ 1896 float1_parsed = parse_float_graph(float1) 1897 float2_parsed = parse_float_graph(float2) 1898 return float_pow_internal(float1_parsed, float2_parsed) 1899 1900def float_round_to_int(float) -> Graph: 1901 """Float Round to Int 1902 1903 Rounds the float to the nearest int 1904 1905 Args: 1906 float: Graph of Float 1907 1908 1909 Returns: 1910 Graph: A graph node producing a Int. 1911 """ 1912 float_parsed = parse_float_graph(float) 1913 return float_round_to_int_internal(float_parsed) 1914 1915def float_sin(angle) -> Graph: 1916 """Float Sine 1917 1918 Computes the sine of a float (in radians). 1919 1920 Args: 1921 Angle in radians: Graph of Float 1922 1923 1924 Returns: 1925 Graph: A graph node producing a Float. 1926 """ 1927 angle_parsed = parse_float_graph(angle) 1928 return float_sin_internal(angle_parsed) 1929 1930def float_square_root(number) -> Graph: 1931 """Float Square Root 1932 1933 Compares the square root of a number 1934 1935 Args: 1936 Number: Graph of Float 1937 1938 1939 Returns: 1940 Graph: A graph node producing a Float. 1941 """ 1942 number_parsed = parse_float_graph(number) 1943 return float_square_root_internal(number_parsed) 1944 1945def float_squared(number) -> Graph: 1946 """Float Squared 1947 1948 Raises a float to the power of 2. 1949 1950 Args: 1951 Number: Graph of Float 1952 1953 1954 Returns: 1955 Graph: A graph node producing a Float. 1956 """ 1957 number_parsed = parse_float_graph(number) 1958 return float_squared_internal(number_parsed) 1959 1960def float_subtract(float1, float2) -> Graph: 1961 """Float Subtract 1962 1963 Adds two floats together. 1964 1965 Args: 1966 float1: Graph of Float 1967 float2: Graph of Float 1968 1969 1970 Returns: 1971 Graph: A graph node producing a Float. 1972 """ 1973 float1_parsed = parse_float_graph(float1) 1974 float2_parsed = parse_float_graph(float2) 1975 return float_subtract_internal(float1_parsed, float2_parsed) 1976 1977def image_from_byte_list(bytes) -> Graph: 1978 """Image from Bytes 1979 1980 Given some bytes, parses an image 1981 1982 Args: 1983 bytes: Graph of ByteList 1984 1985 1986 Returns: 1987 Graph: A graph node producing a Image. 1988 """ 1989 bytes_parsed = parse_graph(bytes) 1990 return image_from_byte_list_internal(bytes_parsed) 1991 1992def image_to_byte_list(image) -> Graph: 1993 """Image to Byte List 1994 1995 Given an image, converts it to a byte list 1996 1997 Args: 1998 image: Graph of Image 1999 2000 2001 Returns: 2002 Graph: A graph node producing a ByteList. 2003 """ 2004 image_parsed = parse_graph(image) 2005 return image_to_byte_list_internal(image_parsed) 2006 2007def int_abs(number) -> Graph: 2008 """Int Absolute Value 2009 2010 Returns the absolute value of an int 2011 2012 Args: 2013 number: Graph of Int 2014 2015 2016 Returns: 2017 Graph: A graph node producing a Int. 2018 """ 2019 number_parsed = parse_int_graph(number) 2020 return int_abs_internal(number_parsed) 2021 2022def int_add(int_1, int_2) -> Graph: 2023 """Int Add 2024 2025 Adds to ints together 2026 2027 Args: 2028 First Int: Graph of Int 2029 Second Int: Graph of Int 2030 2031 2032 Returns: 2033 Graph: A graph node producing a Int. 2034 """ 2035 int_1_parsed = parse_int_graph(int_1) 2036 int_2_parsed = parse_int_graph(int_2) 2037 return int_add_internal(int_1_parsed, int_2_parsed) 2038 2039def int_add_to_dictionary(dictionary, key, value) -> Graph: 2040 """Int Add To Dictionary 2041 2042 Adds a Int to a Dictionary 2043 2044 Args: 2045 dictionary: Graph of Dictionary 2046 key: Graph of String 2047 value: Graph of Int 2048 2049 2050 Returns: 2051 Graph: A graph node producing a Dictionary. 2052 """ 2053 dictionary_parsed = parse_graph(dictionary) 2054 key_parsed = parse_string_graph(key) 2055 value_parsed = parse_int_graph(value) 2056 return int_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed) 2057 2058def int_equals(int_1, int_2) -> Graph: 2059 """Int Equals 2060 2061 Checks if two ints are equal 2062 2063 Args: 2064 First Int: Graph of Int 2065 Second Int: Graph of Int 2066 2067 2068 Returns: 2069 Graph: A graph node producing a Bool. 2070 """ 2071 int_1_parsed = parse_int_graph(int_1) 2072 int_2_parsed = parse_int_graph(int_2) 2073 return int_equals_internal(int_1_parsed, int_2_parsed) 2074 2075def int_greater_than(int_1, int_2) -> Graph: 2076 """Int Greater Than 2077 2078 Checks if the first int is greater than the second int 2079 2080 Args: 2081 First Int: Graph of Int 2082 Second Int: Graph of Int 2083 2084 2085 Returns: 2086 Graph: A graph node producing a Bool. 2087 """ 2088 int_1_parsed = parse_int_graph(int_1) 2089 int_2_parsed = parse_int_graph(int_2) 2090 return int_greater_than_internal(int_1_parsed, int_2_parsed) 2091 2092def int_greater_than_or_equal(int_1, int_2) -> Graph: 2093 """Int Greater Than Or Equal 2094 2095 Checks if the first int is greater than or equal to the second int 2096 2097 Args: 2098 First Int: Graph of Int 2099 Second Int: Graph of Int 2100 2101 2102 Returns: 2103 Graph: A graph node producing a Bool. 2104 """ 2105 int_1_parsed = parse_int_graph(int_1) 2106 int_2_parsed = parse_int_graph(int_2) 2107 return int_greater_than_or_equal_internal(int_1_parsed, int_2_parsed) 2108 2109def int_if(bool, input_1, input_2) -> Graph: 2110 """Int If 2111 2112 If the boolean is true returns input 1, otherwise input 2. Type: Int 2113 2114 Args: 2115 bool: Graph of Bool 2116 input 1: Graph of Int 2117 input 2: Graph of Int 2118 2119 2120 Returns: 2121 Graph: A graph node producing a Int. 2122 """ 2123 bool_parsed = parse_bool_graph(bool) 2124 input_1_parsed = parse_int_graph(input_1) 2125 input_2_parsed = parse_int_graph(input_2) 2126 return int_if_internal(bool_parsed, input_1_parsed, input_2_parsed) 2127 2128def int_less_than(int_1, int_2) -> Graph: 2129 """Int Less Than 2130 2131 Checks if the first int is less than the second int 2132 2133 Args: 2134 First Int: Graph of Int 2135 Second Int: Graph of Int 2136 2137 2138 Returns: 2139 Graph: A graph node producing a Bool. 2140 """ 2141 int_1_parsed = parse_int_graph(int_1) 2142 int_2_parsed = parse_int_graph(int_2) 2143 return int_less_than_internal(int_1_parsed, int_2_parsed) 2144 2145def int_less_than_or_equal(int_1, int_2) -> Graph: 2146 """Int Less Than Or Equal 2147 2148 Checks if the first int is less than or equal to the second int 2149 2150 Args: 2151 First Int: Graph of Int 2152 Second Int: Graph of Int 2153 2154 2155 Returns: 2156 Graph: A graph node producing a Bool. 2157 """ 2158 int_1_parsed = parse_int_graph(int_1) 2159 int_2_parsed = parse_int_graph(int_2) 2160 return int_less_than_or_equal_internal(int_1_parsed, int_2_parsed) 2161 2162def int_max(int1, int2) -> Graph: 2163 """Int Max 2164 2165 Returns the maximum int. 2166 2167 Args: 2168 int1: Graph of Int 2169 int2: Graph of Int 2170 2171 2172 Returns: 2173 Graph: A graph node producing a Int. 2174 """ 2175 int1_parsed = parse_int_graph(int1) 2176 int2_parsed = parse_int_graph(int2) 2177 return int_max_internal(int1_parsed, int2_parsed) 2178 2179def int_min(int1, int2) -> Graph: 2180 """Int Min 2181 2182 Returns the minimum int. 2183 2184 Args: 2185 int1: Graph of Int 2186 int2: Graph of Int 2187 2188 2189 Returns: 2190 Graph: A graph node producing a Int. 2191 """ 2192 int1_parsed = parse_int_graph(int1) 2193 int2_parsed = parse_int_graph(int2) 2194 return int_min_internal(int1_parsed, int2_parsed) 2195 2196def int_multiply(int_1, int_2) -> Graph: 2197 """Int Multiply 2198 2199 Multiplies two integers together 2200 2201 Args: 2202 First Int: Graph of Int 2203 Second Int: Graph of Int 2204 2205 2206 Returns: 2207 Graph: A graph node producing a Int. 2208 """ 2209 int_1_parsed = parse_int_graph(int_1) 2210 int_2_parsed = parse_int_graph(int_2) 2211 return int_multiply_internal(int_1_parsed, int_2_parsed) 2212 2213def int_passthrough(value) -> Graph: 2214 """Int Passthrough 2215 2216 Responds with the value provided. Doing nothing to it. 2217 2218 Args: 2219 value: Graph of Int 2220 2221 2222 Returns: 2223 Graph: A graph node producing a Int. 2224 """ 2225 value_parsed = parse_int_graph(value) 2226 return int_passthrough_internal(value_parsed) 2227 2228def int_subtract(int_1, int_2) -> Graph: 2229 """Int Subtract 2230 2231 Subtracts one int from another 2232 2233 Args: 2234 int 1: Graph of Int 2235 int 2: Graph of Int 2236 2237 2238 Returns: 2239 Graph: A graph node producing a Int. 2240 """ 2241 int_1_parsed = parse_int_graph(int_1) 2242 int_2_parsed = parse_int_graph(int_2) 2243 return int_subtract_internal(int_1_parsed, int_2_parsed) 2244 2245def int_to_float(int) -> Graph: 2246 """Int To Float 2247 2248 Converts an Int to a Float 2249 2250 Args: 2251 int: Graph of Int 2252 2253 2254 Returns: 2255 Graph: A graph node producing a Float. 2256 """ 2257 int_parsed = parse_int_graph(int) 2258 return int_to_float_internal(int_parsed) 2259 2260def monet_network_download_u_r_l_from_asset_i_d(asset_id) -> Graph: 2261 """Monet Network Download URL from Asset ID 2262 2263 Creates a Download URL from asset ID in the Monet Network 2264 2265 Args: 2266 asset id: Graph of Int 2267 2268 2269 Returns: 2270 Graph: A graph node producing a String. 2271 """ 2272 asset_id_parsed = parse_int_graph(asset_id) 2273 return monet_network_download_u_r_l_from_asset_i_d_internal(asset_id_parsed) 2274 2275def not_(bool) -> Graph: 2276 """Not 2277 2278 Returns the opposite of a boolean 2279 2280 Args: 2281 Bool: Graph of Bool 2282 2283 2284 Returns: 2285 Graph: A graph node producing a Bool. 2286 """ 2287 bool_parsed = parse_bool_graph(bool) 2288 return not_internal(bool_parsed) 2289 2290def null_value() -> Graph: 2291 """Null Value 2292 2293 Returns a null value 2294 2295 Returns: 2296 Graph: A graph node producing a Null. 2297 """ 2298 return null_value_internal() 2299 2300def ok_lab_color_from_components(l, a, b) -> Graph: 2301 """OkLab Color from Components 2302 2303 Given the L, a and b creates the color 2304 2305 Args: 2306 l: Graph of Float 2307 a: Graph of Float 2308 b: Graph of Float 2309 2310 2311 Returns: 2312 Graph: A graph node producing a OkLabColor. 2313 """ 2314 l_parsed = parse_float_graph(l) 2315 a_parsed = parse_float_graph(a) 2316 b_parsed = parse_float_graph(b) 2317 return ok_lab_color_from_components_internal(l_parsed, a_parsed, b_parsed) 2318 2319def ok_lab_hist_lightness_quantile(hist, quantile) -> Graph: 2320 """OkLab Histogram Lightness Quantile 2321 2322 Given an OkLab histogram and a quantile, returns the lightness value that corresponds to the quantile. 2323 2324 Args: 2325 hist: Graph of OkLabHist 2326 quantile: Graph of Float 2327 2328 2329 Returns: 2330 Graph: A graph node producing a Float. 2331 """ 2332 hist_parsed = parse_graph(hist) 2333 quantile_parsed = parse_float_graph(quantile) 2334 return ok_lab_hist_lightness_quantile_internal(hist_parsed, quantile_parsed) 2335 2336def ok_lab_to_r_g_b(ok_lab, color_profile) -> Graph: 2337 """OkLab to RGB 2338 2339 Converts an OkLab color to an RGB color 2340 2341 Args: 2342 OkLab: Graph of OkLabColor 2343 color profile: Graph of ColorProfile 2344 2345 2346 Returns: 2347 Graph: A graph node producing a RGBColor. 2348 """ 2349 ok_lab_parsed = parse_graph(ok_lab) 2350 color_profile_parsed = parse_graph(color_profile) 2351 return ok_lab_to_r_g_b_internal(ok_lab_parsed, color_profile_parsed) 2352 2353def or_(bool1, bool2) -> Graph: 2354 """Or 2355 2356 Returns true if either inputs are true. 2357 2358 Args: 2359 bool1: Graph of Bool 2360 bool2: Graph of Bool 2361 2362 2363 Returns: 2364 Graph: A graph node producing a Bool. 2365 """ 2366 bool1_parsed = parse_bool_graph(bool1) 2367 bool2_parsed = parse_bool_graph(bool2) 2368 return or_internal(bool1_parsed, bool2_parsed) 2369 2370def painter_add_ellipse_with_render_style(painter, center, dimensions, rotation, render_style, instances) -> Graph: 2371 """Painter Add Ellipse with Render Style 2372 2373 Adds an ellipse to the painter and draws it with the render style. Set some transforms on the ellipse as well. 2374 2375 Args: 2376 painter: Graph of Painter 2377 center point of the ellipse: Graph of Point2f 2378 width (a) and height (b) of the ellipse: Graph of Vector2f 2379 rotation angle in radians: Graph of Float 2380 render style: Graph of RenderStyle 2381 instances: Graph of Transform2List 2382 2383 2384 Returns: 2385 Graph: A graph node producing a Painter. 2386 """ 2387 painter_parsed = parse_graph(painter) 2388 center_parsed = parse_graph(center) 2389 dimensions_parsed = parse_graph(dimensions) 2390 rotation_parsed = parse_float_graph(rotation) 2391 render_style_parsed = parse_graph(render_style) 2392 instances_parsed = parse_graph(instances) 2393 return painter_add_ellipse_with_render_style_internal(painter_parsed, center_parsed, dimensions_parsed, rotation_parsed, render_style_parsed, instances_parsed) 2394 2395def painter_add_path_with_render_style(painter, path, render_style, instances) -> Graph: 2396 """Painter Add Path with Render Style 2397 2398 Adds a path to the painter and draws it with the render style. Set some transforms on the path as well. 2399 2400 Args: 2401 painter: Graph of Painter 2402 path: Graph of Path 2403 render style: Graph of RenderStyle 2404 instances: Graph of Transform2List 2405 2406 2407 Returns: 2408 Graph: A graph node producing a Painter. 2409 """ 2410 painter_parsed = parse_graph(painter) 2411 path_parsed = parse_graph(path) 2412 render_style_parsed = parse_graph(render_style) 2413 instances_parsed = parse_graph(instances) 2414 return painter_add_path_with_render_style_internal(painter_parsed, path_parsed, render_style_parsed, instances_parsed) 2415 2416def painter_add_rectangle_with_render_style(painter, center, dimensions, rotation, render_style, instances) -> Graph: 2417 """Painter Add Rectangle with Render Style 2418 2419 Adds a rectangle to the painter and draws it with the render style. Set some transforms on the rectangle as well. 2420 2421 Args: 2422 painter: Graph of Painter 2423 center point of the rectangle: Graph of Point2f 2424 width and height of the rectangle: Graph of Vector2f 2425 rotation angle in radians: Graph of Float 2426 render style: Graph of RenderStyle 2427 instances: Graph of Transform2List 2428 2429 2430 Returns: 2431 Graph: A graph node producing a Painter. 2432 """ 2433 painter_parsed = parse_graph(painter) 2434 center_parsed = parse_graph(center) 2435 dimensions_parsed = parse_graph(dimensions) 2436 rotation_parsed = parse_float_graph(rotation) 2437 render_style_parsed = parse_graph(render_style) 2438 instances_parsed = parse_graph(instances) 2439 return painter_add_rectangle_with_render_style_internal(painter_parsed, center_parsed, dimensions_parsed, rotation_parsed, render_style_parsed, instances_parsed) 2440 2441def painter_new(color_profile) -> Graph: 2442 """Painter New 2443 2444 Creates a new painter. 2445 2446 Args: 2447 color profile: Graph of ColorProfile 2448 2449 2450 Returns: 2451 Graph: A graph node producing a Painter. 2452 """ 2453 color_profile_parsed = parse_graph(color_profile) 2454 return painter_new_internal(color_profile_parsed) 2455 2456def path_line_to_point(path, point) -> Graph: 2457 """Path Line to Point 2458 2459 Moves the path from it's current point to another at another point with a line. 2460 2461 Args: 2462 path: Graph of Path 2463 point: Graph of Point2f 2464 2465 2466 Returns: 2467 Graph: A graph node producing a Path. 2468 """ 2469 path_parsed = parse_graph(path) 2470 point_parsed = parse_graph(point) 2471 return path_line_to_point_internal(path_parsed, point_parsed) 2472 2473def path_move_to_point(path, point) -> Graph: 2474 """Path Move to Point 2475 2476 Moves the path to a specified point without drawing anything. 2477 2478 Args: 2479 path: Graph of Path 2480 point: Graph of Point2f 2481 2482 2483 Returns: 2484 Graph: A graph node producing a Path. 2485 """ 2486 path_parsed = parse_graph(path) 2487 point_parsed = parse_graph(point) 2488 return path_move_to_point_internal(path_parsed, point_parsed) 2489 2490def path_new() -> Graph: 2491 """Path New 2492 2493 Creates a new empty path. 2494 2495 Returns: 2496 Graph: A graph node producing a Path. 2497 """ 2498 return path_new_internal() 2499 2500def pi() -> Graph: 2501 """Pi 2502 2503 Returns π as a float 2504 2505 Returns: 2506 Graph: A graph node producing a Float. 2507 """ 2508 return pi_internal() 2509 2510def point2f_from_components(x, y) -> Graph: 2511 """Point 2 Float from Components 2512 2513 Given an x and y creates a point 2514 2515 Args: 2516 x: Graph of Float 2517 y: Graph of Float 2518 2519 2520 Returns: 2521 Graph: A graph node producing a Point2f. 2522 """ 2523 x_parsed = parse_float_graph(x) 2524 y_parsed = parse_float_graph(y) 2525 return point2f_from_components_internal(x_parsed, y_parsed) 2526 2527def r_g_b_a_color_add_to_dictionary(dictionary, key, value) -> Graph: 2528 """RGBA Color Add To Dictionary 2529 2530 Adds a RGBA Color to a Dictionary 2531 2532 Args: 2533 dictionary: Graph of Dictionary 2534 key: Graph of String 2535 value: Graph of RGBAColor 2536 2537 2538 Returns: 2539 Graph: A graph node producing a Dictionary. 2540 """ 2541 dictionary_parsed = parse_graph(dictionary) 2542 key_parsed = parse_string_graph(key) 2543 value_parsed = parse_graph(value) 2544 return r_g_b_a_color_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed) 2545 2546def r_g_b_a_color_from_components(r, g, b, a) -> Graph: 2547 """RGBA Color from Components 2548 2549 Given the r, g, b and a creates the color 2550 2551 Args: 2552 red: Graph of Float 2553 green: Graph of Float 2554 blue: Graph of Float 2555 alpha: Graph of Float 2556 2557 2558 Returns: 2559 Graph: A graph node producing a RGBAColor. 2560 """ 2561 r_parsed = parse_float_graph(r) 2562 g_parsed = parse_float_graph(g) 2563 b_parsed = parse_float_graph(b) 2564 a_parsed = parse_float_graph(a) 2565 return r_g_b_a_color_from_components_internal(r_parsed, g_parsed, b_parsed, a_parsed) 2566 2567def r_g_b_a_color_passthrough(value) -> Graph: 2568 """RGBA Color Passthrough 2569 2570 Responds with the value provided. Doing nothing to it. 2571 2572 Args: 2573 value: Graph of RGBAColor 2574 2575 2576 Returns: 2577 Graph: A graph node producing a RGBAColor. 2578 """ 2579 value_parsed = parse_graph(value) 2580 return r_g_b_a_color_passthrough_internal(value_parsed) 2581 2582def r_g_b_color_add_to_dictionary(dictionary, key, value) -> Graph: 2583 """RGB Color Add To Dictionary 2584 2585 Adds a RGB Color to a Dictionary 2586 2587 Args: 2588 dictionary: Graph of Dictionary 2589 key: Graph of String 2590 value: Graph of RGBColor 2591 2592 2593 Returns: 2594 Graph: A graph node producing a Dictionary. 2595 """ 2596 dictionary_parsed = parse_graph(dictionary) 2597 key_parsed = parse_string_graph(key) 2598 value_parsed = parse_graph(value) 2599 return r_g_b_color_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed) 2600 2601def r_g_b_color_from_components(r, g, b) -> Graph: 2602 """RGB Color from Components 2603 2604 Given the r, g and b creates the color 2605 2606 Args: 2607 red: Graph of Float 2608 green: Graph of Float 2609 blue: Graph of Float 2610 2611 2612 Returns: 2613 Graph: A graph node producing a RGBColor. 2614 """ 2615 r_parsed = parse_float_graph(r) 2616 g_parsed = parse_float_graph(g) 2617 b_parsed = parse_float_graph(b) 2618 return r_g_b_color_from_components_internal(r_parsed, g_parsed, b_parsed) 2619 2620def r_g_b_color_passthrough(value) -> Graph: 2621 """RGB Color Passthrough 2622 2623 Responds with the value provided. Doing nothing to it. 2624 2625 Args: 2626 value: Graph of RGBColor 2627 2628 2629 Returns: 2630 Graph: A graph node producing a RGBColor. 2631 """ 2632 value_parsed = parse_graph(value) 2633 return r_g_b_color_passthrough_internal(value_parsed) 2634 2635def r_g_b_to_ok_lab(rgb, color_profile) -> Graph: 2636 """RGB to OkLab 2637 2638 Converts an RGB color to an OkLab color 2639 2640 Args: 2641 RGB: Graph of RGBColor 2642 color profile: Graph of ColorProfile 2643 2644 2645 Returns: 2646 Graph: A graph node producing a OkLabColor. 2647 """ 2648 rgb_parsed = parse_graph(rgb) 2649 color_profile_parsed = parse_graph(color_profile) 2650 return r_g_b_to_ok_lab_internal(rgb_parsed, color_profile_parsed) 2651 2652def render_style_brush_and_fill(brush, fill) -> Graph: 2653 """Render Style Brush and Fill 2654 2655 Creates a render style that will have a brush and a fill. 2656 2657 Args: 2658 brush: Graph of Brush 2659 fill: Graph of Fill 2660 2661 2662 Returns: 2663 Graph: A graph node producing a RenderStyle. 2664 """ 2665 brush_parsed = parse_graph(brush) 2666 fill_parsed = parse_graph(fill) 2667 return render_style_brush_and_fill_internal(brush_parsed, fill_parsed) 2668 2669def render_style_brush_only(brush) -> Graph: 2670 """Render Style Brush Only 2671 2672 Creates a render style that will only have a brush. 2673 2674 Args: 2675 brush: Graph of Brush 2676 2677 2678 Returns: 2679 Graph: A graph node producing a RenderStyle. 2680 """ 2681 brush_parsed = parse_graph(brush) 2682 return render_style_brush_only_internal(brush_parsed) 2683 2684def render_style_fill_only(fill) -> Graph: 2685 """Render Style Fill Only 2686 2687 Creates a render style that will only have a fill. 2688 2689 Args: 2690 fill: Graph of Fill 2691 2692 2693 Returns: 2694 Graph: A graph node producing a RenderStyle. 2695 """ 2696 fill_parsed = parse_graph(fill) 2697 return render_style_fill_only_internal(fill_parsed) 2698 2699def sequence_adjust_speed(sequence, factor) -> Graph: 2700 """Sequence Adjust Speed 2701 2702 Adjusts the speed of a sequence by a speed factor. 2703 2704 Args: 2705 sequence: Graph of Sequence 2706 factor: Graph of Float 2707 2708 2709 Returns: 2710 Graph: A graph node producing a Sequence. 2711 """ 2712 sequence_parsed = parse_graph(sequence) 2713 factor_parsed = parse_float_graph(factor) 2714 return sequence_adjust_speed_internal(sequence_parsed, factor_parsed) 2715 2716def sequence_composition_at_time(sequence, time) -> Graph: 2717 """Sequence Composition at Time 2718 2719 Extracts an composition from a sequence at a particular time 2720 2721 Args: 2722 sequence: Graph of Sequence 2723 time: Graph of Float 2724 2725 2726 Returns: 2727 Graph: A graph node producing a Composition. 2728 """ 2729 sequence_parsed = parse_graph(sequence) 2730 time_parsed = parse_float_graph(time) 2731 return sequence_composition_at_time_internal(sequence_parsed, time_parsed) 2732 2733def sequence_concatenate(sequence_1, sequence_2) -> Graph: 2734 """Sequence Concatenate 2735 2736 Given two sequences, combines them into one by playing the first one and then the second one. 2737 2738 Args: 2739 sequence 1: Graph of Sequence 2740 sequence 2: Graph of Sequence 2741 2742 2743 Returns: 2744 Graph: A graph node producing a Sequence. 2745 """ 2746 sequence_1_parsed = parse_graph(sequence_1) 2747 sequence_2_parsed = parse_graph(sequence_2) 2748 return sequence_concatenate_internal(sequence_1_parsed, sequence_2_parsed) 2749 2750def sequence_duration(sequence) -> Graph: 2751 """Sequence Duration 2752 2753 Gets the duration from a sequence 2754 2755 Args: 2756 sequence: Graph of Sequence 2757 2758 2759 Returns: 2760 Graph: A graph node producing a Float. 2761 """ 2762 sequence_parsed = parse_graph(sequence) 2763 return sequence_duration_internal(sequence_parsed) 2764 2765def sequence_from_composition_and_duration(composition, duration) -> Graph: 2766 """Sequence from Composition and Duration 2767 2768 Give a Composition and a Duration. Returns a Sequence. 2769 2770 Args: 2771 composition: Graph of Composition 2772 duration: Graph of Float 2773 2774 2775 Returns: 2776 Graph: A graph node producing a Sequence. 2777 """ 2778 composition_parsed = parse_graph(composition) 2779 duration_parsed = parse_float_graph(duration) 2780 return sequence_from_composition_and_duration_internal(composition_parsed, duration_parsed) 2781 2782def sequence_from_u_r_l(url) -> Graph: 2783 """Sequence from URL 2784 2785 Creates a sequence from URL 2786 2787 Args: 2788 url: Graph of String 2789 2790 2791 Returns: 2792 Graph: A graph node producing a Sequence. 2793 """ 2794 url_parsed = parse_string_graph(url) 2795 return sequence_from_u_r_l_internal(url_parsed) 2796 2797def sequence_graph(duration, time, frame) -> Graph: 2798 """Sequence Graph 2799 2800 Creates a sequence that runs the graph to get the duration and the frame for each time. 2801 2802 Args: 2803 duration: Graph of Float 2804 time: Graph of Float 2805 frame: Graph of Composition 2806 2807 2808 Returns: 2809 Graph: A graph node producing a Sequence. 2810 """ 2811 duration_parsed = parse_float_graph(duration) 2812 time_parsed = parse_float_graph(time) 2813 frame_parsed = parse_graph(frame) 2814 return sequence_graph_internal(duration_parsed, time_parsed, frame_parsed) 2815 2816def sequence_grayscale(sequence) -> Graph: 2817 """Sequence Grayscale 2818 2819 Creates a sequence that converts the video to grayscale 2820 2821 Args: 2822 sequence: Graph of Sequence 2823 2824 2825 Returns: 2826 Graph: A graph node producing a Sequence. 2827 """ 2828 sequence_parsed = parse_graph(sequence) 2829 return sequence_grayscale_internal(sequence_parsed) 2830 2831def sequence_passthrough(value) -> Graph: 2832 """Sequence Passthrough 2833 2834 Responds with the value provided. Doing nothing to it. 2835 2836 Args: 2837 value: Graph of Sequence 2838 2839 2840 Returns: 2841 Graph: A graph node producing a Sequence. 2842 """ 2843 value_parsed = parse_graph(value) 2844 return sequence_passthrough_internal(value_parsed) 2845 2846def sequence_reverse(sequence) -> Graph: 2847 """Sequence Reverse 2848 2849 Given a sequence. Reverses it. 2850 2851 Args: 2852 sequence: Graph of Sequence 2853 2854 2855 Returns: 2856 Graph: A graph node producing a Sequence. 2857 """ 2858 sequence_parsed = parse_graph(sequence) 2859 return sequence_reverse_internal(sequence_parsed) 2860 2861def sequence_to_mp4(sequence, frame_rate) -> Graph: 2862 """Sequence To MP4 2863 2864 Given a sequence. Converts it to MP4 return a local file to where that MP4 is stored. 2865 2866 Args: 2867 sequence: Graph of Sequence 2868 frame rate: Graph of Int 2869 2870 2871 Returns: 2872 Graph: A graph node producing a ByteList. 2873 """ 2874 sequence_parsed = parse_graph(sequence) 2875 frame_rate_parsed = parse_int_graph(frame_rate) 2876 return sequence_to_mp4_internal(sequence_parsed, frame_rate_parsed) 2877 2878def sequence_trim_back(sequence, amount) -> Graph: 2879 """Sequence Trim Back 2880 2881 Given a sequence. Trims from the back. 2882 2883 Args: 2884 sequence: Graph of Sequence 2885 amount: Graph of Float 2886 2887 2888 Returns: 2889 Graph: A graph node producing a Sequence. 2890 """ 2891 sequence_parsed = parse_graph(sequence) 2892 amount_parsed = parse_float_graph(amount) 2893 return sequence_trim_back_internal(sequence_parsed, amount_parsed) 2894 2895def sequence_trim_front(sequence, amount) -> Graph: 2896 """Sequence Trim Front 2897 2898 Given a sequence. Trims from the front. 2899 2900 Args: 2901 sequence: Graph of Sequence 2902 amount: Graph of Float 2903 2904 2905 Returns: 2906 Graph: A graph node producing a Sequence. 2907 """ 2908 sequence_parsed = parse_graph(sequence) 2909 amount_parsed = parse_float_graph(amount) 2910 return sequence_trim_front_internal(sequence_parsed, amount_parsed) 2911 2912def string_if(bool, input_1, input_2) -> Graph: 2913 """String If 2914 2915 If the boolean is true returns input 1, otherwise input 2. Type: String 2916 2917 Args: 2918 bool: Graph of Bool 2919 input 1: Graph of String 2920 input 2: Graph of String 2921 2922 2923 Returns: 2924 Graph: A graph node producing a String. 2925 """ 2926 bool_parsed = parse_bool_graph(bool) 2927 input_1_parsed = parse_string_graph(input_1) 2928 input_2_parsed = parse_string_graph(input_2) 2929 return string_if_internal(bool_parsed, input_1_parsed, input_2_parsed) 2930 2931def transform2_identity() -> Graph: 2932 """Transform 2D Identity 2933 2934 Creates a 2D transform that is the identity transform. 2935 2936 Returns: 2937 Graph: A graph node producing a Transform2. 2938 """ 2939 return transform2_identity_internal() 2940 2941def transform2_if(bool, input_1, input_2) -> Graph: 2942 """Transform 2D If 2943 2944 If the boolean is true returns input 1, otherwise input 2. Type: Transform2 2945 2946 Args: 2947 bool: Graph of Bool 2948 input 1: Graph of Transform2 2949 input 2: Graph of Transform2 2950 2951 2952 Returns: 2953 Graph: A graph node producing a Transform2. 2954 """ 2955 bool_parsed = parse_bool_graph(bool) 2956 input_1_parsed = parse_graph(input_1) 2957 input_2_parsed = parse_graph(input_2) 2958 return transform2_if_internal(bool_parsed, input_1_parsed, input_2_parsed) 2959 2960def transform2_rotate(transform, angle) -> Graph: 2961 """Transform 2D Rotate 2962 2963 Applies a rotation to a 2D transform. Rotation is in radians. 2964 2965 Args: 2966 transform: Graph of Transform2 2967 angle in radians: Graph of Float 2968 2969 2970 Returns: 2971 Graph: A graph node producing a Transform2. 2972 """ 2973 transform_parsed = parse_graph(transform) 2974 angle_parsed = parse_float_graph(angle) 2975 return transform2_rotate_internal(transform_parsed, angle_parsed) 2976 2977def transform2_scale(transform, scale) -> Graph: 2978 """Transform 2D Scale 2979 2980 Applies a scale to a 2D transform. 2981 2982 Args: 2983 transform: Graph of Transform2 2984 scale: Graph of Vector2f 2985 2986 2987 Returns: 2988 Graph: A graph node producing a Transform2. 2989 """ 2990 transform_parsed = parse_graph(transform) 2991 scale_parsed = parse_graph(scale) 2992 return transform2_scale_internal(transform_parsed, scale_parsed) 2993 2994def transform2_to_list(item) -> Graph: 2995 """Transform 2D to List 2996 2997 Converts Transform 2D to a single item list 2998 2999 Args: 3000 item: Graph of Transform2 3001 3002 3003 Returns: 3004 Graph: A graph node producing a Transform2List. 3005 """ 3006 item_parsed = parse_graph(item) 3007 return transform2_to_list_internal(item_parsed) 3008 3009def transform2_translation(transform, translation) -> Graph: 3010 """Transform 2D Translation 3011 3012 Applies a translation to a 2D transform. 3013 3014 Args: 3015 transform: Graph of Transform2 3016 translation: Graph of Vector2f 3017 3018 3019 Returns: 3020 Graph: A graph node producing a Transform2. 3021 """ 3022 transform_parsed = parse_graph(transform) 3023 translation_parsed = parse_graph(translation) 3024 return transform2_translation_internal(transform_parsed, translation_parsed) 3025 3026def upload_byte_list(bytes, url, content_type) -> Graph: 3027 """Upload Byte List 3028 3029 Given bytes and a URL. Performs a PUT request and uploads the bytes 3030 3031 Args: 3032 bytes: Graph of ByteList 3033 url: Graph of String 3034 content type: Graph of String 3035 3036 3037 Returns: 3038 Graph: A graph node producing a Void. 3039 """ 3040 bytes_parsed = parse_graph(bytes) 3041 url_parsed = parse_string_graph(url) 3042 content_type_parsed = parse_string_graph(content_type) 3043 return upload_byte_list_internal(bytes_parsed, url_parsed, content_type_parsed) 3044 3045def upload_file_path(path, url, content_type) -> Graph: 3046 """Upload File Path 3047 3048 Reads a file from a local path on disk and uploads its contents to a URL via PUT request 3049 3050 Args: 3051 local file path to read: Graph of String 3052 url: Graph of String 3053 content type: Graph of String 3054 3055 3056 Returns: 3057 Graph: A graph node producing a Void. 3058 """ 3059 path_parsed = parse_string_graph(path) 3060 url_parsed = parse_string_graph(url) 3061 content_type_parsed = parse_string_graph(content_type) 3062 return upload_file_path_internal(path_parsed, url_parsed, content_type_parsed) 3063 3064def vector2_int_to_vector2_float(vector) -> Graph: 3065 """Vector 2 Int to Vector 2 Float 3066 3067 Given a Vector 2 Int. Creates a Vector 2 Float. 3068 3069 Args: 3070 vector: Graph of Vector2i 3071 3072 3073 Returns: 3074 Graph: A graph node producing a Vector2f. 3075 """ 3076 vector_parsed = parse_graph(vector) 3077 return vector2_int_to_vector2_float_internal(vector_parsed) 3078 3079def vector2f_add(lhs, rhs) -> Graph: 3080 """Vector 2 Float Add 3081 3082 Add two Vector 2s of Floats 3083 3084 Args: 3085 The vector on the left hand side of the add: Graph of Vector2f 3086 The vector on the right hand side of the add: Graph of Vector2f 3087 3088 3089 Returns: 3090 Graph: A graph node producing a Vector2f. 3091 """ 3092 lhs_parsed = parse_graph(lhs) 3093 rhs_parsed = parse_graph(rhs) 3094 return vector2f_add_internal(lhs_parsed, rhs_parsed) 3095 3096def vector2f_add_to_dictionary(dictionary, key, value) -> Graph: 3097 """Vector 2 Float Add To Dictionary 3098 3099 Adds a Vector 2 Float to a Dictionary 3100 3101 Args: 3102 dictionary: Graph of Dictionary 3103 key: Graph of String 3104 value: Graph of Vector2f 3105 3106 3107 Returns: 3108 Graph: A graph node producing a Dictionary. 3109 """ 3110 dictionary_parsed = parse_graph(dictionary) 3111 key_parsed = parse_string_graph(key) 3112 value_parsed = parse_graph(value) 3113 return vector2f_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed) 3114 3115def vector2f_from_components(x, y) -> Graph: 3116 """Vector 2 Float from Components 3117 3118 Given an x and y creates a vector. 3119 3120 Args: 3121 x: Graph of Float 3122 y: Graph of Float 3123 3124 3125 Returns: 3126 Graph: A graph node producing a Vector2f. 3127 """ 3128 x_parsed = parse_float_graph(x) 3129 y_parsed = parse_float_graph(y) 3130 return vector2f_from_components_internal(x_parsed, y_parsed) 3131 3132def vector2f_normalize(vector) -> Graph: 3133 """Vector 2 Float Normalize 3134 3135 Normalizes a Vector. Converting it's length to 1. 3136 3137 Args: 3138 Vector: Graph of Vector2f 3139 3140 3141 Returns: 3142 Graph: A graph node producing a Vector2f. 3143 """ 3144 vector_parsed = parse_graph(vector) 3145 return vector2f_normalize_internal(vector_parsed) 3146 3147def vector2f_passthrough(value) -> Graph: 3148 """Vector 2 Float Passthrough 3149 3150 Responds with the value provided. Doing nothing to it. 3151 3152 Args: 3153 value: Graph of Vector2f 3154 3155 3156 Returns: 3157 Graph: A graph node producing a Vector2f. 3158 """ 3159 value_parsed = parse_graph(value) 3160 return vector2f_passthrough_internal(value_parsed) 3161 3162def vector2f_scalar_multiply(vector, scalar) -> Graph: 3163 """Vector 2 Float Scalar Multiply 3164 3165 Multiplies each element of the Vector as a scalar 3166 3167 Args: 3168 Vector: Graph of Vector2f 3169 Scalar: Graph of Float 3170 3171 3172 Returns: 3173 Graph: A graph node producing a Vector2f. 3174 """ 3175 vector_parsed = parse_graph(vector) 3176 scalar_parsed = parse_float_graph(scalar) 3177 return vector2f_scalar_multiply_internal(vector_parsed, scalar_parsed) 3178 3179def vector2f_x(vector) -> Graph: 3180 """Vector 2 Float get X 3181 3182 Retrieves the X component of a Vector 2 Float. 3183 3184 Args: 3185 vector: Graph of Vector2f 3186 3187 3188 Returns: 3189 Graph: A graph node producing a Float. 3190 """ 3191 vector_parsed = parse_graph(vector) 3192 return vector2f_x_internal(vector_parsed) 3193 3194def vector2f_y(vector) -> Graph: 3195 """Vector 2 Float get Y 3196 3197 Retrieves the Y component of a Vector 2 Float. 3198 3199 Args: 3200 vector: Graph of Vector2f 3201 3202 3203 Returns: 3204 Graph: A graph node producing a Float. 3205 """ 3206 vector_parsed = parse_graph(vector) 3207 return vector2f_y_internal(vector_parsed) 3208 3209def vector2i_add(lhs, rhs) -> Graph: 3210 """Vector 2 Int Add 3211 3212 Add two Vector 2s of Ints 3213 3214 Args: 3215 The vector on the left hand side of the add: Graph of Vector2i 3216 The vector on the right hand side of the add: Graph of Vector2i 3217 3218 3219 Returns: 3220 Graph: A graph node producing a Vector2i. 3221 """ 3222 lhs_parsed = parse_graph(lhs) 3223 rhs_parsed = parse_graph(rhs) 3224 return vector2i_add_internal(lhs_parsed, rhs_parsed) 3225 3226def vector2i_add_to_dictionary(dictionary, key, value) -> Graph: 3227 """Vector 2 Int Add To Dictionary 3228 3229 Adds a Vector 2 Int to a Dictionary 3230 3231 Args: 3232 dictionary: Graph of Dictionary 3233 key: Graph of String 3234 value: Graph of Vector2i 3235 3236 3237 Returns: 3238 Graph: A graph node producing a Dictionary. 3239 """ 3240 dictionary_parsed = parse_graph(dictionary) 3241 key_parsed = parse_string_graph(key) 3242 value_parsed = parse_graph(value) 3243 return vector2i_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed) 3244 3245def vector2i_from_components(x, y) -> Graph: 3246 """Vector 2 Int from Components 3247 3248 Given an x and y creates a vector. 3249 3250 Args: 3251 x: Graph of Int 3252 y: Graph of Int 3253 3254 3255 Returns: 3256 Graph: A graph node producing a Vector2i. 3257 """ 3258 x_parsed = parse_int_graph(x) 3259 y_parsed = parse_int_graph(y) 3260 return vector2i_from_components_internal(x_parsed, y_parsed) 3261 3262def vector2i_passthrough(value) -> Graph: 3263 """Vector 2 Int Passthrough 3264 3265 Responds with the value provided. Doing nothing to it. 3266 3267 Args: 3268 value: Graph of Vector2i 3269 3270 3271 Returns: 3272 Graph: A graph node producing a Vector2i. 3273 """ 3274 value_parsed = parse_graph(value) 3275 return vector2i_passthrough_internal(value_parsed) 3276 3277def vector2i_to_vector2f(vector) -> Graph: 3278 """Vector 2 Int to Vector 2 Float 3279 3280 Given a Vector 2 Int. Creates a Vector 2 Float. 3281 3282 Args: 3283 vector: Graph of Vector2i 3284 3285 3286 Returns: 3287 Graph: A graph node producing a Vector2f. 3288 """ 3289 vector_parsed = parse_graph(vector) 3290 return vector2i_to_vector2f_internal(vector_parsed) 3291 3292def vector2i_x(vector) -> Graph: 3293 """Vector 2 Int get X 3294 3295 Retrieves the X component of a Vector 2 Int. 3296 3297 Args: 3298 vector: Graph of Vector2i 3299 3300 3301 Returns: 3302 Graph: A graph node producing a Int. 3303 """ 3304 vector_parsed = parse_graph(vector) 3305 return vector2i_x_internal(vector_parsed) 3306 3307def vector2i_y(vector) -> Graph: 3308 """Vector 2 Int get Y 3309 3310 Retrieves the Y component of a Vector 2 Int. 3311 3312 Args: 3313 vector: Graph of Vector2i 3314 3315 3316 Returns: 3317 Graph: A graph node producing a Int. 3318 """ 3319 vector_parsed = parse_graph(vector) 3320 return vector2i_y_internal(vector_parsed) 3321 3322def vector3f_add(lhs, rhs) -> Graph: 3323 """Vector 3 Float Add 3324 3325 Add two Vector 3s of Floats 3326 3327 Args: 3328 The vector on the left hand side of the add: Graph of Vector3f 3329 The vector on the right hand side of the add: Graph of Vector3f 3330 3331 3332 Returns: 3333 Graph: A graph node producing a Vector3f. 3334 """ 3335 lhs_parsed = parse_graph(lhs) 3336 rhs_parsed = parse_graph(rhs) 3337 return vector3f_add_internal(lhs_parsed, rhs_parsed) 3338 3339def vector3f_from_components(x, y, z) -> Graph: 3340 """Vector 3 Float from Components 3341 3342 Given an x, y and z creates a vector floats. 3343 3344 Args: 3345 x: Graph of Float 3346 y: Graph of Float 3347 z: Graph of Float 3348 3349 3350 Returns: 3351 Graph: A graph node producing a Vector3f. 3352 """ 3353 x_parsed = parse_float_graph(x) 3354 y_parsed = parse_float_graph(y) 3355 z_parsed = parse_float_graph(z) 3356 return vector3f_from_components_internal(x_parsed, y_parsed, z_parsed) 3357 3358def vector3f_normalize(vector) -> Graph: 3359 """Vector 3 Normalize 3360 3361 Normalizes a Vector 3 Float. Converting it's length to 1. 3362 3363 Args: 3364 Vector: Graph of Vector3f 3365 3366 3367 Returns: 3368 Graph: A graph node producing a Vector3f. 3369 """ 3370 vector_parsed = parse_graph(vector) 3371 return vector3f_normalize_internal(vector_parsed) 3372 3373def vector3f_x(vector) -> Graph: 3374 """Vector 3D Float X 3375 3376 Gets the value in the x component for the provided vector 3377 3378 Args: 3379 vector: Graph of Vector3f 3380 3381 3382 Returns: 3383 Graph: A graph node producing a Float. 3384 """ 3385 vector_parsed = parse_graph(vector) 3386 return vector3f_x_internal(vector_parsed) 3387 3388def vector3f_y(vector) -> Graph: 3389 """Vector 3D Y Float 3390 3391 Gets the value in the y component for the provided vector 3392 3393 Args: 3394 vector: Graph of Vector3f 3395 3396 3397 Returns: 3398 Graph: A graph node producing a Float. 3399 """ 3400 vector_parsed = parse_graph(vector) 3401 return vector3f_y_internal(vector_parsed) 3402 3403def vector3f_z(vector) -> Graph: 3404 """Vector 3D Float Z 3405 3406 Gets the value in the z component for the provided vector 3407 3408 Args: 3409 vector: Graph of Vector3f 3410 3411 3412 Returns: 3413 Graph: A graph node producing a Float. 3414 """ 3415 vector_parsed = parse_graph(vector) 3416 return vector3f_z_internal(vector_parsed) 3417 3418def xor(bool1, bool2) -> Graph: 3419 """Exclusive Or 3420 3421 Returns true if either the inputs are true. But false if both are true. 3422 3423 Args: 3424 the first bool: Graph of Bool 3425 The second bool: Graph of Bool 3426 3427 3428 Returns: 3429 Graph: A graph node producing a Bool. 3430 """ 3431 bool1_parsed = parse_bool_graph(bool1) 3432 bool2_parsed = parse_bool_graph(bool2) 3433 return xor_internal(bool1_parsed, bool2_parsed) 3434 3435 3436__all__ = [ 3437 # Core classes 3438 "Context", "Graph", "Project", "Type", 3439 "TypeDefinition", "NodeDefinition", "NodeDefinitionInput", "ImageRecipe", 3440 # Constant functions 3441 "int_constant", "float_constant", "string_constant", "bool_constant", 3442 # Node functions 3443 "abs", 3444 "and_", 3445 "bool_add_to_dictionary", 3446 "bool_if", 3447 "bounds2f_from_x_y_width_height", 3448 "bounds2i_from_x_y_width_height", 3449 "brush_solid", 3450 "byte_list_from_u_r_l", 3451 "color_profile_b_t709", 3452 "color_profile_ok_lab_a", 3453 "color_profile_p3", 3454 "color_profile_p_n_g_s_r_g_b", 3455 "color_profile_s_r_g_b", 3456 "composition_absolute_value", 3457 "composition_bilinear_interpolation", 3458 "composition_blend_add", 3459 "composition_blend_add_with_ok_lab", 3460 "composition_blend_alpha", 3461 "composition_blend_alpha_with_ok_lab", 3462 "composition_blend_divide", 3463 "composition_blend_divide_with_ok_lab", 3464 "composition_blend_max", 3465 "composition_blend_max_with_ok_lab", 3466 "composition_blend_min", 3467 "composition_blend_min_with_ok_lab", 3468 "composition_blend_multiply", 3469 "composition_blend_multiply_with_ok_lab", 3470 "composition_blend_subtract", 3471 "composition_blend_subtract_with_ok_lab", 3472 "composition_blend_with_factor", 3473 "composition_blend_with_mask", 3474 "composition_box_blur", 3475 "composition_box_blur_with_ok_lab", 3476 "composition_brightness_adjust", 3477 "composition_chroma_offset", 3478 "composition_color_convert", 3479 "composition_color_invert", 3480 "composition_color_profile", 3481 "composition_color_rect", 3482 "composition_color_threshold", 3483 "composition_contrast_adjustment", 3484 "composition_convolution", 3485 "composition_crop", 3486 "composition_custom_transformer_shader", 3487 "composition_face_landmarks", 3488 "composition_flip_horizontal", 3489 "composition_flip_vertical", 3490 "composition_from_asset", 3491 "composition_from_image", 3492 "composition_gaussian_blur", 3493 "composition_gaussian_blur_with_ok_lab", 3494 "composition_grayscale", 3495 "composition_l_curve", 3496 "composition_linear_transform", 3497 "composition_monet_women_with_parasol", 3498 "composition_morphological_max", 3499 "composition_morphological_min", 3500 "composition_painter", 3501 "composition_passthrough", 3502 "composition_perceptual_difference", 3503 "composition_pixelate", 3504 "composition_r_g_b_curve", 3505 "composition_render_to_image", 3506 "composition_rotate180", 3507 "composition_rotate90_clockwise", 3508 "composition_rotate90_counter_clockwise", 3509 "composition_saturation_adjust", 3510 "composition_scale_nearest_neighbor", 3511 "composition_segment_facial_skin", 3512 "composition_segment_mouth_lips_eyes_eyebrows", 3513 "composition_segment_person", 3514 "composition_segment_under_right_eye", 3515 "composition_sharpen", 3516 "composition_size", 3517 "composition_sobel_edge_detection", 3518 "composition_swirl", 3519 "composition_target_white_kelvin", 3520 "composition_to_ok_lab_hist", 3521 "composition_uniform_lightness", 3522 "composition_vignette", 3523 "composition_zoom_blur", 3524 "curve_evaluate", 3525 "curve_gamma", 3526 "curve_identity", 3527 "curve_pivoted_sigmoid", 3528 "curve_s_curve", 3529 "dictionary_create", 3530 "file_convert_m_p4_to_animated_web_p", 3531 "file_convert_m_p4_to_gif", 3532 "fill_custom", 3533 "fill_solid", 3534 "float_add", 3535 "float_add_to_dictionary", 3536 "float_cos", 3537 "float_divide", 3538 "float_equals", 3539 "float_greater_than", 3540 "float_greater_than_or_equal", 3541 "float_if", 3542 "float_lerp", 3543 "float_less_than", 3544 "float_less_than_or_equal", 3545 "float_max", 3546 "float_min", 3547 "float_multiply", 3548 "float_passthrough", 3549 "float_pow", 3550 "float_round_to_int", 3551 "float_sin", 3552 "float_square_root", 3553 "float_squared", 3554 "float_subtract", 3555 "image_from_byte_list", 3556 "image_to_byte_list", 3557 "int_abs", 3558 "int_add", 3559 "int_add_to_dictionary", 3560 "int_equals", 3561 "int_greater_than", 3562 "int_greater_than_or_equal", 3563 "int_if", 3564 "int_less_than", 3565 "int_less_than_or_equal", 3566 "int_max", 3567 "int_min", 3568 "int_multiply", 3569 "int_passthrough", 3570 "int_subtract", 3571 "int_to_float", 3572 "monet_network_download_u_r_l_from_asset_i_d", 3573 "not_", 3574 "null_value", 3575 "ok_lab_color_from_components", 3576 "ok_lab_hist_lightness_quantile", 3577 "ok_lab_to_r_g_b", 3578 "or_", 3579 "painter_add_ellipse_with_render_style", 3580 "painter_add_path_with_render_style", 3581 "painter_add_rectangle_with_render_style", 3582 "painter_new", 3583 "path_line_to_point", 3584 "path_move_to_point", 3585 "path_new", 3586 "pi", 3587 "point2f_from_components", 3588 "r_g_b_a_color_add_to_dictionary", 3589 "r_g_b_a_color_from_components", 3590 "r_g_b_a_color_passthrough", 3591 "r_g_b_color_add_to_dictionary", 3592 "r_g_b_color_from_components", 3593 "r_g_b_color_passthrough", 3594 "r_g_b_to_ok_lab", 3595 "render_style_brush_and_fill", 3596 "render_style_brush_only", 3597 "render_style_fill_only", 3598 "sequence_adjust_speed", 3599 "sequence_composition_at_time", 3600 "sequence_concatenate", 3601 "sequence_duration", 3602 "sequence_from_composition_and_duration", 3603 "sequence_from_u_r_l", 3604 "sequence_graph", 3605 "sequence_grayscale", 3606 "sequence_passthrough", 3607 "sequence_reverse", 3608 "sequence_to_mp4", 3609 "sequence_trim_back", 3610 "sequence_trim_front", 3611 "string_if", 3612 "transform2_identity", 3613 "transform2_if", 3614 "transform2_rotate", 3615 "transform2_scale", 3616 "transform2_to_list", 3617 "transform2_translation", 3618 "upload_byte_list", 3619 "upload_file_path", 3620 "vector2_int_to_vector2_float", 3621 "vector2f_add", 3622 "vector2f_add_to_dictionary", 3623 "vector2f_from_components", 3624 "vector2f_normalize", 3625 "vector2f_passthrough", 3626 "vector2f_scalar_multiply", 3627 "vector2f_x", 3628 "vector2f_y", 3629 "vector2i_add", 3630 "vector2i_add_to_dictionary", 3631 "vector2i_from_components", 3632 "vector2i_passthrough", 3633 "vector2i_to_vector2f", 3634 "vector2i_x", 3635 "vector2i_y", 3636 "vector3f_add", 3637 "vector3f_from_components", 3638 "vector3f_normalize", 3639 "vector3f_x", 3640 "vector3f_y", 3641 "vector3f_z", 3642 "xor", 3643 ]
class
Context:
class
Graph:
class
Project:
class
Type:
The result of executing a graph node.
class
TypeDefinition:
class
NodeDefinition:
class
NodeDefinitionInput:
class
ImageRecipe:
Wraps image_recipe::ImageRecipe for Python. Methods return new PyImageRecipe instances following ImageRecipe's immutable builder pattern.
def
int_constant(value) -> Graph:
def
float_constant(value) -> Graph:
def
string_constant(value: str) -> Graph:
def
bool_constant(value: bool) -> Graph:
def
abs(number) -> Graph:
76def abs(number) -> Graph: 77 """Absolute Value 78 79 Returns the absolute value of a float 80 81 Args: 82 number: Graph of Float 83 84 85 Returns: 86 Graph: A graph node producing a Float. 87 """ 88 number_parsed = parse_float_graph(number) 89 return abs_internal(number_parsed)
Absolute Value
Returns the absolute value of a float
Args: number: Graph of Float
Returns: Graph: A graph node producing a Float.
def
and_(bool1, bool2) -> Graph:
91def and_(bool1, bool2) -> Graph: 92 """And 93 94 Returns true if both inputs are true. 95 96 Args: 97 the first bool: Graph of Bool 98 The second bool: Graph of Bool 99 100 101 Returns: 102 Graph: A graph node producing a Bool. 103 """ 104 bool1_parsed = parse_bool_graph(bool1) 105 bool2_parsed = parse_bool_graph(bool2) 106 return and_internal(bool1_parsed, bool2_parsed)
And
Returns true if both inputs are true.
Args: the first bool: Graph of Bool The second bool: Graph of Bool
Returns: Graph: A graph node producing a Bool.
def
bool_add_to_dictionary(dictionary, key, value) -> Graph:
108def bool_add_to_dictionary(dictionary, key, value) -> Graph: 109 """Bool Add To Dictionary 110 111 Adds a Bool to a Dictionary 112 113 Args: 114 dictionary: Graph of Dictionary 115 key: Graph of String 116 value: Graph of Bool 117 118 119 Returns: 120 Graph: A graph node producing a Dictionary. 121 """ 122 dictionary_parsed = parse_graph(dictionary) 123 key_parsed = parse_string_graph(key) 124 value_parsed = parse_bool_graph(value) 125 return bool_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed)
Bool Add To Dictionary
Adds a Bool to a Dictionary
Args: dictionary: Graph of Dictionary key: Graph of String value: Graph of Bool
Returns: Graph: A graph node producing a Dictionary.
def
bool_if(bool, input_1, input_2) -> Graph:
127def bool_if(bool, input_1, input_2) -> Graph: 128 """Bool If 129 130 If the boolean is true returns input 1, otherwise input 2. Type: Bool 131 132 Args: 133 bool: Graph of Bool 134 input 1: Graph of Bool 135 input 2: Graph of Bool 136 137 138 Returns: 139 Graph: A graph node producing a Bool. 140 """ 141 bool_parsed = parse_bool_graph(bool) 142 input_1_parsed = parse_bool_graph(input_1) 143 input_2_parsed = parse_bool_graph(input_2) 144 return bool_if_internal(bool_parsed, input_1_parsed, input_2_parsed)
Bool If
If the boolean is true returns input 1, otherwise input 2. Type: Bool
Args: bool: Graph of Bool input 1: Graph of Bool input 2: Graph of Bool
Returns: Graph: A graph node producing a Bool.
def
bounds2f_from_x_y_width_height(x, y, width, height) -> Graph:
146def bounds2f_from_x_y_width_height(x, y, width, height) -> Graph: 147 """Bounds 2D Float from X, Y, Width & Height 148 149 Creates the bounds of a 2D float region from its X, Y, Width and Height. 150 151 Args: 152 x: Graph of Float 153 y: Graph of Float 154 width: Graph of Float 155 height: Graph of Float 156 157 158 Returns: 159 Graph: A graph node producing a Bounds2f. 160 """ 161 x_parsed = parse_float_graph(x) 162 y_parsed = parse_float_graph(y) 163 width_parsed = parse_float_graph(width) 164 height_parsed = parse_float_graph(height) 165 return bounds2f_from_x_y_width_height_internal(x_parsed, y_parsed, width_parsed, height_parsed)
Bounds 2D Float from X, Y, Width & Height
Creates the bounds of a 2D float region from its X, Y, Width and Height.
Args: x: Graph of Float y: Graph of Float width: Graph of Float height: Graph of Float
Returns: Graph: A graph node producing a Bounds2f.
def
bounds2i_from_x_y_width_height(x, y, width, height) -> Graph:
167def bounds2i_from_x_y_width_height(x, y, width, height) -> Graph: 168 """Bounds 2D Int from X, Y, Width & Height 169 170 Creates the bounds of a 2D array from its X, Y, Width and Height. 171 172 Args: 173 x: Graph of Int 174 y: Graph of Int 175 width: Graph of Int 176 height: Graph of Int 177 178 179 Returns: 180 Graph: A graph node producing a Bounds2i. 181 """ 182 x_parsed = parse_int_graph(x) 183 y_parsed = parse_int_graph(y) 184 width_parsed = parse_int_graph(width) 185 height_parsed = parse_int_graph(height) 186 return bounds2i_from_x_y_width_height_internal(x_parsed, y_parsed, width_parsed, height_parsed)
Bounds 2D Int from X, Y, Width & Height
Creates the bounds of a 2D array from its X, Y, Width and Height.
Args: x: Graph of Int y: Graph of Int width: Graph of Int height: Graph of Int
Returns: Graph: A graph node producing a Bounds2i.
def
brush_solid(color, radius) -> Graph:
188def brush_solid(color, radius) -> Graph: 189 """Brush Solid 190 191 Creates a brush with a color and radius. Will stroke with the solid color. 192 193 Args: 194 color: Graph of RGBAColor 195 radius: Graph of Float 196 197 198 Returns: 199 Graph: A graph node producing a Brush. 200 """ 201 color_parsed = parse_graph(color) 202 radius_parsed = parse_float_graph(radius) 203 return brush_solid_internal(color_parsed, radius_parsed)
Brush Solid
Creates a brush with a color and radius. Will stroke with the solid color.
Args: color: Graph of RGBAColor radius: Graph of Float
Returns: Graph: A graph node producing a Brush.
def
byte_list_from_u_r_l(url) -> Graph:
205def byte_list_from_u_r_l(url) -> Graph: 206 """Byte List from URL 207 208 Given a URL. Performs a GET request and downloads the result as bytes. 209 210 Args: 211 url: Graph of String 212 213 214 Returns: 215 Graph: A graph node producing a ByteList. 216 """ 217 url_parsed = parse_string_graph(url) 218 return byte_list_from_u_r_l_internal(url_parsed)
Byte List from URL
Given a URL. Performs a GET request and downloads the result as bytes.
Args: url: Graph of String
Returns: Graph: A graph node producing a ByteList.
def
color_profile_b_t709() -> Graph:
220def color_profile_b_t709() -> Graph: 221 """Color Profile BT.709 222 223 Creates a BT.709 Color Profile 224 225 Returns: 226 Graph: A graph node producing a ColorProfile. 227 """ 228 return color_profile_b_t709_internal()
Color Profile BT.709
Creates a BT.709 Color Profile
Returns: Graph: A graph node producing a ColorProfile.
def
color_profile_ok_lab_a() -> Graph:
230def color_profile_ok_lab_a() -> Graph: 231 """Color Profile OkLabA 232 233 Creates an OkLabA color profile. OkLab with also an alpha component. 234 235 Returns: 236 Graph: A graph node producing a ColorProfile. 237 """ 238 return color_profile_ok_lab_a_internal()
Color Profile OkLabA
Creates an OkLabA color profile. OkLab with also an alpha component.
Returns: Graph: A graph node producing a ColorProfile.
def
color_profile_p3() -> Graph:
240def color_profile_p3() -> Graph: 241 """Color Profile P3 242 243 Creates a P3 Color Profile 244 245 Returns: 246 Graph: A graph node producing a ColorProfile. 247 """ 248 return color_profile_p3_internal()
Color Profile P3
Creates a P3 Color Profile
Returns: Graph: A graph node producing a ColorProfile.
def
color_profile_p_n_g_s_r_g_b() -> Graph:
250def color_profile_p_n_g_s_r_g_b() -> Graph: 251 """Color Profile PNG sRGB 252 253 Creates a color profile that is the same one as PNG sRGB. 254 255 Returns: 256 Graph: A graph node producing a ColorProfile. 257 """ 258 return color_profile_p_n_g_s_r_g_b_internal()
Color Profile PNG sRGB
Creates a color profile that is the same one as PNG sRGB.
Returns: Graph: A graph node producing a ColorProfile.
def
color_profile_s_r_g_b() -> Graph:
260def color_profile_s_r_g_b() -> Graph: 261 """Color Profile sRGB 262 263 Creates an sRGB Color Profile 264 265 Returns: 266 Graph: A graph node producing a ColorProfile. 267 """ 268 return color_profile_s_r_g_b_internal()
Color Profile sRGB
Creates an sRGB Color Profile
Returns: Graph: A graph node producing a ColorProfile.
def
composition_absolute_value(image) -> Graph:
270def composition_absolute_value(image) -> Graph: 271 """Composition Absolute Value 272 273 Takes the absolute value of all the pixels in the image. 274 275 Args: 276 image: Graph of Composition 277 278 279 Returns: 280 Graph: A graph node producing a Composition. 281 """ 282 image_parsed = parse_graph(image) 283 return composition_absolute_value_internal(image_parsed)
Composition Absolute Value
Takes the absolute value of all the pixels in the image.
Args: image: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_bilinear_interpolation(composition, size) -> Graph:
285def composition_bilinear_interpolation(composition, size) -> Graph: 286 """Composition Scale Bilinear Interpolation 287 288 Uses the bilinear interpolation algorithm to scale an image recipe 289 290 Args: 291 composition: Graph of Composition 292 size: Graph of Vector2i 293 294 295 Returns: 296 Graph: A graph node producing a Composition. 297 """ 298 composition_parsed = parse_graph(composition) 299 size_parsed = parse_graph(size) 300 return composition_bilinear_interpolation_internal(composition_parsed, size_parsed)
Composition Scale Bilinear Interpolation
Uses the bilinear interpolation algorithm to scale an image recipe
Args: composition: Graph of Composition size: Graph of Vector2i
Returns: Graph: A graph node producing a Composition.
def
composition_blend_add(foreground, background, foreground_transform) -> Graph:
302def composition_blend_add(foreground, background, foreground_transform) -> Graph: 303 """Composition Blend Add 304 305 Adds the foreground and background images together using additive blending. 306 307 Args: 308 foreground: Graph of Composition 309 background: Graph of Composition 310 foreground transform: Graph of Transform2 311 312 313 Returns: 314 Graph: A graph node producing a Composition. 315 """ 316 foreground_parsed = parse_graph(foreground) 317 background_parsed = parse_graph(background) 318 foreground_transform_parsed = parse_graph(foreground_transform) 319 return composition_blend_add_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Add
Adds the foreground and background images together using additive blending.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_add_with_ok_lab(foreground, background, foreground_transform) -> Graph:
321def composition_blend_add_with_ok_lab(foreground, background, foreground_transform) -> Graph: 322 """Composition Blend Add with OkLab 323 324 Adds the foreground and background images together using additive blending in OkLab color space. 325 326 Args: 327 foreground: Graph of Composition 328 background: Graph of Composition 329 foreground transform: Graph of Transform2 330 331 332 Returns: 333 Graph: A graph node producing a Composition. 334 """ 335 foreground_parsed = parse_graph(foreground) 336 background_parsed = parse_graph(background) 337 foreground_transform_parsed = parse_graph(foreground_transform) 338 return composition_blend_add_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Add with OkLab
Adds the foreground and background images together using additive blending in OkLab color space.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_alpha(foreground, background, foreground_transform) -> Graph:
340def composition_blend_alpha(foreground, background, foreground_transform) -> Graph: 341 """Composition Blend Alpha 342 343 Blends between the foreground and background using the alpha component of the foreground. 1 is foreground. 0 is background. 344 345 Args: 346 foreground: Graph of Composition 347 background: Graph of Composition 348 foreground transform: Graph of Transform2 349 350 351 Returns: 352 Graph: A graph node producing a Composition. 353 """ 354 foreground_parsed = parse_graph(foreground) 355 background_parsed = parse_graph(background) 356 foreground_transform_parsed = parse_graph(foreground_transform) 357 return composition_blend_alpha_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Alpha
Blends between the foreground and background using the alpha component of the foreground. 1 is foreground. 0 is background.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_alpha_with_ok_lab(foreground, background, foreground_transform) -> Graph:
359def composition_blend_alpha_with_ok_lab(foreground, background, foreground_transform) -> Graph: 360 """Composition Blend Alpha with OkLab 361 362 Blends between the foreground and background using the alpha component of the foreground in OkLab color space. 1 is foreground. 0 is background. 363 364 Args: 365 foreground: Graph of Composition 366 background: Graph of Composition 367 foreground transform: Graph of Transform2 368 369 370 Returns: 371 Graph: A graph node producing a Composition. 372 """ 373 foreground_parsed = parse_graph(foreground) 374 background_parsed = parse_graph(background) 375 foreground_transform_parsed = parse_graph(foreground_transform) 376 return composition_blend_alpha_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Alpha with OkLab
Blends between the foreground and background using the alpha component of the foreground in OkLab color space. 1 is foreground. 0 is background.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_divide(foreground, background, foreground_transform) -> Graph:
378def composition_blend_divide(foreground, background, foreground_transform) -> Graph: 379 """Composition Blend Divide 380 381 Divides the background image by the foreground image using division blending. 382 383 Args: 384 foreground: Graph of Composition 385 background: Graph of Composition 386 foreground transform: Graph of Transform2 387 388 389 Returns: 390 Graph: A graph node producing a Composition. 391 """ 392 foreground_parsed = parse_graph(foreground) 393 background_parsed = parse_graph(background) 394 foreground_transform_parsed = parse_graph(foreground_transform) 395 return composition_blend_divide_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Divide
Divides the background image by the foreground image using division blending.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_divide_with_ok_lab(foreground, background, foreground_transform) -> Graph:
397def composition_blend_divide_with_ok_lab(foreground, background, foreground_transform) -> Graph: 398 """Composition Blend Divide with OkLab 399 400 Divides the background image by the foreground image using division blending in OkLab color space. 401 402 Args: 403 foreground: Graph of Composition 404 background: Graph of Composition 405 foreground transform: Graph of Transform2 406 407 408 Returns: 409 Graph: A graph node producing a Composition. 410 """ 411 foreground_parsed = parse_graph(foreground) 412 background_parsed = parse_graph(background) 413 foreground_transform_parsed = parse_graph(foreground_transform) 414 return composition_blend_divide_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Divide with OkLab
Divides the background image by the foreground image using division blending in OkLab color space.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_max(foreground, background, foreground_transform) -> Graph:
416def composition_blend_max(foreground, background, foreground_transform) -> Graph: 417 """Composition Blend Max 418 419 Blends the foreground and background images using maximum value blending. 420 421 Args: 422 foreground: Graph of Composition 423 background: Graph of Composition 424 foreground transform: Graph of Transform2 425 426 427 Returns: 428 Graph: A graph node producing a Composition. 429 """ 430 foreground_parsed = parse_graph(foreground) 431 background_parsed = parse_graph(background) 432 foreground_transform_parsed = parse_graph(foreground_transform) 433 return composition_blend_max_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Max
Blends the foreground and background images using maximum value blending.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_max_with_ok_lab(foreground, background, foreground_transform) -> Graph:
435def composition_blend_max_with_ok_lab(foreground, background, foreground_transform) -> Graph: 436 """Composition Blend Max with OkLab 437 438 Blends the foreground and background images using maximum value blending in OkLab color space. 439 440 Args: 441 foreground: Graph of Composition 442 background: Graph of Composition 443 foreground transform: Graph of Transform2 444 445 446 Returns: 447 Graph: A graph node producing a Composition. 448 """ 449 foreground_parsed = parse_graph(foreground) 450 background_parsed = parse_graph(background) 451 foreground_transform_parsed = parse_graph(foreground_transform) 452 return composition_blend_max_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Max with OkLab
Blends the foreground and background images using maximum value blending in OkLab color space.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_min(foreground, background, foreground_transform) -> Graph:
454def composition_blend_min(foreground, background, foreground_transform) -> Graph: 455 """Composition Blend Min 456 457 Blends the foreground and background images using minimum blending, taking the minimum value for each pixel. 458 459 Args: 460 foreground: Graph of Composition 461 background: Graph of Composition 462 foreground transform: Graph of Transform2 463 464 465 Returns: 466 Graph: A graph node producing a Composition. 467 """ 468 foreground_parsed = parse_graph(foreground) 469 background_parsed = parse_graph(background) 470 foreground_transform_parsed = parse_graph(foreground_transform) 471 return composition_blend_min_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Min
Blends the foreground and background images using minimum blending, taking the minimum value for each pixel.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_min_with_ok_lab(foreground, background, foreground_transform) -> Graph:
473def composition_blend_min_with_ok_lab(foreground, background, foreground_transform) -> Graph: 474 """Composition Blend Min with OkLab 475 476 Blends the foreground and background images using minimum blending in OkLab color space, taking the minimum value for each pixel. 477 478 Args: 479 foreground: Graph of Composition 480 background: Graph of Composition 481 foreground transform: Graph of Transform2 482 483 484 Returns: 485 Graph: A graph node producing a Composition. 486 """ 487 foreground_parsed = parse_graph(foreground) 488 background_parsed = parse_graph(background) 489 foreground_transform_parsed = parse_graph(foreground_transform) 490 return composition_blend_min_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Min with OkLab
Blends the foreground and background images using minimum blending in OkLab color space, taking the minimum value for each pixel.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_multiply(foreground, background, foreground_transform) -> Graph:
492def composition_blend_multiply(foreground, background, foreground_transform) -> Graph: 493 """Composition Blend Multiply 494 495 Multiplies the foreground and background images together using multiply blending. 496 497 Args: 498 foreground: Graph of Composition 499 background: Graph of Composition 500 foreground transform: Graph of Transform2 501 502 503 Returns: 504 Graph: A graph node producing a Composition. 505 """ 506 foreground_parsed = parse_graph(foreground) 507 background_parsed = parse_graph(background) 508 foreground_transform_parsed = parse_graph(foreground_transform) 509 return composition_blend_multiply_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Multiply
Multiplies the foreground and background images together using multiply blending.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_multiply_with_ok_lab(foreground, background, foreground_transform) -> Graph:
511def composition_blend_multiply_with_ok_lab(foreground, background, foreground_transform) -> Graph: 512 """Composition Blend Multiply with OkLab 513 514 Multiplies the foreground and background images together using multiply blending in OkLab color space. 515 516 Args: 517 foreground: Graph of Composition 518 background: Graph of Composition 519 foreground transform: Graph of Transform2 520 521 522 Returns: 523 Graph: A graph node producing a Composition. 524 """ 525 foreground_parsed = parse_graph(foreground) 526 background_parsed = parse_graph(background) 527 foreground_transform_parsed = parse_graph(foreground_transform) 528 return composition_blend_multiply_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Multiply with OkLab
Multiplies the foreground and background images together using multiply blending in OkLab color space.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_subtract(foreground, background, foreground_transform) -> Graph:
530def composition_blend_subtract(foreground, background, foreground_transform) -> Graph: 531 """Composition Blend Subtract 532 533 Subtracts the foreground image from the background image using subtractive blending. 534 535 Args: 536 foreground: Graph of Composition 537 background: Graph of Composition 538 foreground transform: Graph of Transform2 539 540 541 Returns: 542 Graph: A graph node producing a Composition. 543 """ 544 foreground_parsed = parse_graph(foreground) 545 background_parsed = parse_graph(background) 546 foreground_transform_parsed = parse_graph(foreground_transform) 547 return composition_blend_subtract_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Subtract
Subtracts the foreground image from the background image using subtractive blending.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_subtract_with_ok_lab(foreground, background, foreground_transform) -> Graph:
549def composition_blend_subtract_with_ok_lab(foreground, background, foreground_transform) -> Graph: 550 """Composition Blend Subtract with OkLab 551 552 Subtracts the foreground image from the background image using subtractive blending in OkLab color space. 553 554 Args: 555 foreground: Graph of Composition 556 background: Graph of Composition 557 foreground transform: Graph of Transform2 558 559 560 Returns: 561 Graph: A graph node producing a Composition. 562 """ 563 foreground_parsed = parse_graph(foreground) 564 background_parsed = parse_graph(background) 565 foreground_transform_parsed = parse_graph(foreground_transform) 566 return composition_blend_subtract_with_ok_lab_internal(foreground_parsed, background_parsed, foreground_transform_parsed)
Composition Blend Subtract with OkLab
Subtracts the foreground image from the background image using subtractive blending in OkLab color space.
Args: foreground: Graph of Composition background: Graph of Composition foreground transform: Graph of Transform2
Returns: Graph: A graph node producing a Composition.
def
composition_blend_with_factor(foreground, background, factor) -> Graph:
568def composition_blend_with_factor(foreground, background, factor) -> Graph: 569 """Composition Blend with Factor 570 571 Blends the foreground and background compositions together using a factor. Internally, this modifies the alpha of the foreground by multiplying by the factor on the alpha component and then performing an alpha blend. 572 573 Args: 574 foreground: Graph of Composition 575 background: Graph of Composition 576 factor: Graph of Composition 577 578 579 Returns: 580 Graph: A graph node producing a Composition. 581 """ 582 foreground_parsed = parse_graph(foreground) 583 background_parsed = parse_graph(background) 584 factor_parsed = parse_graph(factor) 585 return composition_blend_with_factor_internal(foreground_parsed, background_parsed, factor_parsed)
Composition Blend with Factor
Blends the foreground and background compositions together using a factor. Internally, this modifies the alpha of the foreground by multiplying by the factor on the alpha component and then performing an alpha blend.
Args: foreground: Graph of Composition background: Graph of Composition factor: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_blend_with_mask(foreground, background, mask) -> Graph:
587def composition_blend_with_mask(foreground, background, mask) -> Graph: 588 """Composition Blend with Mask 589 590 Given a mask. Blends between the foreground and background using the r component of the mask. 1 is foreground. 0 is background. 591 592 Args: 593 foreground: Graph of Composition 594 background: Graph of Composition 595 mask: Graph of Composition 596 597 598 Returns: 599 Graph: A graph node producing a Composition. 600 """ 601 foreground_parsed = parse_graph(foreground) 602 background_parsed = parse_graph(background) 603 mask_parsed = parse_graph(mask) 604 return composition_blend_with_mask_internal(foreground_parsed, background_parsed, mask_parsed)
Composition Blend with Mask
Given a mask. Blends between the foreground and background using the r component of the mask. 1 is foreground. 0 is background.
Args: foreground: Graph of Composition background: Graph of Composition mask: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_box_blur(composition, dimension) -> Graph:
606def composition_box_blur(composition, dimension) -> Graph: 607 """Composition Box Blur 608 609 Applies a box blur to an image. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on. 610 611 Args: 612 composition: Graph of Composition 613 dimension: Graph of Int 614 615 616 Returns: 617 Graph: A graph node producing a Composition. 618 """ 619 composition_parsed = parse_graph(composition) 620 dimension_parsed = parse_int_graph(dimension) 621 return composition_box_blur_internal(composition_parsed, dimension_parsed)
Composition Box Blur
Applies a box blur to an image. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on.
Args: composition: Graph of Composition dimension: Graph of Int
Returns: Graph: A graph node producing a Composition.
def
composition_box_blur_with_ok_lab(composition, dimension) -> Graph:
623def composition_box_blur_with_ok_lab(composition, dimension) -> Graph: 624 """Composition Box Blur with OkLab 625 626 Applies a box blur to an image in OkLab color space. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on. 627 628 Args: 629 composition: Graph of Composition 630 dimension: Graph of Int 631 632 633 Returns: 634 Graph: A graph node producing a Composition. 635 """ 636 composition_parsed = parse_graph(composition) 637 dimension_parsed = parse_int_graph(dimension) 638 return composition_box_blur_with_ok_lab_internal(composition_parsed, dimension_parsed)
Composition Box Blur with OkLab
Applies a box blur to an image in OkLab color space. Dimension is the size. 1 corresponding to 3x3, 2 5x5 and so on.
Args: composition: Graph of Composition dimension: Graph of Int
Returns: Graph: A graph node producing a Composition.
def
composition_brightness_adjust(composition, scale) -> Graph:
640def composition_brightness_adjust(composition, scale) -> Graph: 641 """Composition Brightness Adjust 642 643 Adjusts the brightness of an image by a given factor. Internally, works by modifying the L component of OkLab by multiplying it by the scale. 644 645 Args: 646 composition: Graph of Composition 647 scale: Graph of Float 648 649 650 Returns: 651 Graph: A graph node producing a Composition. 652 """ 653 composition_parsed = parse_graph(composition) 654 scale_parsed = parse_float_graph(scale) 655 return composition_brightness_adjust_internal(composition_parsed, scale_parsed)
Composition Brightness Adjust
Adjusts the brightness of an image by a given factor. Internally, works by modifying the L component of OkLab by multiplying it by the scale.
Args: composition: Graph of Composition scale: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_chroma_offset(composition, offset) -> Graph:
657def composition_chroma_offset(composition, offset) -> Graph: 658 """Composition Chroma Offset 659 660 Applies a chroma offset to an image. This is done by modifying the a and b components of OkLab. For the vector, X applies to a, Y to to b. 661 662 Args: 663 composition: Graph of Composition 664 offset: Graph of Vector2f 665 666 667 Returns: 668 Graph: A graph node producing a Composition. 669 """ 670 composition_parsed = parse_graph(composition) 671 offset_parsed = parse_graph(offset) 672 return composition_chroma_offset_internal(composition_parsed, offset_parsed)
Composition Chroma Offset
Applies a chroma offset to an image. This is done by modifying the a and b components of OkLab. For the vector, X applies to a, Y to to b.
Args: composition: Graph of Composition offset: Graph of Vector2f
Returns: Graph: A graph node producing a Composition.
def
composition_color_convert(composition, color_profile) -> Graph:
674def composition_color_convert(composition, color_profile) -> Graph: 675 """Composition Color Convert 676 677 Converts a Composition from one color space to another. 678 679 Args: 680 composition: Graph of Composition 681 color profile: Graph of ColorProfile 682 683 684 Returns: 685 Graph: A graph node producing a Composition. 686 """ 687 composition_parsed = parse_graph(composition) 688 color_profile_parsed = parse_graph(color_profile) 689 return composition_color_convert_internal(composition_parsed, color_profile_parsed)
Composition Color Convert
Converts a Composition from one color space to another.
Args: composition: Graph of Composition color profile: Graph of ColorProfile
Returns: Graph: A graph node producing a Composition.
def
composition_color_invert(composition) -> Graph:
691def composition_color_invert(composition) -> Graph: 692 """Composition Color Invert 693 694 Applies a color invert operation to a Composition. Taking 1 and subtracting each RGB operation against it. 695 696 Args: 697 composition: Graph of Composition 698 699 700 Returns: 701 Graph: A graph node producing a Composition. 702 """ 703 composition_parsed = parse_graph(composition) 704 return composition_color_invert_internal(composition_parsed)
Composition Color Invert
Applies a color invert operation to a Composition. Taking 1 and subtracting each RGB operation against it.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_color_profile(composition) -> Graph:
706def composition_color_profile(composition) -> Graph: 707 """Composition Color Profile 708 709 Gets the color profile associated with a Composition 710 711 Args: 712 composition: Graph of Composition 713 714 715 Returns: 716 Graph: A graph node producing a ColorProfile. 717 """ 718 composition_parsed = parse_graph(composition) 719 return composition_color_profile_internal(composition_parsed)
Composition Color Profile
Gets the color profile associated with a Composition
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a ColorProfile.
def
composition_color_rect(color, color_profile, size) -> Graph:
721def composition_color_rect(color, color_profile, size) -> Graph: 722 """Composition Color Rect 723 724 Given a color and it's color proile. Creates a rectangle Composition of that color. 725 726 Args: 727 color: Graph of RGBAColor 728 color profile: Graph of ColorProfile 729 size: Graph of Vector2i 730 731 732 Returns: 733 Graph: A graph node producing a Composition. 734 """ 735 color_parsed = parse_graph(color) 736 color_profile_parsed = parse_graph(color_profile) 737 size_parsed = parse_graph(size) 738 return composition_color_rect_internal(color_parsed, color_profile_parsed, size_parsed)
Composition Color Rect
Given a color and it's color proile. Creates a rectangle Composition of that color.
Args: color: Graph of RGBAColor color profile: Graph of ColorProfile size: Graph of Vector2i
Returns: Graph: A graph node producing a Composition.
def
composition_color_threshold(composition, threshold) -> Graph:
740def composition_color_threshold(composition, threshold) -> Graph: 741 """Composition Color Threshold 742 743 Applies a color threshold to a Composition 744 745 Args: 746 composition: Graph of Composition 747 threshold: Graph of Float 748 749 750 Returns: 751 Graph: A graph node producing a Composition. 752 """ 753 composition_parsed = parse_graph(composition) 754 threshold_parsed = parse_float_graph(threshold) 755 return composition_color_threshold_internal(composition_parsed, threshold_parsed)
Composition Color Threshold
Applies a color threshold to a Composition
Args: composition: Graph of Composition threshold: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_contrast_adjustment(composition, contrast) -> Graph:
757def composition_contrast_adjustment(composition, contrast) -> Graph: 758 """Composition Contrast Adjustment 759 760 Adjusts the contrast of a Composition 761 762 Args: 763 composition: Graph of Composition 764 contrast: Graph of Float 765 766 767 Returns: 768 Graph: A graph node producing a Composition. 769 """ 770 composition_parsed = parse_graph(composition) 771 contrast_parsed = parse_float_graph(contrast) 772 return composition_contrast_adjustment_internal(composition_parsed, contrast_parsed)
Composition Contrast Adjustment
Adjusts the contrast of a Composition
Args: composition: Graph of Composition contrast: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_convolution(composition, kernel, kernel_width, kernel_height) -> Graph:
774def composition_convolution(composition, kernel, kernel_width, kernel_height) -> Graph: 775 """Composition Convolution 776 777 Performs a convolution on an composition 778 779 Args: 780 The image to perform the convolution on: Graph of Composition 781 kernel: Graph of FloatList 782 kernel width: Graph of Int 783 kernel height: Graph of Int 784 785 786 Returns: 787 Graph: A graph node producing a Composition. 788 """ 789 composition_parsed = parse_graph(composition) 790 kernel_parsed = parse_graph(kernel) 791 kernel_width_parsed = parse_int_graph(kernel_width) 792 kernel_height_parsed = parse_int_graph(kernel_height) 793 return composition_convolution_internal(composition_parsed, kernel_parsed, kernel_width_parsed, kernel_height_parsed)
Composition Convolution
Performs a convolution on an composition
Args: The image to perform the convolution on: Graph of Composition kernel: Graph of FloatList kernel width: Graph of Int kernel height: Graph of Int
Returns: Graph: A graph node producing a Composition.
def
composition_crop(composition, rect) -> Graph:
795def composition_crop(composition, rect) -> Graph: 796 """Composition Crop 797 798 Applies a crop to a Composition 799 800 Args: 801 composition: Graph of Composition 802 rect: Graph of Bounds2i 803 804 805 Returns: 806 Graph: A graph node producing a Composition. 807 """ 808 composition_parsed = parse_graph(composition) 809 rect_parsed = parse_graph(rect) 810 return composition_crop_internal(composition_parsed, rect_parsed)
Composition Crop
Applies a crop to a Composition
Args: composition: Graph of Composition rect: Graph of Bounds2i
Returns: Graph: A graph node producing a Composition.
def
composition_custom_transformer_shader( composition, function_body, helpers, input_color_profile, output_color_profile, inputs, needs_sample_capability) -> Graph:
812def composition_custom_transformer_shader(composition, function_body, helpers, input_color_profile, output_color_profile, inputs, needs_sample_capability) -> Graph: 813 """Composition Custom Transformer Shader 814 815 Given an input, runs a custom defined shader over that input. 816 817 Args: 818 composition: Graph of Composition 819 function body: Graph of String 820 helpers: Graph of String 821 input color profile: Graph of ColorProfile 822 output color profile: Graph of ColorProfile 823 inputs: Graph of Dictionary 824 needs sample capability: Graph of Bool 825 826 827 Returns: 828 Graph: A graph node producing a Composition. 829 """ 830 composition_parsed = parse_graph(composition) 831 function_body_parsed = parse_string_graph(function_body) 832 helpers_parsed = parse_string_graph(helpers) 833 input_color_profile_parsed = parse_graph(input_color_profile) 834 output_color_profile_parsed = parse_graph(output_color_profile) 835 inputs_parsed = parse_graph(inputs) 836 needs_sample_capability_parsed = parse_bool_graph(needs_sample_capability) 837 return composition_custom_transformer_shader_internal(composition_parsed, function_body_parsed, helpers_parsed, input_color_profile_parsed, output_color_profile_parsed, inputs_parsed, needs_sample_capability_parsed)
Composition Custom Transformer Shader
Given an input, runs a custom defined shader over that input.
Args: composition: Graph of Composition function body: Graph of String helpers: Graph of String input color profile: Graph of ColorProfile output color profile: Graph of ColorProfile inputs: Graph of Dictionary needs sample capability: Graph of Bool
Returns: Graph: A graph node producing a Composition.
def
composition_face_landmarks(composition) -> Graph:
839def composition_face_landmarks(composition) -> Graph: 840 """Composition Face Landmarks 841 842 Given an input image, returns the 468 3D face landmarks. 843 844 Args: 845 composition: Graph of Composition 846 847 848 Returns: 849 Graph: A graph node producing a Point3fList. 850 """ 851 composition_parsed = parse_graph(composition) 852 return composition_face_landmarks_internal(composition_parsed)
Composition Face Landmarks
Given an input image, returns the 468 3D face landmarks.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Point3fList.
def
composition_flip_horizontal(composition) -> Graph:
854def composition_flip_horizontal(composition) -> Graph: 855 """Composition Flip Horizontal 856 857 Flips the image along the horizontal axis 858 859 Args: 860 composition: Graph of Composition 861 862 863 Returns: 864 Graph: A graph node producing a Composition. 865 """ 866 composition_parsed = parse_graph(composition) 867 return composition_flip_horizontal_internal(composition_parsed)
Composition Flip Horizontal
Flips the image along the horizontal axis
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_flip_vertical(composition) -> Graph:
869def composition_flip_vertical(composition) -> Graph: 870 """Composition Flip Vertical 871 872 Flips the image vertically 873 874 Args: 875 composition: Graph of Composition 876 877 878 Returns: 879 Graph: A graph node producing a Composition. 880 """ 881 composition_parsed = parse_graph(composition) 882 return composition_flip_vertical_internal(composition_parsed)
Composition Flip Vertical
Flips the image vertically
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_from_asset(asset_id) -> Graph:
884def composition_from_asset(asset_id) -> Graph: 885 """Composition from Asset 886 887 Creates a composition from an asset in your catalog. 888 889 Args: 890 asset id: Graph of Int 891 892 893 Returns: 894 Graph: A graph node producing a Composition. 895 """ 896 asset_id_parsed = parse_int_graph(asset_id) 897 return composition_from_asset_internal(asset_id_parsed)
Composition from Asset
Creates a composition from an asset in your catalog.
Args: asset id: Graph of Int
Returns: Graph: A graph node producing a Composition.
def
composition_from_image(image) -> Graph:
899def composition_from_image(image) -> Graph: 900 """Composition from Image 901 902 Creates an composition out of an image 903 904 Args: 905 image: Graph of Image 906 907 908 Returns: 909 Graph: A graph node producing a Composition. 910 """ 911 image_parsed = parse_graph(image) 912 return composition_from_image_internal(image_parsed)
Composition from Image
Creates an composition out of an image
Args: image: Graph of Image
Returns: Graph: A graph node producing a Composition.
def
composition_gaussian_blur(composition, sigma) -> Graph:
914def composition_gaussian_blur(composition, sigma) -> Graph: 915 """Composition Gaussian Blur 916 917 Applies a gaussian blur to an image. Sigma controls the blur intensity. 918 919 Args: 920 composition: Graph of Composition 921 sigma: Graph of Float 922 923 924 Returns: 925 Graph: A graph node producing a Composition. 926 """ 927 composition_parsed = parse_graph(composition) 928 sigma_parsed = parse_float_graph(sigma) 929 return composition_gaussian_blur_internal(composition_parsed, sigma_parsed)
Composition Gaussian Blur
Applies a gaussian blur to an image. Sigma controls the blur intensity.
Args: composition: Graph of Composition sigma: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_gaussian_blur_with_ok_lab(composition, sigma) -> Graph:
931def composition_gaussian_blur_with_ok_lab(composition, sigma) -> Graph: 932 """Composition Gaussian Blur with OkLab 933 934 Applies a gaussian blur to an image in OkLab color space. Sigma controls the blur intensity. 935 936 Args: 937 composition: Graph of Composition 938 sigma: Graph of Float 939 940 941 Returns: 942 Graph: A graph node producing a Composition. 943 """ 944 composition_parsed = parse_graph(composition) 945 sigma_parsed = parse_float_graph(sigma) 946 return composition_gaussian_blur_with_ok_lab_internal(composition_parsed, sigma_parsed)
Composition Gaussian Blur with OkLab
Applies a gaussian blur to an image in OkLab color space. Sigma controls the blur intensity.
Args: composition: Graph of Composition sigma: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_grayscale(composition) -> Graph:
948def composition_grayscale(composition) -> Graph: 949 """Composition Grayscale 950 951 Applies grayscale to a Composition 952 953 Args: 954 composition: Graph of Composition 955 956 957 Returns: 958 Graph: A graph node producing a Composition. 959 """ 960 composition_parsed = parse_graph(composition) 961 return composition_grayscale_internal(composition_parsed)
Composition Grayscale
Applies grayscale to a Composition
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_l_curve(composition, l_curve) -> Graph:
963def composition_l_curve(composition, l_curve) -> Graph: 964 """Composition Lightness Curve 965 966 Applies a curve to the L component in an OkLab color. Adjusting the lightness of the image. 967 968 Args: 969 composition: Graph of Composition 970 l curve: Graph of Curve 971 972 973 Returns: 974 Graph: A graph node producing a Composition. 975 """ 976 composition_parsed = parse_graph(composition) 977 l_curve_parsed = parse_graph(l_curve) 978 return composition_l_curve_internal(composition_parsed, l_curve_parsed)
Composition Lightness Curve
Applies a curve to the L component in an OkLab color. Adjusting the lightness of the image.
Args: composition: Graph of Composition l curve: Graph of Curve
Returns: Graph: A graph node producing a Composition.
def
composition_linear_transform( composition, entry_0_0, entry_0_1, entry_0_2, entry_0_3, entry_1_0, entry_1_1, entry_1_2, entry_1_3, entry_2_0, entry_2_1, entry_2_2, entry_2_3, entry_3_0, entry_3_1, entry_3_2, entry_3_3) -> Graph:
980def composition_linear_transform(composition, entry_0_0, entry_0_1, entry_0_2, entry_0_3, entry_1_0, entry_1_1, entry_1_2, entry_1_3, entry_2_0, entry_2_1, entry_2_2, entry_2_3, entry_3_0, entry_3_1, entry_3_2, entry_3_3) -> Graph: 981 """Composition RGBA Linear Transform 982 983 Applies a linear transform to a Composition's RGBA values. Before application, will convert to a linear version of the color profile and will convert to an RGB profile if needed. 984 985 Args: 986 composition: Graph of Composition 987 entry 0,0: Graph of Float 988 entry 0,1: Graph of Float 989 entry 0,2: Graph of Float 990 entry 0,3: Graph of Float 991 entry 1,0: Graph of Float 992 entry 1,1: Graph of Float 993 entry 1,2: Graph of Float 994 entry 1,3: Graph of Float 995 entry 2,0: Graph of Float 996 entry 2,1: Graph of Float 997 entry 2,2: Graph of Float 998 entry 2,3: Graph of Float 999 entry 3,0: Graph of Float 1000 entry 3,1: Graph of Float 1001 entry 3,2: Graph of Float 1002 entry 3,3: Graph of Float 1003 1004 1005 Returns: 1006 Graph: A graph node producing a Composition. 1007 """ 1008 composition_parsed = parse_graph(composition) 1009 entry_0_0_parsed = parse_float_graph(entry_0_0) 1010 entry_0_1_parsed = parse_float_graph(entry_0_1) 1011 entry_0_2_parsed = parse_float_graph(entry_0_2) 1012 entry_0_3_parsed = parse_float_graph(entry_0_3) 1013 entry_1_0_parsed = parse_float_graph(entry_1_0) 1014 entry_1_1_parsed = parse_float_graph(entry_1_1) 1015 entry_1_2_parsed = parse_float_graph(entry_1_2) 1016 entry_1_3_parsed = parse_float_graph(entry_1_3) 1017 entry_2_0_parsed = parse_float_graph(entry_2_0) 1018 entry_2_1_parsed = parse_float_graph(entry_2_1) 1019 entry_2_2_parsed = parse_float_graph(entry_2_2) 1020 entry_2_3_parsed = parse_float_graph(entry_2_3) 1021 entry_3_0_parsed = parse_float_graph(entry_3_0) 1022 entry_3_1_parsed = parse_float_graph(entry_3_1) 1023 entry_3_2_parsed = parse_float_graph(entry_3_2) 1024 entry_3_3_parsed = parse_float_graph(entry_3_3) 1025 return composition_linear_transform_internal(composition_parsed, entry_0_0_parsed, entry_0_1_parsed, entry_0_2_parsed, entry_0_3_parsed, entry_1_0_parsed, entry_1_1_parsed, entry_1_2_parsed, entry_1_3_parsed, entry_2_0_parsed, entry_2_1_parsed, entry_2_2_parsed, entry_2_3_parsed, entry_3_0_parsed, entry_3_1_parsed, entry_3_2_parsed, entry_3_3_parsed)
Composition RGBA Linear Transform
Applies a linear transform to a Composition's RGBA values. Before application, will convert to a linear version of the color profile and will convert to an RGB profile if needed.
Args: composition: Graph of Composition entry 0,0: Graph of Float entry 0,1: Graph of Float entry 0,2: Graph of Float entry 0,3: Graph of Float entry 1,0: Graph of Float entry 1,1: Graph of Float entry 1,2: Graph of Float entry 1,3: Graph of Float entry 2,0: Graph of Float entry 2,1: Graph of Float entry 2,2: Graph of Float entry 2,3: Graph of Float entry 3,0: Graph of Float entry 3,1: Graph of Float entry 3,2: Graph of Float entry 3,3: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_monet_women_with_parasol() -> Graph:
1027def composition_monet_women_with_parasol() -> Graph: 1028 """Monet's Women with a Parasol 1029 1030 Creates a composition from Monet's "Women with a Parasol" painting. Used frequently as a test asset. 1031 1032 Returns: 1033 Graph: A graph node producing a Composition. 1034 """ 1035 return composition_monet_women_with_parasol_internal()
Monet's Women with a Parasol
Creates a composition from Monet's "Women with a Parasol" painting. Used frequently as a test asset.
Returns: Graph: A graph node producing a Composition.
def
composition_morphological_max(composition, dimension) -> Graph:
1037def composition_morphological_max(composition, dimension) -> Graph: 1038 """Composition Morphological Max 1039 1040 Apples a morphological max operation. 1041 1042 Args: 1043 composition: Graph of Composition 1044 dimension: Graph of Int 1045 1046 1047 Returns: 1048 Graph: A graph node producing a Composition. 1049 """ 1050 composition_parsed = parse_graph(composition) 1051 dimension_parsed = parse_int_graph(dimension) 1052 return composition_morphological_max_internal(composition_parsed, dimension_parsed)
Composition Morphological Max
Apples a morphological max operation.
Args: composition: Graph of Composition dimension: Graph of Int
Returns: Graph: A graph node producing a Composition.
def
composition_morphological_min(composition, dimension) -> Graph:
1054def composition_morphological_min(composition, dimension) -> Graph: 1055 """Composition Morphological Min 1056 1057 Apples a morphological min operation. 1058 1059 Args: 1060 composition: Graph of Composition 1061 dimension: Graph of Int 1062 1063 1064 Returns: 1065 Graph: A graph node producing a Composition. 1066 """ 1067 composition_parsed = parse_graph(composition) 1068 dimension_parsed = parse_int_graph(dimension) 1069 return composition_morphological_min_internal(composition_parsed, dimension_parsed)
Composition Morphological Min
Apples a morphological min operation.
Args: composition: Graph of Composition dimension: Graph of Int
Returns: Graph: A graph node producing a Composition.
def
composition_painter(painter) -> Graph:
1071def composition_painter(painter) -> Graph: 1072 """Composition Painter 1073 1074 Creates a composition from a painter. 1075 1076 Args: 1077 painter: Graph of Painter 1078 1079 1080 Returns: 1081 Graph: A graph node producing a Composition. 1082 """ 1083 painter_parsed = parse_graph(painter) 1084 return composition_painter_internal(painter_parsed)
Composition Painter
Creates a composition from a painter.
Args: painter: Graph of Painter
Returns: Graph: A graph node producing a Composition.
def
composition_passthrough(value) -> Graph:
1086def composition_passthrough(value) -> Graph: 1087 """Composition Passthrough 1088 1089 Responds with the value provided. Doing nothing to it. 1090 1091 Args: 1092 value: Graph of Composition 1093 1094 1095 Returns: 1096 Graph: A graph node producing a Composition. 1097 """ 1098 value_parsed = parse_graph(value) 1099 return composition_passthrough_internal(value_parsed)
Composition Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_perceptual_difference(composition, color) -> Graph:
1101def composition_perceptual_difference(composition, color) -> Graph: 1102 """Composition Perceptual Difference 1103 1104 Calculates the difference for each pixel to the OkLab color specified. Each r, g, b and a component in the output is the difference. 1105 1106 Args: 1107 composition: Graph of Composition 1108 color: Graph of OkLabColor 1109 1110 1111 Returns: 1112 Graph: A graph node producing a Composition. 1113 """ 1114 composition_parsed = parse_graph(composition) 1115 color_parsed = parse_graph(color) 1116 return composition_perceptual_difference_internal(composition_parsed, color_parsed)
Composition Perceptual Difference
Calculates the difference for each pixel to the OkLab color specified. Each r, g, b and a component in the output is the difference.
Args: composition: Graph of Composition color: Graph of OkLabColor
Returns: Graph: A graph node producing a Composition.
def
composition_pixelate(composition, pixel_size) -> Graph:
1118def composition_pixelate(composition, pixel_size) -> Graph: 1119 """Composition Pixelate 1120 1121 Applies a pixelation effect to a composition. 1122 1123 Args: 1124 composition: Graph of Composition 1125 pixel size: Graph of Int 1126 1127 1128 Returns: 1129 Graph: A graph node producing a Composition. 1130 """ 1131 composition_parsed = parse_graph(composition) 1132 pixel_size_parsed = parse_int_graph(pixel_size) 1133 return composition_pixelate_internal(composition_parsed, pixel_size_parsed)
Composition Pixelate
Applies a pixelation effect to a composition.
Args: composition: Graph of Composition pixel size: Graph of Int
Returns: Graph: A graph node producing a Composition.
def
composition_r_g_b_curve(composition, r_curve, g_curve, b_curve) -> Graph:
1135def composition_r_g_b_curve(composition, r_curve, g_curve, b_curve) -> Graph: 1136 """Composition RGB Curve 1137 1138 Applies a curve to the R, G, and B components 1139 1140 Args: 1141 composition: Graph of Composition 1142 r curve: Graph of Curve 1143 g curve: Graph of Curve 1144 b curve: Graph of Curve 1145 1146 1147 Returns: 1148 Graph: A graph node producing a Composition. 1149 """ 1150 composition_parsed = parse_graph(composition) 1151 r_curve_parsed = parse_graph(r_curve) 1152 g_curve_parsed = parse_graph(g_curve) 1153 b_curve_parsed = parse_graph(b_curve) 1154 return composition_r_g_b_curve_internal(composition_parsed, r_curve_parsed, g_curve_parsed, b_curve_parsed)
Composition RGB Curve
Applies a curve to the R, G, and B components
Args: composition: Graph of Composition r curve: Graph of Curve g curve: Graph of Curve b curve: Graph of Curve
Returns: Graph: A graph node producing a Composition.
def
composition_render_to_image(composition) -> Graph:
1156def composition_render_to_image(composition) -> Graph: 1157 """Composition Render to Image 1158 1159 Renders a Composition to an Image 1160 1161 Args: 1162 composition: Graph of Composition 1163 1164 1165 Returns: 1166 Graph: A graph node producing a Image. 1167 """ 1168 composition_parsed = parse_graph(composition) 1169 return composition_render_to_image_internal(composition_parsed)
Composition Render to Image
Renders a Composition to an Image
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Image.
def
composition_rotate180(composition) -> Graph:
1171def composition_rotate180(composition) -> Graph: 1172 """Composition Rotate 180 1173 1174 Rotates the image 180 degrees 1175 1176 Args: 1177 composition: Graph of Composition 1178 1179 1180 Returns: 1181 Graph: A graph node producing a Composition. 1182 """ 1183 composition_parsed = parse_graph(composition) 1184 return composition_rotate180_internal(composition_parsed)
Composition Rotate 180
Rotates the image 180 degrees
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_rotate90_clockwise(composition) -> Graph:
1186def composition_rotate90_clockwise(composition) -> Graph: 1187 """Composition Rotate 90 Clockwise 1188 1189 Rotates the image 90 degrees clockwise 1190 1191 Args: 1192 composition: Graph of Composition 1193 1194 1195 Returns: 1196 Graph: A graph node producing a Composition. 1197 """ 1198 composition_parsed = parse_graph(composition) 1199 return composition_rotate90_clockwise_internal(composition_parsed)
Composition Rotate 90 Clockwise
Rotates the image 90 degrees clockwise
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_rotate90_counter_clockwise(composition) -> Graph:
1201def composition_rotate90_counter_clockwise(composition) -> Graph: 1202 """Composition Rotate 90 Counter Clockwise 1203 1204 Rotates the image 90 degrees counter-clockwise 1205 1206 Args: 1207 composition: Graph of Composition 1208 1209 1210 Returns: 1211 Graph: A graph node producing a Composition. 1212 """ 1213 composition_parsed = parse_graph(composition) 1214 return composition_rotate90_counter_clockwise_internal(composition_parsed)
Composition Rotate 90 Counter Clockwise
Rotates the image 90 degrees counter-clockwise
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_saturation_adjust(composition, scale) -> Graph:
1216def composition_saturation_adjust(composition, scale) -> Graph: 1217 """Composition Saturation Adjust 1218 1219 Adjusts the saturation of an image by a given factor. Internally, scales the chroma components in OkLab color space. 1220 1221 Args: 1222 composition: Graph of Composition 1223 scale: Graph of Float 1224 1225 1226 Returns: 1227 Graph: A graph node producing a Composition. 1228 """ 1229 composition_parsed = parse_graph(composition) 1230 scale_parsed = parse_float_graph(scale) 1231 return composition_saturation_adjust_internal(composition_parsed, scale_parsed)
Composition Saturation Adjust
Adjusts the saturation of an image by a given factor. Internally, scales the chroma components in OkLab color space.
Args: composition: Graph of Composition scale: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_scale_nearest_neighbor(composition, size) -> Graph:
1233def composition_scale_nearest_neighbor(composition, size) -> Graph: 1234 """Composition Scale Nearest Neighbor 1235 1236 Uses the nearest neighbor algorithm to scale an image recipe 1237 1238 Args: 1239 composition: Graph of Composition 1240 size: Graph of Vector2i 1241 1242 1243 Returns: 1244 Graph: A graph node producing a Composition. 1245 """ 1246 composition_parsed = parse_graph(composition) 1247 size_parsed = parse_graph(size) 1248 return composition_scale_nearest_neighbor_internal(composition_parsed, size_parsed)
Composition Scale Nearest Neighbor
Uses the nearest neighbor algorithm to scale an image recipe
Args: composition: Graph of Composition size: Graph of Vector2i
Returns: Graph: A graph node producing a Composition.
def
composition_segment_facial_skin(composition) -> Graph:
1250def composition_segment_facial_skin(composition) -> Graph: 1251 """Composition Segment Facial Skin 1252 1253 Given an input image. Returns a mask that segments out the facial skin in the image. 1254 1255 Args: 1256 composition: Graph of Composition 1257 1258 1259 Returns: 1260 Graph: A graph node producing a Composition. 1261 """ 1262 composition_parsed = parse_graph(composition) 1263 return composition_segment_facial_skin_internal(composition_parsed)
Composition Segment Facial Skin
Given an input image. Returns a mask that segments out the facial skin in the image.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_segment_mouth_lips_eyes_eyebrows(composition) -> Graph:
1265def composition_segment_mouth_lips_eyes_eyebrows(composition) -> Graph: 1266 """Composition Segment Mouth Lips Eyes Eyebrows 1267 1268 Given an input image, returns a mask (all white) of the mouth, lips, eyes, and eyebrows area. 1269 1270 Args: 1271 composition: Graph of Composition 1272 1273 1274 Returns: 1275 Graph: A graph node producing a Composition. 1276 """ 1277 composition_parsed = parse_graph(composition) 1278 return composition_segment_mouth_lips_eyes_eyebrows_internal(composition_parsed)
Composition Segment Mouth Lips Eyes Eyebrows
Given an input image, returns a mask (all white) of the mouth, lips, eyes, and eyebrows area.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_segment_person(composition) -> Graph:
1280def composition_segment_person(composition) -> Graph: 1281 """Composition Segment Person 1282 1283 Given an input image. Returns a mask that segments out the person in the image. 1284 1285 Args: 1286 composition: Graph of Composition 1287 1288 1289 Returns: 1290 Graph: A graph node producing a Composition. 1291 """ 1292 composition_parsed = parse_graph(composition) 1293 return composition_segment_person_internal(composition_parsed)
Composition Segment Person
Given an input image. Returns a mask that segments out the person in the image.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_segment_under_right_eye(composition) -> Graph:
1295def composition_segment_under_right_eye(composition) -> Graph: 1296 """Composition Segment Under Right Eye 1297 1298 Given an input image, returns a mask (all white) of the area under the right eye. 1299 1300 Args: 1301 composition: Graph of Composition 1302 1303 1304 Returns: 1305 Graph: A graph node producing a Composition. 1306 """ 1307 composition_parsed = parse_graph(composition) 1308 return composition_segment_under_right_eye_internal(composition_parsed)
Composition Segment Under Right Eye
Given an input image, returns a mask (all white) of the area under the right eye.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_sharpen(composition, radius, strength) -> Graph:
1310def composition_sharpen(composition, radius, strength) -> Graph: 1311 """Composition Sharpen 1312 1313 Applies a sharpen filter to the composition. 1314 1315 Args: 1316 composition: Graph of Composition 1317 radius: Graph of Float 1318 strength: Graph of Float 1319 1320 1321 Returns: 1322 Graph: A graph node producing a Composition. 1323 """ 1324 composition_parsed = parse_graph(composition) 1325 radius_parsed = parse_float_graph(radius) 1326 strength_parsed = parse_float_graph(strength) 1327 return composition_sharpen_internal(composition_parsed, radius_parsed, strength_parsed)
Composition Sharpen
Applies a sharpen filter to the composition.
Args: composition: Graph of Composition radius: Graph of Float strength: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_size(composition) -> Graph:
1329def composition_size(composition) -> Graph: 1330 """Composition Size 1331 1332 Gets the resulting size of a Composition 1333 1334 Args: 1335 composition: Graph of Composition 1336 1337 1338 Returns: 1339 Graph: A graph node producing a Vector2i. 1340 """ 1341 composition_parsed = parse_graph(composition) 1342 return composition_size_internal(composition_parsed)
Composition Size
Gets the resulting size of a Composition
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Vector2i.
def
composition_sobel_edge_detection(composition) -> Graph:
1344def composition_sobel_edge_detection(composition) -> Graph: 1345 """Composition Sobel Edge Detection 1346 1347 Applies Sobel edge detection to an image. 1348 1349 Args: 1350 composition: Graph of Composition 1351 1352 1353 Returns: 1354 Graph: A graph node producing a Composition. 1355 """ 1356 composition_parsed = parse_graph(composition) 1357 return composition_sobel_edge_detection_internal(composition_parsed)
Composition Sobel Edge Detection
Applies Sobel edge detection to an image.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a Composition.
def
composition_swirl(composition, center, radius, amount) -> Graph:
1359def composition_swirl(composition, center, radius, amount) -> Graph: 1360 """Composition Swirl 1361 1362 Applies a swirl distortion to this composition 1363 1364 Args: 1365 composition: Graph of Composition 1366 center: Graph of Vector2f 1367 radius: Graph of Float 1368 amount: Graph of Float 1369 1370 1371 Returns: 1372 Graph: A graph node producing a Composition. 1373 """ 1374 composition_parsed = parse_graph(composition) 1375 center_parsed = parse_graph(center) 1376 radius_parsed = parse_float_graph(radius) 1377 amount_parsed = parse_float_graph(amount) 1378 return composition_swirl_internal(composition_parsed, center_parsed, radius_parsed, amount_parsed)
Composition Swirl
Applies a swirl distortion to this composition
Args: composition: Graph of Composition center: Graph of Vector2f radius: Graph of Float amount: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_target_white_kelvin(composition, kelvin) -> Graph:
1380def composition_target_white_kelvin(composition, kelvin) -> Graph: 1381 """Composition Target White Kelvin 1382 1383 Sets the image white point to the value specified in Kelvin. The profile connection white point is D50, so you will only see changes as you move away from that. 1384 1385 Args: 1386 composition: Graph of Composition 1387 kelvin: Graph of Float 1388 1389 1390 Returns: 1391 Graph: A graph node producing a Composition. 1392 """ 1393 composition_parsed = parse_graph(composition) 1394 kelvin_parsed = parse_float_graph(kelvin) 1395 return composition_target_white_kelvin_internal(composition_parsed, kelvin_parsed)
Composition Target White Kelvin
Sets the image white point to the value specified in Kelvin. The profile connection white point is D50, so you will only see changes as you move away from that.
Args: composition: Graph of Composition kelvin: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_to_ok_lab_hist(composition) -> Graph:
1397def composition_to_ok_lab_hist(composition) -> Graph: 1398 """Composition to OkLab Histogram 1399 1400 Creates an OkLab Histogram from the colors in a Composition. 1401 1402 Args: 1403 composition: Graph of Composition 1404 1405 1406 Returns: 1407 Graph: A graph node producing a OkLabHist. 1408 """ 1409 composition_parsed = parse_graph(composition) 1410 return composition_to_ok_lab_hist_internal(composition_parsed)
Composition to OkLab Histogram
Creates an OkLab Histogram from the colors in a Composition.
Args: composition: Graph of Composition
Returns: Graph: A graph node producing a OkLabHist.
def
composition_uniform_lightness(composition, lightness) -> Graph:
1412def composition_uniform_lightness(composition, lightness) -> Graph: 1413 """Composition Uniform Lightness 1414 1415 Sets a uniform lightness to the entire image by using OkLab and setting the lightness to a constant number. 1416 1417 Args: 1418 composition: Graph of Composition 1419 lightness: Graph of Float 1420 1421 1422 Returns: 1423 Graph: A graph node producing a Composition. 1424 """ 1425 composition_parsed = parse_graph(composition) 1426 lightness_parsed = parse_float_graph(lightness) 1427 return composition_uniform_lightness_internal(composition_parsed, lightness_parsed)
Composition Uniform Lightness
Sets a uniform lightness to the entire image by using OkLab and setting the lightness to a constant number.
Args: composition: Graph of Composition lightness: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_vignette(composition, radius, softness, strength) -> Graph:
1429def composition_vignette(composition, radius, softness, strength) -> Graph: 1430 """Composition Vignette 1431 1432 darkens the outer edges - radius (0-1, measured relative to the image's smaller dimension) sets how far the bright center extends, Softness (typically 0.05-0.5) controls the width of the fade-out band, and Strength (0–1) defines how dark the edges become at maximum. 1433 1434 Args: 1435 composition: Graph of Composition 1436 radius: Graph of Float 1437 softness: Graph of Float 1438 strength: Graph of Float 1439 1440 1441 Returns: 1442 Graph: A graph node producing a Composition. 1443 """ 1444 composition_parsed = parse_graph(composition) 1445 radius_parsed = parse_float_graph(radius) 1446 softness_parsed = parse_float_graph(softness) 1447 strength_parsed = parse_float_graph(strength) 1448 return composition_vignette_internal(composition_parsed, radius_parsed, softness_parsed, strength_parsed)
Composition Vignette
darkens the outer edges - radius (0-1, measured relative to the image's smaller dimension) sets how far the bright center extends, Softness (typically 0.05-0.5) controls the width of the fade-out band, and Strength (0–1) defines how dark the edges become at maximum.
Args: composition: Graph of Composition radius: Graph of Float softness: Graph of Float strength: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
composition_zoom_blur(composition, center, strength) -> Graph:
1450def composition_zoom_blur(composition, center, strength) -> Graph: 1451 """Composition Zoom Blur 1452 1453 Performs a zoom blur on this composition 1454 1455 Args: 1456 composition: Graph of Composition 1457 center: Graph of Vector2f 1458 strength: Graph of Float 1459 1460 1461 Returns: 1462 Graph: A graph node producing a Composition. 1463 """ 1464 composition_parsed = parse_graph(composition) 1465 center_parsed = parse_graph(center) 1466 strength_parsed = parse_float_graph(strength) 1467 return composition_zoom_blur_internal(composition_parsed, center_parsed, strength_parsed)
Composition Zoom Blur
Performs a zoom blur on this composition
Args: composition: Graph of Composition center: Graph of Vector2f strength: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
curve_evaluate(curve, input) -> Graph:
1469def curve_evaluate(curve, input) -> Graph: 1470 """Curve Evaluate 1471 1472 Evaluates a curve at a given input value. 1473 1474 Args: 1475 curve: Graph of Curve 1476 input: Graph of Float 1477 1478 1479 Returns: 1480 Graph: A graph node producing a Float. 1481 """ 1482 curve_parsed = parse_graph(curve) 1483 input_parsed = parse_float_graph(input) 1484 return curve_evaluate_internal(curve_parsed, input_parsed)
Curve Evaluate
Evaluates a curve at a given input value.
Args: curve: Graph of Curve input: Graph of Float
Returns: Graph: A graph node producing a Float.
def
curve_gamma(gamma) -> Graph:
1486def curve_gamma(gamma) -> Graph: 1487 """Curve Gamma 1488 1489 A gamma curve. The gamma parameter corresponding to y=x^gamma. 1490 1491 Args: 1492 gamma: Graph of Float 1493 1494 1495 Returns: 1496 Graph: A graph node producing a Curve. 1497 """ 1498 gamma_parsed = parse_float_graph(gamma) 1499 return curve_gamma_internal(gamma_parsed)
Curve Gamma
A gamma curve. The gamma parameter corresponding to y=x^gamma.
Args: gamma: Graph of Float
Returns: Graph: A graph node producing a Curve.
def
curve_identity() -> Graph:
1501def curve_identity() -> Graph: 1502 """Curve Identity 1503 1504 An identity curve, y=x 1505 1506 Returns: 1507 Graph: A graph node producing a Curve. 1508 """ 1509 return curve_identity_internal()
Curve Identity
An identity curve, y=x
Returns: Graph: A graph node producing a Curve.
def
curve_pivoted_sigmoid(pivot, slope) -> Graph:
1511def curve_pivoted_sigmoid(pivot, slope) -> Graph: 1512 """Curve Pivoted Sigmoid 1513 1514 A pivoted sigmoid contrast curve that anchors at the pivot and smoothly compresses shadows and highlights, with a slope parameter controlling midtone contrast. 1515 1516 Args: 1517 pivot: Graph of Float 1518 slope: Graph of Float 1519 1520 1521 Returns: 1522 Graph: A graph node producing a Curve. 1523 """ 1524 pivot_parsed = parse_float_graph(pivot) 1525 slope_parsed = parse_float_graph(slope) 1526 return curve_pivoted_sigmoid_internal(pivot_parsed, slope_parsed)
Curve Pivoted Sigmoid
A pivoted sigmoid contrast curve that anchors at the pivot and smoothly compresses shadows and highlights, with a slope parameter controlling midtone contrast.
Args: pivot: Graph of Float slope: Graph of Float
Returns: Graph: A graph node producing a Curve.
def
curve_s_curve(pivot, slope, toe, shoulder) -> Graph:
1528def curve_s_curve(pivot, slope, toe, shoulder) -> Graph: 1529 """Curve S 1530 1531 An S-curve remaps values by anchoring contrast at a chosen pivot, increasing or decreasing midtone separation via slope, gently flattening the curve near black with toe to compress or lift shadows, and softly flattening near white with shoulder to roll off highlights, while keeping black and white fixed. 1532 1533 Args: 1534 pivot: Graph of Float 1535 slope: Graph of Float 1536 toe: Graph of Float 1537 shoulder: Graph of Float 1538 1539 1540 Returns: 1541 Graph: A graph node producing a Curve. 1542 """ 1543 pivot_parsed = parse_float_graph(pivot) 1544 slope_parsed = parse_float_graph(slope) 1545 toe_parsed = parse_float_graph(toe) 1546 shoulder_parsed = parse_float_graph(shoulder) 1547 return curve_s_curve_internal(pivot_parsed, slope_parsed, toe_parsed, shoulder_parsed)
Curve S
An S-curve remaps values by anchoring contrast at a chosen pivot, increasing or decreasing midtone separation via slope, gently flattening the curve near black with toe to compress or lift shadows, and softly flattening near white with shoulder to roll off highlights, while keeping black and white fixed.
Args: pivot: Graph of Float slope: Graph of Float toe: Graph of Float shoulder: Graph of Float
Returns: Graph: A graph node producing a Curve.
def
dictionary_create() -> Graph:
1549def dictionary_create() -> Graph: 1550 """Dictionary Create 1551 1552 Creates a new dictionary 1553 1554 Returns: 1555 Graph: A graph node producing a Dictionary. 1556 """ 1557 return dictionary_create_internal()
Dictionary Create
Creates a new dictionary
Returns: Graph: A graph node producing a Dictionary.
def
file_convert_m_p4_to_animated_web_p(mp4_byte, frame_rate) -> Graph:
1559def file_convert_m_p4_to_animated_web_p(mp4_byte, frame_rate) -> Graph: 1560 """File Convert MP4 to GIF 1561 1562 Takes an MP4 file and converts it to a GIF file. Returns a local file path to the converted GIF. 1563 1564 Args: 1565 mp4 bytes: Graph of ByteList 1566 frame rate: Graph of Int 1567 1568 1569 Returns: 1570 Graph: A graph node producing a ByteList. 1571 """ 1572 mp4_byte_parsed = parse_graph(mp4_byte) 1573 frame_rate_parsed = parse_int_graph(frame_rate) 1574 return file_convert_m_p4_to_animated_web_p_internal(mp4_byte_parsed, frame_rate_parsed)
File Convert MP4 to GIF
Takes an MP4 file and converts it to a GIF file. Returns a local file path to the converted GIF.
Args: mp4 bytes: Graph of ByteList frame rate: Graph of Int
Returns: Graph: A graph node producing a ByteList.
def
file_convert_m_p4_to_gif(mp4_byte, frame_rate) -> Graph:
1576def file_convert_m_p4_to_gif(mp4_byte, frame_rate) -> Graph: 1577 """File Convert MP4 to GIF 1578 1579 Takes an MP4 file and converts it to a GIF file. Returns a local file path to the converted GIF. 1580 1581 Args: 1582 mp4 bytes: Graph of ByteList 1583 frame rate: Graph of Int 1584 1585 1586 Returns: 1587 Graph: A graph node producing a ByteList. 1588 """ 1589 mp4_byte_parsed = parse_graph(mp4_byte) 1590 frame_rate_parsed = parse_int_graph(frame_rate) 1591 return file_convert_m_p4_to_gif_internal(mp4_byte_parsed, frame_rate_parsed)
File Convert MP4 to GIF
Takes an MP4 file and converts it to a GIF file. Returns a local file path to the converted GIF.
Args: mp4 bytes: Graph of ByteList frame rate: Graph of Int
Returns: Graph: A graph node producing a ByteList.
def
fill_custom(function_body, helpers, inputs) -> Graph:
1593def fill_custom(function_body, helpers, inputs) -> Graph: 1594 """Fill Custom 1595 1596 Creates a fill with a custom shader. 1597 1598 Args: 1599 function body: Graph of String 1600 helpers: Graph of String 1601 inputs: Graph of Dictionary 1602 1603 1604 Returns: 1605 Graph: A graph node producing a Fill. 1606 """ 1607 function_body_parsed = parse_string_graph(function_body) 1608 helpers_parsed = parse_string_graph(helpers) 1609 inputs_parsed = parse_graph(inputs) 1610 return fill_custom_internal(function_body_parsed, helpers_parsed, inputs_parsed)
Fill Custom
Creates a fill with a custom shader.
Args: function body: Graph of String helpers: Graph of String inputs: Graph of Dictionary
Returns: Graph: A graph node producing a Fill.
def
fill_solid(color) -> Graph:
1612def fill_solid(color) -> Graph: 1613 """Fill Solid 1614 1615 Creates a fill with a solid color. 1616 1617 Args: 1618 color: Graph of RGBAColor 1619 1620 1621 Returns: 1622 Graph: A graph node producing a Fill. 1623 """ 1624 color_parsed = parse_graph(color) 1625 return fill_solid_internal(color_parsed)
Fill Solid
Creates a fill with a solid color.
Args: color: Graph of RGBAColor
Returns: Graph: A graph node producing a Fill.
def
float_add(float1, float2) -> Graph:
1627def float_add(float1, float2) -> Graph: 1628 """Float Add 1629 1630 Adds two floats together. 1631 1632 Args: 1633 float1: Graph of Float 1634 float2: Graph of Float 1635 1636 1637 Returns: 1638 Graph: A graph node producing a Float. 1639 """ 1640 float1_parsed = parse_float_graph(float1) 1641 float2_parsed = parse_float_graph(float2) 1642 return float_add_internal(float1_parsed, float2_parsed)
Float Add
Adds two floats together.
Args: float1: Graph of Float float2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_add_to_dictionary(dictionary, key, value) -> Graph:
1644def float_add_to_dictionary(dictionary, key, value) -> Graph: 1645 """Float Add To Dictionary 1646 1647 Adds a Float to a Dictionary 1648 1649 Args: 1650 dictionary: Graph of Dictionary 1651 key: Graph of String 1652 value: Graph of Float 1653 1654 1655 Returns: 1656 Graph: A graph node producing a Dictionary. 1657 """ 1658 dictionary_parsed = parse_graph(dictionary) 1659 key_parsed = parse_string_graph(key) 1660 value_parsed = parse_float_graph(value) 1661 return float_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed)
Float Add To Dictionary
Adds a Float to a Dictionary
Args: dictionary: Graph of Dictionary key: Graph of String value: Graph of Float
Returns: Graph: A graph node producing a Dictionary.
def
float_cos(angle) -> Graph:
1663def float_cos(angle) -> Graph: 1664 """Float Cosine 1665 1666 Computes the cosine of a float (in radians). 1667 1668 Args: 1669 Angle in radians: Graph of Float 1670 1671 1672 Returns: 1673 Graph: A graph node producing a Float. 1674 """ 1675 angle_parsed = parse_float_graph(angle) 1676 return float_cos_internal(angle_parsed)
Float Cosine
Computes the cosine of a float (in radians).
Args: Angle in radians: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_divide(float1, float2) -> Graph:
1678def float_divide(float1, float2) -> Graph: 1679 """Float Divide 1680 1681 Adds two floats together. 1682 1683 Args: 1684 float1: Graph of Float 1685 float2: Graph of Float 1686 1687 1688 Returns: 1689 Graph: A graph node producing a Float. 1690 """ 1691 float1_parsed = parse_float_graph(float1) 1692 float2_parsed = parse_float_graph(float2) 1693 return float_divide_internal(float1_parsed, float2_parsed)
Float Divide
Adds two floats together.
Args: float1: Graph of Float float2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_equals(float_1, float_2) -> Graph:
1695def float_equals(float_1, float_2) -> Graph: 1696 """Float Equals 1697 1698 Checks if two floats are equal 1699 1700 Args: 1701 First Float: Graph of Float 1702 Second Float: Graph of Float 1703 1704 1705 Returns: 1706 Graph: A graph node producing a Bool. 1707 """ 1708 float_1_parsed = parse_float_graph(float_1) 1709 float_2_parsed = parse_float_graph(float_2) 1710 return float_equals_internal(float_1_parsed, float_2_parsed)
Float Equals
Checks if two floats are equal
Args: First Float: Graph of Float Second Float: Graph of Float
Returns: Graph: A graph node producing a Bool.
def
float_greater_than(float_1, float_2) -> Graph:
1712def float_greater_than(float_1, float_2) -> Graph: 1713 """Float Greater Than 1714 1715 Checks if the first float is greater than the second float 1716 1717 Args: 1718 First Float: Graph of Float 1719 Second Float: Graph of Float 1720 1721 1722 Returns: 1723 Graph: A graph node producing a Bool. 1724 """ 1725 float_1_parsed = parse_float_graph(float_1) 1726 float_2_parsed = parse_float_graph(float_2) 1727 return float_greater_than_internal(float_1_parsed, float_2_parsed)
Float Greater Than
Checks if the first float is greater than the second float
Args: First Float: Graph of Float Second Float: Graph of Float
Returns: Graph: A graph node producing a Bool.
def
float_greater_than_or_equal(float_1, float_2) -> Graph:
1729def float_greater_than_or_equal(float_1, float_2) -> Graph: 1730 """Float Greater Than Or Equal 1731 1732 Checks if the first float is greater than or equal to the second float 1733 1734 Args: 1735 First Float: Graph of Float 1736 Second Float: Graph of Float 1737 1738 1739 Returns: 1740 Graph: A graph node producing a Bool. 1741 """ 1742 float_1_parsed = parse_float_graph(float_1) 1743 float_2_parsed = parse_float_graph(float_2) 1744 return float_greater_than_or_equal_internal(float_1_parsed, float_2_parsed)
Float Greater Than Or Equal
Checks if the first float is greater than or equal to the second float
Args: First Float: Graph of Float Second Float: Graph of Float
Returns: Graph: A graph node producing a Bool.
def
float_if(bool, input_1, input_2) -> Graph:
1746def float_if(bool, input_1, input_2) -> Graph: 1747 """Float If 1748 1749 If the boolean is true returns input 1, otherwise input 2. Type: Float 1750 1751 Args: 1752 bool: Graph of Bool 1753 input 1: Graph of Float 1754 input 2: Graph of Float 1755 1756 1757 Returns: 1758 Graph: A graph node producing a Float. 1759 """ 1760 bool_parsed = parse_bool_graph(bool) 1761 input_1_parsed = parse_float_graph(input_1) 1762 input_2_parsed = parse_float_graph(input_2) 1763 return float_if_internal(bool_parsed, input_1_parsed, input_2_parsed)
Float If
If the boolean is true returns input 1, otherwise input 2. Type: Float
Args: bool: Graph of Bool input 1: Graph of Float input 2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_lerp(x, float1, float2) -> Graph:
1765def float_lerp(x, float1, float2) -> Graph: 1766 """Float Lerp 1767 1768 Lerps between two floats using the x parameter 1769 1770 Args: 1771 x: Graph of Float 1772 float1: Graph of Float 1773 float2: Graph of Float 1774 1775 1776 Returns: 1777 Graph: A graph node producing a Float. 1778 """ 1779 x_parsed = parse_float_graph(x) 1780 float1_parsed = parse_float_graph(float1) 1781 float2_parsed = parse_float_graph(float2) 1782 return float_lerp_internal(x_parsed, float1_parsed, float2_parsed)
Float Lerp
Lerps between two floats using the x parameter
Args: x: Graph of Float float1: Graph of Float float2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_less_than(float_1, float_2) -> Graph:
1784def float_less_than(float_1, float_2) -> Graph: 1785 """Float Less Than 1786 1787 Checks if the first float is less than the second float 1788 1789 Args: 1790 First Float: Graph of Float 1791 Second Float: Graph of Float 1792 1793 1794 Returns: 1795 Graph: A graph node producing a Bool. 1796 """ 1797 float_1_parsed = parse_float_graph(float_1) 1798 float_2_parsed = parse_float_graph(float_2) 1799 return float_less_than_internal(float_1_parsed, float_2_parsed)
Float Less Than
Checks if the first float is less than the second float
Args: First Float: Graph of Float Second Float: Graph of Float
Returns: Graph: A graph node producing a Bool.
def
float_less_than_or_equal(float_1, float_2) -> Graph:
1801def float_less_than_or_equal(float_1, float_2) -> Graph: 1802 """Float Less Than Or Equal 1803 1804 Checks if the first float is less than or equal to the second float 1805 1806 Args: 1807 First Float: Graph of Float 1808 Second Float: Graph of Float 1809 1810 1811 Returns: 1812 Graph: A graph node producing a Bool. 1813 """ 1814 float_1_parsed = parse_float_graph(float_1) 1815 float_2_parsed = parse_float_graph(float_2) 1816 return float_less_than_or_equal_internal(float_1_parsed, float_2_parsed)
Float Less Than Or Equal
Checks if the first float is less than or equal to the second float
Args: First Float: Graph of Float Second Float: Graph of Float
Returns: Graph: A graph node producing a Bool.
def
float_max(float1, float2) -> Graph:
1818def float_max(float1, float2) -> Graph: 1819 """Float Max 1820 1821 Returns the maximum float. 1822 1823 Args: 1824 float1: Graph of Float 1825 float2: Graph of Float 1826 1827 1828 Returns: 1829 Graph: A graph node producing a Float. 1830 """ 1831 float1_parsed = parse_float_graph(float1) 1832 float2_parsed = parse_float_graph(float2) 1833 return float_max_internal(float1_parsed, float2_parsed)
Float Max
Returns the maximum float.
Args: float1: Graph of Float float2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_min(float1, float2) -> Graph:
1835def float_min(float1, float2) -> Graph: 1836 """Float Min 1837 1838 Returns the minimum float. 1839 1840 Args: 1841 float1: Graph of Float 1842 float2: Graph of Float 1843 1844 1845 Returns: 1846 Graph: A graph node producing a Float. 1847 """ 1848 float1_parsed = parse_float_graph(float1) 1849 float2_parsed = parse_float_graph(float2) 1850 return float_min_internal(float1_parsed, float2_parsed)
Float Min
Returns the minimum float.
Args: float1: Graph of Float float2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_multiply(float1, float2) -> Graph:
1852def float_multiply(float1, float2) -> Graph: 1853 """Float Multiply 1854 1855 Multiplies two floats together. 1856 1857 Args: 1858 float1: Graph of Float 1859 float2: Graph of Float 1860 1861 1862 Returns: 1863 Graph: A graph node producing a Float. 1864 """ 1865 float1_parsed = parse_float_graph(float1) 1866 float2_parsed = parse_float_graph(float2) 1867 return float_multiply_internal(float1_parsed, float2_parsed)
Float Multiply
Multiplies two floats together.
Args: float1: Graph of Float float2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_passthrough(value) -> Graph:
1869def float_passthrough(value) -> Graph: 1870 """Float Passthrough 1871 1872 Responds with the value provided. Doing nothing to it. 1873 1874 Args: 1875 value: Graph of Float 1876 1877 1878 Returns: 1879 Graph: A graph node producing a Float. 1880 """ 1881 value_parsed = parse_float_graph(value) 1882 return float_passthrough_internal(value_parsed)
Float Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_pow(float1, float2) -> Graph:
1884def float_pow(float1, float2) -> Graph: 1885 """Float Power 1886 1887 Raises float 1 to the power of float 2 1888 1889 Args: 1890 float 1: Graph of Float 1891 float 2: Graph of Float 1892 1893 1894 Returns: 1895 Graph: A graph node producing a Float. 1896 """ 1897 float1_parsed = parse_float_graph(float1) 1898 float2_parsed = parse_float_graph(float2) 1899 return float_pow_internal(float1_parsed, float2_parsed)
Float Power
Raises float 1 to the power of float 2
Args: float 1: Graph of Float float 2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_round_to_int(float) -> Graph:
1901def float_round_to_int(float) -> Graph: 1902 """Float Round to Int 1903 1904 Rounds the float to the nearest int 1905 1906 Args: 1907 float: Graph of Float 1908 1909 1910 Returns: 1911 Graph: A graph node producing a Int. 1912 """ 1913 float_parsed = parse_float_graph(float) 1914 return float_round_to_int_internal(float_parsed)
Float Round to Int
Rounds the float to the nearest int
Args: float: Graph of Float
Returns: Graph: A graph node producing a Int.
def
float_sin(angle) -> Graph:
1916def float_sin(angle) -> Graph: 1917 """Float Sine 1918 1919 Computes the sine of a float (in radians). 1920 1921 Args: 1922 Angle in radians: Graph of Float 1923 1924 1925 Returns: 1926 Graph: A graph node producing a Float. 1927 """ 1928 angle_parsed = parse_float_graph(angle) 1929 return float_sin_internal(angle_parsed)
Float Sine
Computes the sine of a float (in radians).
Args: Angle in radians: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_square_root(number) -> Graph:
1931def float_square_root(number) -> Graph: 1932 """Float Square Root 1933 1934 Compares the square root of a number 1935 1936 Args: 1937 Number: Graph of Float 1938 1939 1940 Returns: 1941 Graph: A graph node producing a Float. 1942 """ 1943 number_parsed = parse_float_graph(number) 1944 return float_square_root_internal(number_parsed)
Float Square Root
Compares the square root of a number
Args: Number: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_squared(number) -> Graph:
1946def float_squared(number) -> Graph: 1947 """Float Squared 1948 1949 Raises a float to the power of 2. 1950 1951 Args: 1952 Number: Graph of Float 1953 1954 1955 Returns: 1956 Graph: A graph node producing a Float. 1957 """ 1958 number_parsed = parse_float_graph(number) 1959 return float_squared_internal(number_parsed)
Float Squared
Raises a float to the power of 2.
Args: Number: Graph of Float
Returns: Graph: A graph node producing a Float.
def
float_subtract(float1, float2) -> Graph:
1961def float_subtract(float1, float2) -> Graph: 1962 """Float Subtract 1963 1964 Adds two floats together. 1965 1966 Args: 1967 float1: Graph of Float 1968 float2: Graph of Float 1969 1970 1971 Returns: 1972 Graph: A graph node producing a Float. 1973 """ 1974 float1_parsed = parse_float_graph(float1) 1975 float2_parsed = parse_float_graph(float2) 1976 return float_subtract_internal(float1_parsed, float2_parsed)
Float Subtract
Adds two floats together.
Args: float1: Graph of Float float2: Graph of Float
Returns: Graph: A graph node producing a Float.
def
image_from_byte_list(bytes) -> Graph:
1978def image_from_byte_list(bytes) -> Graph: 1979 """Image from Bytes 1980 1981 Given some bytes, parses an image 1982 1983 Args: 1984 bytes: Graph of ByteList 1985 1986 1987 Returns: 1988 Graph: A graph node producing a Image. 1989 """ 1990 bytes_parsed = parse_graph(bytes) 1991 return image_from_byte_list_internal(bytes_parsed)
Image from Bytes
Given some bytes, parses an image
Args: bytes: Graph of ByteList
Returns: Graph: A graph node producing a Image.
def
image_to_byte_list(image) -> Graph:
1993def image_to_byte_list(image) -> Graph: 1994 """Image to Byte List 1995 1996 Given an image, converts it to a byte list 1997 1998 Args: 1999 image: Graph of Image 2000 2001 2002 Returns: 2003 Graph: A graph node producing a ByteList. 2004 """ 2005 image_parsed = parse_graph(image) 2006 return image_to_byte_list_internal(image_parsed)
Image to Byte List
Given an image, converts it to a byte list
Args: image: Graph of Image
Returns: Graph: A graph node producing a ByteList.
def
int_abs(number) -> Graph:
2008def int_abs(number) -> Graph: 2009 """Int Absolute Value 2010 2011 Returns the absolute value of an int 2012 2013 Args: 2014 number: Graph of Int 2015 2016 2017 Returns: 2018 Graph: A graph node producing a Int. 2019 """ 2020 number_parsed = parse_int_graph(number) 2021 return int_abs_internal(number_parsed)
Int Absolute Value
Returns the absolute value of an int
Args: number: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_add(int_1, int_2) -> Graph:
2023def int_add(int_1, int_2) -> Graph: 2024 """Int Add 2025 2026 Adds to ints together 2027 2028 Args: 2029 First Int: Graph of Int 2030 Second Int: Graph of Int 2031 2032 2033 Returns: 2034 Graph: A graph node producing a Int. 2035 """ 2036 int_1_parsed = parse_int_graph(int_1) 2037 int_2_parsed = parse_int_graph(int_2) 2038 return int_add_internal(int_1_parsed, int_2_parsed)
Int Add
Adds to ints together
Args: First Int: Graph of Int Second Int: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_add_to_dictionary(dictionary, key, value) -> Graph:
2040def int_add_to_dictionary(dictionary, key, value) -> Graph: 2041 """Int Add To Dictionary 2042 2043 Adds a Int to a Dictionary 2044 2045 Args: 2046 dictionary: Graph of Dictionary 2047 key: Graph of String 2048 value: Graph of Int 2049 2050 2051 Returns: 2052 Graph: A graph node producing a Dictionary. 2053 """ 2054 dictionary_parsed = parse_graph(dictionary) 2055 key_parsed = parse_string_graph(key) 2056 value_parsed = parse_int_graph(value) 2057 return int_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed)
Int Add To Dictionary
Adds a Int to a Dictionary
Args: dictionary: Graph of Dictionary key: Graph of String value: Graph of Int
Returns: Graph: A graph node producing a Dictionary.
def
int_equals(int_1, int_2) -> Graph:
2059def int_equals(int_1, int_2) -> Graph: 2060 """Int Equals 2061 2062 Checks if two ints are equal 2063 2064 Args: 2065 First Int: Graph of Int 2066 Second Int: Graph of Int 2067 2068 2069 Returns: 2070 Graph: A graph node producing a Bool. 2071 """ 2072 int_1_parsed = parse_int_graph(int_1) 2073 int_2_parsed = parse_int_graph(int_2) 2074 return int_equals_internal(int_1_parsed, int_2_parsed)
Int Equals
Checks if two ints are equal
Args: First Int: Graph of Int Second Int: Graph of Int
Returns: Graph: A graph node producing a Bool.
def
int_greater_than(int_1, int_2) -> Graph:
2076def int_greater_than(int_1, int_2) -> Graph: 2077 """Int Greater Than 2078 2079 Checks if the first int is greater than the second int 2080 2081 Args: 2082 First Int: Graph of Int 2083 Second Int: Graph of Int 2084 2085 2086 Returns: 2087 Graph: A graph node producing a Bool. 2088 """ 2089 int_1_parsed = parse_int_graph(int_1) 2090 int_2_parsed = parse_int_graph(int_2) 2091 return int_greater_than_internal(int_1_parsed, int_2_parsed)
Int Greater Than
Checks if the first int is greater than the second int
Args: First Int: Graph of Int Second Int: Graph of Int
Returns: Graph: A graph node producing a Bool.
def
int_greater_than_or_equal(int_1, int_2) -> Graph:
2093def int_greater_than_or_equal(int_1, int_2) -> Graph: 2094 """Int Greater Than Or Equal 2095 2096 Checks if the first int is greater than or equal to the second int 2097 2098 Args: 2099 First Int: Graph of Int 2100 Second Int: Graph of Int 2101 2102 2103 Returns: 2104 Graph: A graph node producing a Bool. 2105 """ 2106 int_1_parsed = parse_int_graph(int_1) 2107 int_2_parsed = parse_int_graph(int_2) 2108 return int_greater_than_or_equal_internal(int_1_parsed, int_2_parsed)
Int Greater Than Or Equal
Checks if the first int is greater than or equal to the second int
Args: First Int: Graph of Int Second Int: Graph of Int
Returns: Graph: A graph node producing a Bool.
def
int_if(bool, input_1, input_2) -> Graph:
2110def int_if(bool, input_1, input_2) -> Graph: 2111 """Int If 2112 2113 If the boolean is true returns input 1, otherwise input 2. Type: Int 2114 2115 Args: 2116 bool: Graph of Bool 2117 input 1: Graph of Int 2118 input 2: Graph of Int 2119 2120 2121 Returns: 2122 Graph: A graph node producing a Int. 2123 """ 2124 bool_parsed = parse_bool_graph(bool) 2125 input_1_parsed = parse_int_graph(input_1) 2126 input_2_parsed = parse_int_graph(input_2) 2127 return int_if_internal(bool_parsed, input_1_parsed, input_2_parsed)
Int If
If the boolean is true returns input 1, otherwise input 2. Type: Int
Args: bool: Graph of Bool input 1: Graph of Int input 2: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_less_than(int_1, int_2) -> Graph:
2129def int_less_than(int_1, int_2) -> Graph: 2130 """Int Less Than 2131 2132 Checks if the first int is less than the second int 2133 2134 Args: 2135 First Int: Graph of Int 2136 Second Int: Graph of Int 2137 2138 2139 Returns: 2140 Graph: A graph node producing a Bool. 2141 """ 2142 int_1_parsed = parse_int_graph(int_1) 2143 int_2_parsed = parse_int_graph(int_2) 2144 return int_less_than_internal(int_1_parsed, int_2_parsed)
Int Less Than
Checks if the first int is less than the second int
Args: First Int: Graph of Int Second Int: Graph of Int
Returns: Graph: A graph node producing a Bool.
def
int_less_than_or_equal(int_1, int_2) -> Graph:
2146def int_less_than_or_equal(int_1, int_2) -> Graph: 2147 """Int Less Than Or Equal 2148 2149 Checks if the first int is less than or equal to the second int 2150 2151 Args: 2152 First Int: Graph of Int 2153 Second Int: Graph of Int 2154 2155 2156 Returns: 2157 Graph: A graph node producing a Bool. 2158 """ 2159 int_1_parsed = parse_int_graph(int_1) 2160 int_2_parsed = parse_int_graph(int_2) 2161 return int_less_than_or_equal_internal(int_1_parsed, int_2_parsed)
Int Less Than Or Equal
Checks if the first int is less than or equal to the second int
Args: First Int: Graph of Int Second Int: Graph of Int
Returns: Graph: A graph node producing a Bool.
def
int_max(int1, int2) -> Graph:
2163def int_max(int1, int2) -> Graph: 2164 """Int Max 2165 2166 Returns the maximum int. 2167 2168 Args: 2169 int1: Graph of Int 2170 int2: Graph of Int 2171 2172 2173 Returns: 2174 Graph: A graph node producing a Int. 2175 """ 2176 int1_parsed = parse_int_graph(int1) 2177 int2_parsed = parse_int_graph(int2) 2178 return int_max_internal(int1_parsed, int2_parsed)
Int Max
Returns the maximum int.
Args: int1: Graph of Int int2: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_min(int1, int2) -> Graph:
2180def int_min(int1, int2) -> Graph: 2181 """Int Min 2182 2183 Returns the minimum int. 2184 2185 Args: 2186 int1: Graph of Int 2187 int2: Graph of Int 2188 2189 2190 Returns: 2191 Graph: A graph node producing a Int. 2192 """ 2193 int1_parsed = parse_int_graph(int1) 2194 int2_parsed = parse_int_graph(int2) 2195 return int_min_internal(int1_parsed, int2_parsed)
Int Min
Returns the minimum int.
Args: int1: Graph of Int int2: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_multiply(int_1, int_2) -> Graph:
2197def int_multiply(int_1, int_2) -> Graph: 2198 """Int Multiply 2199 2200 Multiplies two integers together 2201 2202 Args: 2203 First Int: Graph of Int 2204 Second Int: Graph of Int 2205 2206 2207 Returns: 2208 Graph: A graph node producing a Int. 2209 """ 2210 int_1_parsed = parse_int_graph(int_1) 2211 int_2_parsed = parse_int_graph(int_2) 2212 return int_multiply_internal(int_1_parsed, int_2_parsed)
Int Multiply
Multiplies two integers together
Args: First Int: Graph of Int Second Int: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_passthrough(value) -> Graph:
2214def int_passthrough(value) -> Graph: 2215 """Int Passthrough 2216 2217 Responds with the value provided. Doing nothing to it. 2218 2219 Args: 2220 value: Graph of Int 2221 2222 2223 Returns: 2224 Graph: A graph node producing a Int. 2225 """ 2226 value_parsed = parse_int_graph(value) 2227 return int_passthrough_internal(value_parsed)
Int Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_subtract(int_1, int_2) -> Graph:
2229def int_subtract(int_1, int_2) -> Graph: 2230 """Int Subtract 2231 2232 Subtracts one int from another 2233 2234 Args: 2235 int 1: Graph of Int 2236 int 2: Graph of Int 2237 2238 2239 Returns: 2240 Graph: A graph node producing a Int. 2241 """ 2242 int_1_parsed = parse_int_graph(int_1) 2243 int_2_parsed = parse_int_graph(int_2) 2244 return int_subtract_internal(int_1_parsed, int_2_parsed)
Int Subtract
Subtracts one int from another
Args: int 1: Graph of Int int 2: Graph of Int
Returns: Graph: A graph node producing a Int.
def
int_to_float(int) -> Graph:
2246def int_to_float(int) -> Graph: 2247 """Int To Float 2248 2249 Converts an Int to a Float 2250 2251 Args: 2252 int: Graph of Int 2253 2254 2255 Returns: 2256 Graph: A graph node producing a Float. 2257 """ 2258 int_parsed = parse_int_graph(int) 2259 return int_to_float_internal(int_parsed)
Int To Float
Converts an Int to a Float
Args: int: Graph of Int
Returns: Graph: A graph node producing a Float.
def
monet_network_download_u_r_l_from_asset_i_d(asset_id) -> Graph:
2261def monet_network_download_u_r_l_from_asset_i_d(asset_id) -> Graph: 2262 """Monet Network Download URL from Asset ID 2263 2264 Creates a Download URL from asset ID in the Monet Network 2265 2266 Args: 2267 asset id: Graph of Int 2268 2269 2270 Returns: 2271 Graph: A graph node producing a String. 2272 """ 2273 asset_id_parsed = parse_int_graph(asset_id) 2274 return monet_network_download_u_r_l_from_asset_i_d_internal(asset_id_parsed)
Monet Network Download URL from Asset ID
Creates a Download URL from asset ID in the Monet Network
Args: asset id: Graph of Int
Returns: Graph: A graph node producing a String.
def
not_(bool) -> Graph:
2276def not_(bool) -> Graph: 2277 """Not 2278 2279 Returns the opposite of a boolean 2280 2281 Args: 2282 Bool: Graph of Bool 2283 2284 2285 Returns: 2286 Graph: A graph node producing a Bool. 2287 """ 2288 bool_parsed = parse_bool_graph(bool) 2289 return not_internal(bool_parsed)
Not
Returns the opposite of a boolean
Args: Bool: Graph of Bool
Returns: Graph: A graph node producing a Bool.
def
null_value() -> Graph:
2291def null_value() -> Graph: 2292 """Null Value 2293 2294 Returns a null value 2295 2296 Returns: 2297 Graph: A graph node producing a Null. 2298 """ 2299 return null_value_internal()
Null Value
Returns a null value
Returns: Graph: A graph node producing a Null.
def
ok_lab_color_from_components(l, a, b) -> Graph:
2301def ok_lab_color_from_components(l, a, b) -> Graph: 2302 """OkLab Color from Components 2303 2304 Given the L, a and b creates the color 2305 2306 Args: 2307 l: Graph of Float 2308 a: Graph of Float 2309 b: Graph of Float 2310 2311 2312 Returns: 2313 Graph: A graph node producing a OkLabColor. 2314 """ 2315 l_parsed = parse_float_graph(l) 2316 a_parsed = parse_float_graph(a) 2317 b_parsed = parse_float_graph(b) 2318 return ok_lab_color_from_components_internal(l_parsed, a_parsed, b_parsed)
OkLab Color from Components
Given the L, a and b creates the color
Args: l: Graph of Float a: Graph of Float b: Graph of Float
Returns: Graph: A graph node producing a OkLabColor.
def
ok_lab_hist_lightness_quantile(hist, quantile) -> Graph:
2320def ok_lab_hist_lightness_quantile(hist, quantile) -> Graph: 2321 """OkLab Histogram Lightness Quantile 2322 2323 Given an OkLab histogram and a quantile, returns the lightness value that corresponds to the quantile. 2324 2325 Args: 2326 hist: Graph of OkLabHist 2327 quantile: Graph of Float 2328 2329 2330 Returns: 2331 Graph: A graph node producing a Float. 2332 """ 2333 hist_parsed = parse_graph(hist) 2334 quantile_parsed = parse_float_graph(quantile) 2335 return ok_lab_hist_lightness_quantile_internal(hist_parsed, quantile_parsed)
OkLab Histogram Lightness Quantile
Given an OkLab histogram and a quantile, returns the lightness value that corresponds to the quantile.
Args: hist: Graph of OkLabHist quantile: Graph of Float
Returns: Graph: A graph node producing a Float.
def
ok_lab_to_r_g_b(ok_lab, color_profile) -> Graph:
2337def ok_lab_to_r_g_b(ok_lab, color_profile) -> Graph: 2338 """OkLab to RGB 2339 2340 Converts an OkLab color to an RGB color 2341 2342 Args: 2343 OkLab: Graph of OkLabColor 2344 color profile: Graph of ColorProfile 2345 2346 2347 Returns: 2348 Graph: A graph node producing a RGBColor. 2349 """ 2350 ok_lab_parsed = parse_graph(ok_lab) 2351 color_profile_parsed = parse_graph(color_profile) 2352 return ok_lab_to_r_g_b_internal(ok_lab_parsed, color_profile_parsed)
OkLab to RGB
Converts an OkLab color to an RGB color
Args: OkLab: Graph of OkLabColor color profile: Graph of ColorProfile
Returns: Graph: A graph node producing a RGBColor.
def
or_(bool1, bool2) -> Graph:
2354def or_(bool1, bool2) -> Graph: 2355 """Or 2356 2357 Returns true if either inputs are true. 2358 2359 Args: 2360 bool1: Graph of Bool 2361 bool2: Graph of Bool 2362 2363 2364 Returns: 2365 Graph: A graph node producing a Bool. 2366 """ 2367 bool1_parsed = parse_bool_graph(bool1) 2368 bool2_parsed = parse_bool_graph(bool2) 2369 return or_internal(bool1_parsed, bool2_parsed)
Or
Returns true if either inputs are true.
Args: bool1: Graph of Bool bool2: Graph of Bool
Returns: Graph: A graph node producing a Bool.
def
painter_add_ellipse_with_render_style(painter, center, dimensions, rotation, render_style, instances) -> Graph:
2371def painter_add_ellipse_with_render_style(painter, center, dimensions, rotation, render_style, instances) -> Graph: 2372 """Painter Add Ellipse with Render Style 2373 2374 Adds an ellipse to the painter and draws it with the render style. Set some transforms on the ellipse as well. 2375 2376 Args: 2377 painter: Graph of Painter 2378 center point of the ellipse: Graph of Point2f 2379 width (a) and height (b) of the ellipse: Graph of Vector2f 2380 rotation angle in radians: Graph of Float 2381 render style: Graph of RenderStyle 2382 instances: Graph of Transform2List 2383 2384 2385 Returns: 2386 Graph: A graph node producing a Painter. 2387 """ 2388 painter_parsed = parse_graph(painter) 2389 center_parsed = parse_graph(center) 2390 dimensions_parsed = parse_graph(dimensions) 2391 rotation_parsed = parse_float_graph(rotation) 2392 render_style_parsed = parse_graph(render_style) 2393 instances_parsed = parse_graph(instances) 2394 return painter_add_ellipse_with_render_style_internal(painter_parsed, center_parsed, dimensions_parsed, rotation_parsed, render_style_parsed, instances_parsed)
Painter Add Ellipse with Render Style
Adds an ellipse to the painter and draws it with the render style. Set some transforms on the ellipse as well.
Args: painter: Graph of Painter center point of the ellipse: Graph of Point2f width (a) and height (b) of the ellipse: Graph of Vector2f rotation angle in radians: Graph of Float render style: Graph of RenderStyle instances: Graph of Transform2List
Returns: Graph: A graph node producing a Painter.
def
painter_add_path_with_render_style(painter, path, render_style, instances) -> Graph:
2396def painter_add_path_with_render_style(painter, path, render_style, instances) -> Graph: 2397 """Painter Add Path with Render Style 2398 2399 Adds a path to the painter and draws it with the render style. Set some transforms on the path as well. 2400 2401 Args: 2402 painter: Graph of Painter 2403 path: Graph of Path 2404 render style: Graph of RenderStyle 2405 instances: Graph of Transform2List 2406 2407 2408 Returns: 2409 Graph: A graph node producing a Painter. 2410 """ 2411 painter_parsed = parse_graph(painter) 2412 path_parsed = parse_graph(path) 2413 render_style_parsed = parse_graph(render_style) 2414 instances_parsed = parse_graph(instances) 2415 return painter_add_path_with_render_style_internal(painter_parsed, path_parsed, render_style_parsed, instances_parsed)
Painter Add Path with Render Style
Adds a path to the painter and draws it with the render style. Set some transforms on the path as well.
Args: painter: Graph of Painter path: Graph of Path render style: Graph of RenderStyle instances: Graph of Transform2List
Returns: Graph: A graph node producing a Painter.
def
painter_add_rectangle_with_render_style(painter, center, dimensions, rotation, render_style, instances) -> Graph:
2417def painter_add_rectangle_with_render_style(painter, center, dimensions, rotation, render_style, instances) -> Graph: 2418 """Painter Add Rectangle with Render Style 2419 2420 Adds a rectangle to the painter and draws it with the render style. Set some transforms on the rectangle as well. 2421 2422 Args: 2423 painter: Graph of Painter 2424 center point of the rectangle: Graph of Point2f 2425 width and height of the rectangle: Graph of Vector2f 2426 rotation angle in radians: Graph of Float 2427 render style: Graph of RenderStyle 2428 instances: Graph of Transform2List 2429 2430 2431 Returns: 2432 Graph: A graph node producing a Painter. 2433 """ 2434 painter_parsed = parse_graph(painter) 2435 center_parsed = parse_graph(center) 2436 dimensions_parsed = parse_graph(dimensions) 2437 rotation_parsed = parse_float_graph(rotation) 2438 render_style_parsed = parse_graph(render_style) 2439 instances_parsed = parse_graph(instances) 2440 return painter_add_rectangle_with_render_style_internal(painter_parsed, center_parsed, dimensions_parsed, rotation_parsed, render_style_parsed, instances_parsed)
Painter Add Rectangle with Render Style
Adds a rectangle to the painter and draws it with the render style. Set some transforms on the rectangle as well.
Args: painter: Graph of Painter center point of the rectangle: Graph of Point2f width and height of the rectangle: Graph of Vector2f rotation angle in radians: Graph of Float render style: Graph of RenderStyle instances: Graph of Transform2List
Returns: Graph: A graph node producing a Painter.
def
painter_new(color_profile) -> Graph:
2442def painter_new(color_profile) -> Graph: 2443 """Painter New 2444 2445 Creates a new painter. 2446 2447 Args: 2448 color profile: Graph of ColorProfile 2449 2450 2451 Returns: 2452 Graph: A graph node producing a Painter. 2453 """ 2454 color_profile_parsed = parse_graph(color_profile) 2455 return painter_new_internal(color_profile_parsed)
Painter New
Creates a new painter.
Args: color profile: Graph of ColorProfile
Returns: Graph: A graph node producing a Painter.
def
path_line_to_point(path, point) -> Graph:
2457def path_line_to_point(path, point) -> Graph: 2458 """Path Line to Point 2459 2460 Moves the path from it's current point to another at another point with a line. 2461 2462 Args: 2463 path: Graph of Path 2464 point: Graph of Point2f 2465 2466 2467 Returns: 2468 Graph: A graph node producing a Path. 2469 """ 2470 path_parsed = parse_graph(path) 2471 point_parsed = parse_graph(point) 2472 return path_line_to_point_internal(path_parsed, point_parsed)
Path Line to Point
Moves the path from it's current point to another at another point with a line.
Args: path: Graph of Path point: Graph of Point2f
Returns: Graph: A graph node producing a Path.
def
path_move_to_point(path, point) -> Graph:
2474def path_move_to_point(path, point) -> Graph: 2475 """Path Move to Point 2476 2477 Moves the path to a specified point without drawing anything. 2478 2479 Args: 2480 path: Graph of Path 2481 point: Graph of Point2f 2482 2483 2484 Returns: 2485 Graph: A graph node producing a Path. 2486 """ 2487 path_parsed = parse_graph(path) 2488 point_parsed = parse_graph(point) 2489 return path_move_to_point_internal(path_parsed, point_parsed)
Path Move to Point
Moves the path to a specified point without drawing anything.
Args: path: Graph of Path point: Graph of Point2f
Returns: Graph: A graph node producing a Path.
def
path_new() -> Graph:
2491def path_new() -> Graph: 2492 """Path New 2493 2494 Creates a new empty path. 2495 2496 Returns: 2497 Graph: A graph node producing a Path. 2498 """ 2499 return path_new_internal()
Path New
Creates a new empty path.
Returns: Graph: A graph node producing a Path.
def
pi() -> Graph:
2501def pi() -> Graph: 2502 """Pi 2503 2504 Returns π as a float 2505 2506 Returns: 2507 Graph: A graph node producing a Float. 2508 """ 2509 return pi_internal()
Pi
Returns π as a float
Returns: Graph: A graph node producing a Float.
def
point2f_from_components(x, y) -> Graph:
2511def point2f_from_components(x, y) -> Graph: 2512 """Point 2 Float from Components 2513 2514 Given an x and y creates a point 2515 2516 Args: 2517 x: Graph of Float 2518 y: Graph of Float 2519 2520 2521 Returns: 2522 Graph: A graph node producing a Point2f. 2523 """ 2524 x_parsed = parse_float_graph(x) 2525 y_parsed = parse_float_graph(y) 2526 return point2f_from_components_internal(x_parsed, y_parsed)
Point 2 Float from Components
Given an x and y creates a point
Args: x: Graph of Float y: Graph of Float
Returns: Graph: A graph node producing a Point2f.
def
r_g_b_a_color_add_to_dictionary(dictionary, key, value) -> Graph:
2528def r_g_b_a_color_add_to_dictionary(dictionary, key, value) -> Graph: 2529 """RGBA Color Add To Dictionary 2530 2531 Adds a RGBA Color to a Dictionary 2532 2533 Args: 2534 dictionary: Graph of Dictionary 2535 key: Graph of String 2536 value: Graph of RGBAColor 2537 2538 2539 Returns: 2540 Graph: A graph node producing a Dictionary. 2541 """ 2542 dictionary_parsed = parse_graph(dictionary) 2543 key_parsed = parse_string_graph(key) 2544 value_parsed = parse_graph(value) 2545 return r_g_b_a_color_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed)
RGBA Color Add To Dictionary
Adds a RGBA Color to a Dictionary
Args: dictionary: Graph of Dictionary key: Graph of String value: Graph of RGBAColor
Returns: Graph: A graph node producing a Dictionary.
def
r_g_b_a_color_from_components(r, g, b, a) -> Graph:
2547def r_g_b_a_color_from_components(r, g, b, a) -> Graph: 2548 """RGBA Color from Components 2549 2550 Given the r, g, b and a creates the color 2551 2552 Args: 2553 red: Graph of Float 2554 green: Graph of Float 2555 blue: Graph of Float 2556 alpha: Graph of Float 2557 2558 2559 Returns: 2560 Graph: A graph node producing a RGBAColor. 2561 """ 2562 r_parsed = parse_float_graph(r) 2563 g_parsed = parse_float_graph(g) 2564 b_parsed = parse_float_graph(b) 2565 a_parsed = parse_float_graph(a) 2566 return r_g_b_a_color_from_components_internal(r_parsed, g_parsed, b_parsed, a_parsed)
RGBA Color from Components
Given the r, g, b and a creates the color
Args: red: Graph of Float green: Graph of Float blue: Graph of Float alpha: Graph of Float
Returns: Graph: A graph node producing a RGBAColor.
def
r_g_b_a_color_passthrough(value) -> Graph:
2568def r_g_b_a_color_passthrough(value) -> Graph: 2569 """RGBA Color Passthrough 2570 2571 Responds with the value provided. Doing nothing to it. 2572 2573 Args: 2574 value: Graph of RGBAColor 2575 2576 2577 Returns: 2578 Graph: A graph node producing a RGBAColor. 2579 """ 2580 value_parsed = parse_graph(value) 2581 return r_g_b_a_color_passthrough_internal(value_parsed)
RGBA Color Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of RGBAColor
Returns: Graph: A graph node producing a RGBAColor.
def
r_g_b_color_add_to_dictionary(dictionary, key, value) -> Graph:
2583def r_g_b_color_add_to_dictionary(dictionary, key, value) -> Graph: 2584 """RGB Color Add To Dictionary 2585 2586 Adds a RGB Color to a Dictionary 2587 2588 Args: 2589 dictionary: Graph of Dictionary 2590 key: Graph of String 2591 value: Graph of RGBColor 2592 2593 2594 Returns: 2595 Graph: A graph node producing a Dictionary. 2596 """ 2597 dictionary_parsed = parse_graph(dictionary) 2598 key_parsed = parse_string_graph(key) 2599 value_parsed = parse_graph(value) 2600 return r_g_b_color_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed)
RGB Color Add To Dictionary
Adds a RGB Color to a Dictionary
Args: dictionary: Graph of Dictionary key: Graph of String value: Graph of RGBColor
Returns: Graph: A graph node producing a Dictionary.
def
r_g_b_color_from_components(r, g, b) -> Graph:
2602def r_g_b_color_from_components(r, g, b) -> Graph: 2603 """RGB Color from Components 2604 2605 Given the r, g and b creates the color 2606 2607 Args: 2608 red: Graph of Float 2609 green: Graph of Float 2610 blue: Graph of Float 2611 2612 2613 Returns: 2614 Graph: A graph node producing a RGBColor. 2615 """ 2616 r_parsed = parse_float_graph(r) 2617 g_parsed = parse_float_graph(g) 2618 b_parsed = parse_float_graph(b) 2619 return r_g_b_color_from_components_internal(r_parsed, g_parsed, b_parsed)
RGB Color from Components
Given the r, g and b creates the color
Args: red: Graph of Float green: Graph of Float blue: Graph of Float
Returns: Graph: A graph node producing a RGBColor.
def
r_g_b_color_passthrough(value) -> Graph:
2621def r_g_b_color_passthrough(value) -> Graph: 2622 """RGB Color Passthrough 2623 2624 Responds with the value provided. Doing nothing to it. 2625 2626 Args: 2627 value: Graph of RGBColor 2628 2629 2630 Returns: 2631 Graph: A graph node producing a RGBColor. 2632 """ 2633 value_parsed = parse_graph(value) 2634 return r_g_b_color_passthrough_internal(value_parsed)
RGB Color Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of RGBColor
Returns: Graph: A graph node producing a RGBColor.
def
r_g_b_to_ok_lab(rgb, color_profile) -> Graph:
2636def r_g_b_to_ok_lab(rgb, color_profile) -> Graph: 2637 """RGB to OkLab 2638 2639 Converts an RGB color to an OkLab color 2640 2641 Args: 2642 RGB: Graph of RGBColor 2643 color profile: Graph of ColorProfile 2644 2645 2646 Returns: 2647 Graph: A graph node producing a OkLabColor. 2648 """ 2649 rgb_parsed = parse_graph(rgb) 2650 color_profile_parsed = parse_graph(color_profile) 2651 return r_g_b_to_ok_lab_internal(rgb_parsed, color_profile_parsed)
RGB to OkLab
Converts an RGB color to an OkLab color
Args: RGB: Graph of RGBColor color profile: Graph of ColorProfile
Returns: Graph: A graph node producing a OkLabColor.
def
render_style_brush_and_fill(brush, fill) -> Graph:
2653def render_style_brush_and_fill(brush, fill) -> Graph: 2654 """Render Style Brush and Fill 2655 2656 Creates a render style that will have a brush and a fill. 2657 2658 Args: 2659 brush: Graph of Brush 2660 fill: Graph of Fill 2661 2662 2663 Returns: 2664 Graph: A graph node producing a RenderStyle. 2665 """ 2666 brush_parsed = parse_graph(brush) 2667 fill_parsed = parse_graph(fill) 2668 return render_style_brush_and_fill_internal(brush_parsed, fill_parsed)
Render Style Brush and Fill
Creates a render style that will have a brush and a fill.
Args: brush: Graph of Brush fill: Graph of Fill
Returns: Graph: A graph node producing a RenderStyle.
def
render_style_brush_only(brush) -> Graph:
2670def render_style_brush_only(brush) -> Graph: 2671 """Render Style Brush Only 2672 2673 Creates a render style that will only have a brush. 2674 2675 Args: 2676 brush: Graph of Brush 2677 2678 2679 Returns: 2680 Graph: A graph node producing a RenderStyle. 2681 """ 2682 brush_parsed = parse_graph(brush) 2683 return render_style_brush_only_internal(brush_parsed)
Render Style Brush Only
Creates a render style that will only have a brush.
Args: brush: Graph of Brush
Returns: Graph: A graph node producing a RenderStyle.
def
render_style_fill_only(fill) -> Graph:
2685def render_style_fill_only(fill) -> Graph: 2686 """Render Style Fill Only 2687 2688 Creates a render style that will only have a fill. 2689 2690 Args: 2691 fill: Graph of Fill 2692 2693 2694 Returns: 2695 Graph: A graph node producing a RenderStyle. 2696 """ 2697 fill_parsed = parse_graph(fill) 2698 return render_style_fill_only_internal(fill_parsed)
Render Style Fill Only
Creates a render style that will only have a fill.
Args: fill: Graph of Fill
Returns: Graph: A graph node producing a RenderStyle.
def
sequence_adjust_speed(sequence, factor) -> Graph:
2700def sequence_adjust_speed(sequence, factor) -> Graph: 2701 """Sequence Adjust Speed 2702 2703 Adjusts the speed of a sequence by a speed factor. 2704 2705 Args: 2706 sequence: Graph of Sequence 2707 factor: Graph of Float 2708 2709 2710 Returns: 2711 Graph: A graph node producing a Sequence. 2712 """ 2713 sequence_parsed = parse_graph(sequence) 2714 factor_parsed = parse_float_graph(factor) 2715 return sequence_adjust_speed_internal(sequence_parsed, factor_parsed)
Sequence Adjust Speed
Adjusts the speed of a sequence by a speed factor.
Args: sequence: Graph of Sequence factor: Graph of Float
Returns: Graph: A graph node producing a Sequence.
def
sequence_composition_at_time(sequence, time) -> Graph:
2717def sequence_composition_at_time(sequence, time) -> Graph: 2718 """Sequence Composition at Time 2719 2720 Extracts an composition from a sequence at a particular time 2721 2722 Args: 2723 sequence: Graph of Sequence 2724 time: Graph of Float 2725 2726 2727 Returns: 2728 Graph: A graph node producing a Composition. 2729 """ 2730 sequence_parsed = parse_graph(sequence) 2731 time_parsed = parse_float_graph(time) 2732 return sequence_composition_at_time_internal(sequence_parsed, time_parsed)
Sequence Composition at Time
Extracts an composition from a sequence at a particular time
Args: sequence: Graph of Sequence time: Graph of Float
Returns: Graph: A graph node producing a Composition.
def
sequence_concatenate(sequence_1, sequence_2) -> Graph:
2734def sequence_concatenate(sequence_1, sequence_2) -> Graph: 2735 """Sequence Concatenate 2736 2737 Given two sequences, combines them into one by playing the first one and then the second one. 2738 2739 Args: 2740 sequence 1: Graph of Sequence 2741 sequence 2: Graph of Sequence 2742 2743 2744 Returns: 2745 Graph: A graph node producing a Sequence. 2746 """ 2747 sequence_1_parsed = parse_graph(sequence_1) 2748 sequence_2_parsed = parse_graph(sequence_2) 2749 return sequence_concatenate_internal(sequence_1_parsed, sequence_2_parsed)
Sequence Concatenate
Given two sequences, combines them into one by playing the first one and then the second one.
Args: sequence 1: Graph of Sequence sequence 2: Graph of Sequence
Returns: Graph: A graph node producing a Sequence.
def
sequence_duration(sequence) -> Graph:
2751def sequence_duration(sequence) -> Graph: 2752 """Sequence Duration 2753 2754 Gets the duration from a sequence 2755 2756 Args: 2757 sequence: Graph of Sequence 2758 2759 2760 Returns: 2761 Graph: A graph node producing a Float. 2762 """ 2763 sequence_parsed = parse_graph(sequence) 2764 return sequence_duration_internal(sequence_parsed)
Sequence Duration
Gets the duration from a sequence
Args: sequence: Graph of Sequence
Returns: Graph: A graph node producing a Float.
def
sequence_from_composition_and_duration(composition, duration) -> Graph:
2766def sequence_from_composition_and_duration(composition, duration) -> Graph: 2767 """Sequence from Composition and Duration 2768 2769 Give a Composition and a Duration. Returns a Sequence. 2770 2771 Args: 2772 composition: Graph of Composition 2773 duration: Graph of Float 2774 2775 2776 Returns: 2777 Graph: A graph node producing a Sequence. 2778 """ 2779 composition_parsed = parse_graph(composition) 2780 duration_parsed = parse_float_graph(duration) 2781 return sequence_from_composition_and_duration_internal(composition_parsed, duration_parsed)
Sequence from Composition and Duration
Give a Composition and a Duration. Returns a Sequence.
Args: composition: Graph of Composition duration: Graph of Float
Returns: Graph: A graph node producing a Sequence.
def
sequence_from_u_r_l(url) -> Graph:
2783def sequence_from_u_r_l(url) -> Graph: 2784 """Sequence from URL 2785 2786 Creates a sequence from URL 2787 2788 Args: 2789 url: Graph of String 2790 2791 2792 Returns: 2793 Graph: A graph node producing a Sequence. 2794 """ 2795 url_parsed = parse_string_graph(url) 2796 return sequence_from_u_r_l_internal(url_parsed)
Sequence from URL
Creates a sequence from URL
Args: url: Graph of String
Returns: Graph: A graph node producing a Sequence.
def
sequence_graph(duration, time, frame) -> Graph:
2798def sequence_graph(duration, time, frame) -> Graph: 2799 """Sequence Graph 2800 2801 Creates a sequence that runs the graph to get the duration and the frame for each time. 2802 2803 Args: 2804 duration: Graph of Float 2805 time: Graph of Float 2806 frame: Graph of Composition 2807 2808 2809 Returns: 2810 Graph: A graph node producing a Sequence. 2811 """ 2812 duration_parsed = parse_float_graph(duration) 2813 time_parsed = parse_float_graph(time) 2814 frame_parsed = parse_graph(frame) 2815 return sequence_graph_internal(duration_parsed, time_parsed, frame_parsed)
Sequence Graph
Creates a sequence that runs the graph to get the duration and the frame for each time.
Args: duration: Graph of Float time: Graph of Float frame: Graph of Composition
Returns: Graph: A graph node producing a Sequence.
def
sequence_grayscale(sequence) -> Graph:
2817def sequence_grayscale(sequence) -> Graph: 2818 """Sequence Grayscale 2819 2820 Creates a sequence that converts the video to grayscale 2821 2822 Args: 2823 sequence: Graph of Sequence 2824 2825 2826 Returns: 2827 Graph: A graph node producing a Sequence. 2828 """ 2829 sequence_parsed = parse_graph(sequence) 2830 return sequence_grayscale_internal(sequence_parsed)
Sequence Grayscale
Creates a sequence that converts the video to grayscale
Args: sequence: Graph of Sequence
Returns: Graph: A graph node producing a Sequence.
def
sequence_passthrough(value) -> Graph:
2832def sequence_passthrough(value) -> Graph: 2833 """Sequence Passthrough 2834 2835 Responds with the value provided. Doing nothing to it. 2836 2837 Args: 2838 value: Graph of Sequence 2839 2840 2841 Returns: 2842 Graph: A graph node producing a Sequence. 2843 """ 2844 value_parsed = parse_graph(value) 2845 return sequence_passthrough_internal(value_parsed)
Sequence Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of Sequence
Returns: Graph: A graph node producing a Sequence.
def
sequence_reverse(sequence) -> Graph:
2847def sequence_reverse(sequence) -> Graph: 2848 """Sequence Reverse 2849 2850 Given a sequence. Reverses it. 2851 2852 Args: 2853 sequence: Graph of Sequence 2854 2855 2856 Returns: 2857 Graph: A graph node producing a Sequence. 2858 """ 2859 sequence_parsed = parse_graph(sequence) 2860 return sequence_reverse_internal(sequence_parsed)
Sequence Reverse
Given a sequence. Reverses it.
Args: sequence: Graph of Sequence
Returns: Graph: A graph node producing a Sequence.
def
sequence_to_mp4(sequence, frame_rate) -> Graph:
2862def sequence_to_mp4(sequence, frame_rate) -> Graph: 2863 """Sequence To MP4 2864 2865 Given a sequence. Converts it to MP4 return a local file to where that MP4 is stored. 2866 2867 Args: 2868 sequence: Graph of Sequence 2869 frame rate: Graph of Int 2870 2871 2872 Returns: 2873 Graph: A graph node producing a ByteList. 2874 """ 2875 sequence_parsed = parse_graph(sequence) 2876 frame_rate_parsed = parse_int_graph(frame_rate) 2877 return sequence_to_mp4_internal(sequence_parsed, frame_rate_parsed)
Sequence To MP4
Given a sequence. Converts it to MP4 return a local file to where that MP4 is stored.
Args: sequence: Graph of Sequence frame rate: Graph of Int
Returns: Graph: A graph node producing a ByteList.
def
sequence_trim_back(sequence, amount) -> Graph:
2879def sequence_trim_back(sequence, amount) -> Graph: 2880 """Sequence Trim Back 2881 2882 Given a sequence. Trims from the back. 2883 2884 Args: 2885 sequence: Graph of Sequence 2886 amount: Graph of Float 2887 2888 2889 Returns: 2890 Graph: A graph node producing a Sequence. 2891 """ 2892 sequence_parsed = parse_graph(sequence) 2893 amount_parsed = parse_float_graph(amount) 2894 return sequence_trim_back_internal(sequence_parsed, amount_parsed)
Sequence Trim Back
Given a sequence. Trims from the back.
Args: sequence: Graph of Sequence amount: Graph of Float
Returns: Graph: A graph node producing a Sequence.
def
sequence_trim_front(sequence, amount) -> Graph:
2896def sequence_trim_front(sequence, amount) -> Graph: 2897 """Sequence Trim Front 2898 2899 Given a sequence. Trims from the front. 2900 2901 Args: 2902 sequence: Graph of Sequence 2903 amount: Graph of Float 2904 2905 2906 Returns: 2907 Graph: A graph node producing a Sequence. 2908 """ 2909 sequence_parsed = parse_graph(sequence) 2910 amount_parsed = parse_float_graph(amount) 2911 return sequence_trim_front_internal(sequence_parsed, amount_parsed)
Sequence Trim Front
Given a sequence. Trims from the front.
Args: sequence: Graph of Sequence amount: Graph of Float
Returns: Graph: A graph node producing a Sequence.
def
string_if(bool, input_1, input_2) -> Graph:
2913def string_if(bool, input_1, input_2) -> Graph: 2914 """String If 2915 2916 If the boolean is true returns input 1, otherwise input 2. Type: String 2917 2918 Args: 2919 bool: Graph of Bool 2920 input 1: Graph of String 2921 input 2: Graph of String 2922 2923 2924 Returns: 2925 Graph: A graph node producing a String. 2926 """ 2927 bool_parsed = parse_bool_graph(bool) 2928 input_1_parsed = parse_string_graph(input_1) 2929 input_2_parsed = parse_string_graph(input_2) 2930 return string_if_internal(bool_parsed, input_1_parsed, input_2_parsed)
String If
If the boolean is true returns input 1, otherwise input 2. Type: String
Args: bool: Graph of Bool input 1: Graph of String input 2: Graph of String
Returns: Graph: A graph node producing a String.
def
transform2_identity() -> Graph:
2932def transform2_identity() -> Graph: 2933 """Transform 2D Identity 2934 2935 Creates a 2D transform that is the identity transform. 2936 2937 Returns: 2938 Graph: A graph node producing a Transform2. 2939 """ 2940 return transform2_identity_internal()
Transform 2D Identity
Creates a 2D transform that is the identity transform.
Returns: Graph: A graph node producing a Transform2.
def
transform2_if(bool, input_1, input_2) -> Graph:
2942def transform2_if(bool, input_1, input_2) -> Graph: 2943 """Transform 2D If 2944 2945 If the boolean is true returns input 1, otherwise input 2. Type: Transform2 2946 2947 Args: 2948 bool: Graph of Bool 2949 input 1: Graph of Transform2 2950 input 2: Graph of Transform2 2951 2952 2953 Returns: 2954 Graph: A graph node producing a Transform2. 2955 """ 2956 bool_parsed = parse_bool_graph(bool) 2957 input_1_parsed = parse_graph(input_1) 2958 input_2_parsed = parse_graph(input_2) 2959 return transform2_if_internal(bool_parsed, input_1_parsed, input_2_parsed)
Transform 2D If
If the boolean is true returns input 1, otherwise input 2. Type: Transform2
Args: bool: Graph of Bool input 1: Graph of Transform2 input 2: Graph of Transform2
Returns: Graph: A graph node producing a Transform2.
def
transform2_rotate(transform, angle) -> Graph:
2961def transform2_rotate(transform, angle) -> Graph: 2962 """Transform 2D Rotate 2963 2964 Applies a rotation to a 2D transform. Rotation is in radians. 2965 2966 Args: 2967 transform: Graph of Transform2 2968 angle in radians: Graph of Float 2969 2970 2971 Returns: 2972 Graph: A graph node producing a Transform2. 2973 """ 2974 transform_parsed = parse_graph(transform) 2975 angle_parsed = parse_float_graph(angle) 2976 return transform2_rotate_internal(transform_parsed, angle_parsed)
Transform 2D Rotate
Applies a rotation to a 2D transform. Rotation is in radians.
Args: transform: Graph of Transform2 angle in radians: Graph of Float
Returns: Graph: A graph node producing a Transform2.
def
transform2_scale(transform, scale) -> Graph:
2978def transform2_scale(transform, scale) -> Graph: 2979 """Transform 2D Scale 2980 2981 Applies a scale to a 2D transform. 2982 2983 Args: 2984 transform: Graph of Transform2 2985 scale: Graph of Vector2f 2986 2987 2988 Returns: 2989 Graph: A graph node producing a Transform2. 2990 """ 2991 transform_parsed = parse_graph(transform) 2992 scale_parsed = parse_graph(scale) 2993 return transform2_scale_internal(transform_parsed, scale_parsed)
Transform 2D Scale
Applies a scale to a 2D transform.
Args: transform: Graph of Transform2 scale: Graph of Vector2f
Returns: Graph: A graph node producing a Transform2.
def
transform2_to_list(item) -> Graph:
2995def transform2_to_list(item) -> Graph: 2996 """Transform 2D to List 2997 2998 Converts Transform 2D to a single item list 2999 3000 Args: 3001 item: Graph of Transform2 3002 3003 3004 Returns: 3005 Graph: A graph node producing a Transform2List. 3006 """ 3007 item_parsed = parse_graph(item) 3008 return transform2_to_list_internal(item_parsed)
Transform 2D to List
Converts Transform 2D to a single item list
Args: item: Graph of Transform2
Returns: Graph: A graph node producing a Transform2List.
def
transform2_translation(transform, translation) -> Graph:
3010def transform2_translation(transform, translation) -> Graph: 3011 """Transform 2D Translation 3012 3013 Applies a translation to a 2D transform. 3014 3015 Args: 3016 transform: Graph of Transform2 3017 translation: Graph of Vector2f 3018 3019 3020 Returns: 3021 Graph: A graph node producing a Transform2. 3022 """ 3023 transform_parsed = parse_graph(transform) 3024 translation_parsed = parse_graph(translation) 3025 return transform2_translation_internal(transform_parsed, translation_parsed)
Transform 2D Translation
Applies a translation to a 2D transform.
Args: transform: Graph of Transform2 translation: Graph of Vector2f
Returns: Graph: A graph node producing a Transform2.
def
upload_byte_list(bytes, url, content_type) -> Graph:
3027def upload_byte_list(bytes, url, content_type) -> Graph: 3028 """Upload Byte List 3029 3030 Given bytes and a URL. Performs a PUT request and uploads the bytes 3031 3032 Args: 3033 bytes: Graph of ByteList 3034 url: Graph of String 3035 content type: Graph of String 3036 3037 3038 Returns: 3039 Graph: A graph node producing a Void. 3040 """ 3041 bytes_parsed = parse_graph(bytes) 3042 url_parsed = parse_string_graph(url) 3043 content_type_parsed = parse_string_graph(content_type) 3044 return upload_byte_list_internal(bytes_parsed, url_parsed, content_type_parsed)
Upload Byte List
Given bytes and a URL. Performs a PUT request and uploads the bytes
Args: bytes: Graph of ByteList url: Graph of String content type: Graph of String
Returns: Graph: A graph node producing a Void.
def
upload_file_path(path, url, content_type) -> Graph:
3046def upload_file_path(path, url, content_type) -> Graph: 3047 """Upload File Path 3048 3049 Reads a file from a local path on disk and uploads its contents to a URL via PUT request 3050 3051 Args: 3052 local file path to read: Graph of String 3053 url: Graph of String 3054 content type: Graph of String 3055 3056 3057 Returns: 3058 Graph: A graph node producing a Void. 3059 """ 3060 path_parsed = parse_string_graph(path) 3061 url_parsed = parse_string_graph(url) 3062 content_type_parsed = parse_string_graph(content_type) 3063 return upload_file_path_internal(path_parsed, url_parsed, content_type_parsed)
Upload File Path
Reads a file from a local path on disk and uploads its contents to a URL via PUT request
Args: local file path to read: Graph of String url: Graph of String content type: Graph of String
Returns: Graph: A graph node producing a Void.
def
vector2_int_to_vector2_float(vector) -> Graph:
3065def vector2_int_to_vector2_float(vector) -> Graph: 3066 """Vector 2 Int to Vector 2 Float 3067 3068 Given a Vector 2 Int. Creates a Vector 2 Float. 3069 3070 Args: 3071 vector: Graph of Vector2i 3072 3073 3074 Returns: 3075 Graph: A graph node producing a Vector2f. 3076 """ 3077 vector_parsed = parse_graph(vector) 3078 return vector2_int_to_vector2_float_internal(vector_parsed)
Vector 2 Int to Vector 2 Float
Given a Vector 2 Int. Creates a Vector 2 Float.
Args: vector: Graph of Vector2i
Returns: Graph: A graph node producing a Vector2f.
def
vector2f_add(lhs, rhs) -> Graph:
3080def vector2f_add(lhs, rhs) -> Graph: 3081 """Vector 2 Float Add 3082 3083 Add two Vector 2s of Floats 3084 3085 Args: 3086 The vector on the left hand side of the add: Graph of Vector2f 3087 The vector on the right hand side of the add: Graph of Vector2f 3088 3089 3090 Returns: 3091 Graph: A graph node producing a Vector2f. 3092 """ 3093 lhs_parsed = parse_graph(lhs) 3094 rhs_parsed = parse_graph(rhs) 3095 return vector2f_add_internal(lhs_parsed, rhs_parsed)
Vector 2 Float Add
Add two Vector 2s of Floats
Args: The vector on the left hand side of the add: Graph of Vector2f The vector on the right hand side of the add: Graph of Vector2f
Returns: Graph: A graph node producing a Vector2f.
def
vector2f_add_to_dictionary(dictionary, key, value) -> Graph:
3097def vector2f_add_to_dictionary(dictionary, key, value) -> Graph: 3098 """Vector 2 Float Add To Dictionary 3099 3100 Adds a Vector 2 Float to a Dictionary 3101 3102 Args: 3103 dictionary: Graph of Dictionary 3104 key: Graph of String 3105 value: Graph of Vector2f 3106 3107 3108 Returns: 3109 Graph: A graph node producing a Dictionary. 3110 """ 3111 dictionary_parsed = parse_graph(dictionary) 3112 key_parsed = parse_string_graph(key) 3113 value_parsed = parse_graph(value) 3114 return vector2f_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed)
Vector 2 Float Add To Dictionary
Adds a Vector 2 Float to a Dictionary
Args: dictionary: Graph of Dictionary key: Graph of String value: Graph of Vector2f
Returns: Graph: A graph node producing a Dictionary.
def
vector2f_from_components(x, y) -> Graph:
3116def vector2f_from_components(x, y) -> Graph: 3117 """Vector 2 Float from Components 3118 3119 Given an x and y creates a vector. 3120 3121 Args: 3122 x: Graph of Float 3123 y: Graph of Float 3124 3125 3126 Returns: 3127 Graph: A graph node producing a Vector2f. 3128 """ 3129 x_parsed = parse_float_graph(x) 3130 y_parsed = parse_float_graph(y) 3131 return vector2f_from_components_internal(x_parsed, y_parsed)
Vector 2 Float from Components
Given an x and y creates a vector.
Args: x: Graph of Float y: Graph of Float
Returns: Graph: A graph node producing a Vector2f.
def
vector2f_normalize(vector) -> Graph:
3133def vector2f_normalize(vector) -> Graph: 3134 """Vector 2 Float Normalize 3135 3136 Normalizes a Vector. Converting it's length to 1. 3137 3138 Args: 3139 Vector: Graph of Vector2f 3140 3141 3142 Returns: 3143 Graph: A graph node producing a Vector2f. 3144 """ 3145 vector_parsed = parse_graph(vector) 3146 return vector2f_normalize_internal(vector_parsed)
Vector 2 Float Normalize
Normalizes a Vector. Converting it's length to 1.
Args: Vector: Graph of Vector2f
Returns: Graph: A graph node producing a Vector2f.
def
vector2f_passthrough(value) -> Graph:
3148def vector2f_passthrough(value) -> Graph: 3149 """Vector 2 Float Passthrough 3150 3151 Responds with the value provided. Doing nothing to it. 3152 3153 Args: 3154 value: Graph of Vector2f 3155 3156 3157 Returns: 3158 Graph: A graph node producing a Vector2f. 3159 """ 3160 value_parsed = parse_graph(value) 3161 return vector2f_passthrough_internal(value_parsed)
Vector 2 Float Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of Vector2f
Returns: Graph: A graph node producing a Vector2f.
def
vector2f_scalar_multiply(vector, scalar) -> Graph:
3163def vector2f_scalar_multiply(vector, scalar) -> Graph: 3164 """Vector 2 Float Scalar Multiply 3165 3166 Multiplies each element of the Vector as a scalar 3167 3168 Args: 3169 Vector: Graph of Vector2f 3170 Scalar: Graph of Float 3171 3172 3173 Returns: 3174 Graph: A graph node producing a Vector2f. 3175 """ 3176 vector_parsed = parse_graph(vector) 3177 scalar_parsed = parse_float_graph(scalar) 3178 return vector2f_scalar_multiply_internal(vector_parsed, scalar_parsed)
Vector 2 Float Scalar Multiply
Multiplies each element of the Vector as a scalar
Args: Vector: Graph of Vector2f Scalar: Graph of Float
Returns: Graph: A graph node producing a Vector2f.
def
vector2f_x(vector) -> Graph:
3180def vector2f_x(vector) -> Graph: 3181 """Vector 2 Float get X 3182 3183 Retrieves the X component of a Vector 2 Float. 3184 3185 Args: 3186 vector: Graph of Vector2f 3187 3188 3189 Returns: 3190 Graph: A graph node producing a Float. 3191 """ 3192 vector_parsed = parse_graph(vector) 3193 return vector2f_x_internal(vector_parsed)
Vector 2 Float get X
Retrieves the X component of a Vector 2 Float.
Args: vector: Graph of Vector2f
Returns: Graph: A graph node producing a Float.
def
vector2f_y(vector) -> Graph:
3195def vector2f_y(vector) -> Graph: 3196 """Vector 2 Float get Y 3197 3198 Retrieves the Y component of a Vector 2 Float. 3199 3200 Args: 3201 vector: Graph of Vector2f 3202 3203 3204 Returns: 3205 Graph: A graph node producing a Float. 3206 """ 3207 vector_parsed = parse_graph(vector) 3208 return vector2f_y_internal(vector_parsed)
Vector 2 Float get Y
Retrieves the Y component of a Vector 2 Float.
Args: vector: Graph of Vector2f
Returns: Graph: A graph node producing a Float.
def
vector2i_add(lhs, rhs) -> Graph:
3210def vector2i_add(lhs, rhs) -> Graph: 3211 """Vector 2 Int Add 3212 3213 Add two Vector 2s of Ints 3214 3215 Args: 3216 The vector on the left hand side of the add: Graph of Vector2i 3217 The vector on the right hand side of the add: Graph of Vector2i 3218 3219 3220 Returns: 3221 Graph: A graph node producing a Vector2i. 3222 """ 3223 lhs_parsed = parse_graph(lhs) 3224 rhs_parsed = parse_graph(rhs) 3225 return vector2i_add_internal(lhs_parsed, rhs_parsed)
Vector 2 Int Add
Add two Vector 2s of Ints
Args: The vector on the left hand side of the add: Graph of Vector2i The vector on the right hand side of the add: Graph of Vector2i
Returns: Graph: A graph node producing a Vector2i.
def
vector2i_add_to_dictionary(dictionary, key, value) -> Graph:
3227def vector2i_add_to_dictionary(dictionary, key, value) -> Graph: 3228 """Vector 2 Int Add To Dictionary 3229 3230 Adds a Vector 2 Int to a Dictionary 3231 3232 Args: 3233 dictionary: Graph of Dictionary 3234 key: Graph of String 3235 value: Graph of Vector2i 3236 3237 3238 Returns: 3239 Graph: A graph node producing a Dictionary. 3240 """ 3241 dictionary_parsed = parse_graph(dictionary) 3242 key_parsed = parse_string_graph(key) 3243 value_parsed = parse_graph(value) 3244 return vector2i_add_to_dictionary_internal(dictionary_parsed, key_parsed, value_parsed)
Vector 2 Int Add To Dictionary
Adds a Vector 2 Int to a Dictionary
Args: dictionary: Graph of Dictionary key: Graph of String value: Graph of Vector2i
Returns: Graph: A graph node producing a Dictionary.
def
vector2i_from_components(x, y) -> Graph:
3246def vector2i_from_components(x, y) -> Graph: 3247 """Vector 2 Int from Components 3248 3249 Given an x and y creates a vector. 3250 3251 Args: 3252 x: Graph of Int 3253 y: Graph of Int 3254 3255 3256 Returns: 3257 Graph: A graph node producing a Vector2i. 3258 """ 3259 x_parsed = parse_int_graph(x) 3260 y_parsed = parse_int_graph(y) 3261 return vector2i_from_components_internal(x_parsed, y_parsed)
Vector 2 Int from Components
Given an x and y creates a vector.
Args: x: Graph of Int y: Graph of Int
Returns: Graph: A graph node producing a Vector2i.
def
vector2i_passthrough(value) -> Graph:
3263def vector2i_passthrough(value) -> Graph: 3264 """Vector 2 Int Passthrough 3265 3266 Responds with the value provided. Doing nothing to it. 3267 3268 Args: 3269 value: Graph of Vector2i 3270 3271 3272 Returns: 3273 Graph: A graph node producing a Vector2i. 3274 """ 3275 value_parsed = parse_graph(value) 3276 return vector2i_passthrough_internal(value_parsed)
Vector 2 Int Passthrough
Responds with the value provided. Doing nothing to it.
Args: value: Graph of Vector2i
Returns: Graph: A graph node producing a Vector2i.
def
vector2i_to_vector2f(vector) -> Graph:
3278def vector2i_to_vector2f(vector) -> Graph: 3279 """Vector 2 Int to Vector 2 Float 3280 3281 Given a Vector 2 Int. Creates a Vector 2 Float. 3282 3283 Args: 3284 vector: Graph of Vector2i 3285 3286 3287 Returns: 3288 Graph: A graph node producing a Vector2f. 3289 """ 3290 vector_parsed = parse_graph(vector) 3291 return vector2i_to_vector2f_internal(vector_parsed)
Vector 2 Int to Vector 2 Float
Given a Vector 2 Int. Creates a Vector 2 Float.
Args: vector: Graph of Vector2i
Returns: Graph: A graph node producing a Vector2f.
def
vector2i_x(vector) -> Graph:
3293def vector2i_x(vector) -> Graph: 3294 """Vector 2 Int get X 3295 3296 Retrieves the X component of a Vector 2 Int. 3297 3298 Args: 3299 vector: Graph of Vector2i 3300 3301 3302 Returns: 3303 Graph: A graph node producing a Int. 3304 """ 3305 vector_parsed = parse_graph(vector) 3306 return vector2i_x_internal(vector_parsed)
Vector 2 Int get X
Retrieves the X component of a Vector 2 Int.
Args: vector: Graph of Vector2i
Returns: Graph: A graph node producing a Int.
def
vector2i_y(vector) -> Graph:
3308def vector2i_y(vector) -> Graph: 3309 """Vector 2 Int get Y 3310 3311 Retrieves the Y component of a Vector 2 Int. 3312 3313 Args: 3314 vector: Graph of Vector2i 3315 3316 3317 Returns: 3318 Graph: A graph node producing a Int. 3319 """ 3320 vector_parsed = parse_graph(vector) 3321 return vector2i_y_internal(vector_parsed)
Vector 2 Int get Y
Retrieves the Y component of a Vector 2 Int.
Args: vector: Graph of Vector2i
Returns: Graph: A graph node producing a Int.
def
vector3f_add(lhs, rhs) -> Graph:
3323def vector3f_add(lhs, rhs) -> Graph: 3324 """Vector 3 Float Add 3325 3326 Add two Vector 3s of Floats 3327 3328 Args: 3329 The vector on the left hand side of the add: Graph of Vector3f 3330 The vector on the right hand side of the add: Graph of Vector3f 3331 3332 3333 Returns: 3334 Graph: A graph node producing a Vector3f. 3335 """ 3336 lhs_parsed = parse_graph(lhs) 3337 rhs_parsed = parse_graph(rhs) 3338 return vector3f_add_internal(lhs_parsed, rhs_parsed)
Vector 3 Float Add
Add two Vector 3s of Floats
Args: The vector on the left hand side of the add: Graph of Vector3f The vector on the right hand side of the add: Graph of Vector3f
Returns: Graph: A graph node producing a Vector3f.
def
vector3f_from_components(x, y, z) -> Graph:
3340def vector3f_from_components(x, y, z) -> Graph: 3341 """Vector 3 Float from Components 3342 3343 Given an x, y and z creates a vector floats. 3344 3345 Args: 3346 x: Graph of Float 3347 y: Graph of Float 3348 z: Graph of Float 3349 3350 3351 Returns: 3352 Graph: A graph node producing a Vector3f. 3353 """ 3354 x_parsed = parse_float_graph(x) 3355 y_parsed = parse_float_graph(y) 3356 z_parsed = parse_float_graph(z) 3357 return vector3f_from_components_internal(x_parsed, y_parsed, z_parsed)
Vector 3 Float from Components
Given an x, y and z creates a vector floats.
Args: x: Graph of Float y: Graph of Float z: Graph of Float
Returns: Graph: A graph node producing a Vector3f.
def
vector3f_normalize(vector) -> Graph:
3359def vector3f_normalize(vector) -> Graph: 3360 """Vector 3 Normalize 3361 3362 Normalizes a Vector 3 Float. Converting it's length to 1. 3363 3364 Args: 3365 Vector: Graph of Vector3f 3366 3367 3368 Returns: 3369 Graph: A graph node producing a Vector3f. 3370 """ 3371 vector_parsed = parse_graph(vector) 3372 return vector3f_normalize_internal(vector_parsed)
Vector 3 Normalize
Normalizes a Vector 3 Float. Converting it's length to 1.
Args: Vector: Graph of Vector3f
Returns: Graph: A graph node producing a Vector3f.
def
vector3f_x(vector) -> Graph:
3374def vector3f_x(vector) -> Graph: 3375 """Vector 3D Float X 3376 3377 Gets the value in the x component for the provided vector 3378 3379 Args: 3380 vector: Graph of Vector3f 3381 3382 3383 Returns: 3384 Graph: A graph node producing a Float. 3385 """ 3386 vector_parsed = parse_graph(vector) 3387 return vector3f_x_internal(vector_parsed)
Vector 3D Float X
Gets the value in the x component for the provided vector
Args: vector: Graph of Vector3f
Returns: Graph: A graph node producing a Float.
def
vector3f_y(vector) -> Graph:
3389def vector3f_y(vector) -> Graph: 3390 """Vector 3D Y Float 3391 3392 Gets the value in the y component for the provided vector 3393 3394 Args: 3395 vector: Graph of Vector3f 3396 3397 3398 Returns: 3399 Graph: A graph node producing a Float. 3400 """ 3401 vector_parsed = parse_graph(vector) 3402 return vector3f_y_internal(vector_parsed)
Vector 3D Y Float
Gets the value in the y component for the provided vector
Args: vector: Graph of Vector3f
Returns: Graph: A graph node producing a Float.
def
vector3f_z(vector) -> Graph:
3404def vector3f_z(vector) -> Graph: 3405 """Vector 3D Float Z 3406 3407 Gets the value in the z component for the provided vector 3408 3409 Args: 3410 vector: Graph of Vector3f 3411 3412 3413 Returns: 3414 Graph: A graph node producing a Float. 3415 """ 3416 vector_parsed = parse_graph(vector) 3417 return vector3f_z_internal(vector_parsed)
Vector 3D Float Z
Gets the value in the z component for the provided vector
Args: vector: Graph of Vector3f
Returns: Graph: A graph node producing a Float.
def
xor(bool1, bool2) -> Graph:
3419def xor(bool1, bool2) -> Graph: 3420 """Exclusive Or 3421 3422 Returns true if either the inputs are true. But false if both are true. 3423 3424 Args: 3425 the first bool: Graph of Bool 3426 The second bool: Graph of Bool 3427 3428 3429 Returns: 3430 Graph: A graph node producing a Bool. 3431 """ 3432 bool1_parsed = parse_bool_graph(bool1) 3433 bool2_parsed = parse_bool_graph(bool2) 3434 return xor_internal(bool1_parsed, bool2_parsed)
Exclusive Or
Returns true if either the inputs are true. But false if both are true.
Args: the first bool: Graph of Bool The second bool: Graph of Bool
Returns: Graph: A graph node producing a Bool.