Press n or j to go to the next uncovered block, b, p or k for the previous block.
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20742x 20742x 20742x 20742x 2636x 18106x 1692x 16414x 8007x 8407x 20742x 20742x 10643x 20742x 8407x 20742x 1692x 20742x 20742x 33x 1175x 1175x 1175x 1175x 1175x 1175x 1175x 1175x 1175x 1175x 1175x 41x 1175x 1175x 1175x 33x 224x 224x 224x 224x 224x 224x 224x 224x 224x 33x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 46105x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 28557x 13505x 28557x 28557x 28557x 28557x 11x 11x 11x 11x 11x 11x 11x 11x 57114x 24x 28557x 1x 28557x 2x 2x 2x 2x 2x 2x 6x 4x 4x 4x 4x 4x 4x 4x 4x 2x 28557x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 28557x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 1x 28557x 28557x 28557x 20318x 8239x 1180x 252x 6807x 28557x | import { ModuleMark } from "@/ahuora-design-system/componentIcons/ModuleMark";
import {
GraphicObjectRead,
ObjectTypeEnum,
SimulationObjectRead,
api,
useGraphicsObjectsPartialUpdateMutation,
useGraphicsgroupingsPartialUpdateMutation,
useUnitopsSimulationobjectsPartialUpdateMutation,
} from "@/api/apiStore.gen";
import {
useAddPortAndConnectStream,
useMergeDecisionNodes,
useMergeStreams,
} from "@/hooks/connections";
import {
useCurrentGroupId,
useCurrentGroupObjects,
useGroupObjects,
useObjectsGraphicObjectsMap,
useObjectsPortsMap,
useProcessPathHasObject,
useSimulationObjectGroup,
} from "@/hooks/flowsheetObjects";
import {
TabStateEnum,
useChangeTabState,
useFlowsheetTabFromGroupId,
} from "@/hooks/projectTabs";
import { useSearchParam } from "@/hooks/searchParams";
import { useAppDispatch } from "@/store/hooks";
import { RootState } from "@/store/store";
import { useRunCommand } from "just-search-it";
import React, { useState } from "react";
import {
Circle,
Group,
Image,
KonvaNodeEvents,
Line,
Rect,
Text,
} from "react-konva";
import Zap from "@/ahuora-design-system/ui/zap";
import { Html } from "react-konva-utils";
import { useSelector } from "react-redux";
import useImage from "use-image";
import { SwitchGroup } from "../../../../commands/SwitchCurrentGroup";
import { isStream } from "../../../../lib/isStream";
import { PropertiesStatus } from "../PropertiesSidebar/PropertyPanel/PropertiesStatus";
import useHoverDebounce from "./DebounceHoverObject";
import { snap } from "./FlowsheetFunctions";
import { useUndoRedoStore } from "@/hooks/useUndoRedoStore";
import { createMoveCommand } from "@/utils/commandCreators";
import { ContentTypes } from "../LeftSideBar/LeftSideBarTabDefinitions";
import { useSearchParams } from "react-router-dom";
type BlockGraphicProps = {
children: React.ReactNode;
componentName: string;
graphicObject: GraphicObjectRead;
draggable: boolean;
onMouseEnter?: KonvaNodeEvents["onMouseEnter"];
onMouseLeave?: KonvaNodeEvents["onMouseLeave"];
onDragStart?: KonvaNodeEvents["onDragStart"];
onDragMove?: KonvaNodeEvents["onDragMove"];
onDragEnd?: KonvaNodeEvents["onDragEnd"];
onClick: KonvaNodeEvents["onClick"];
simulationObject: SimulationObjectRead;
isSpecified: boolean;
};
const textPadding = 8;
export const BlockGraphic = (props: BlockGraphicProps) => {
const maxTextWidth = 150;
const x = props.graphicObject.x || 0;
const y = props.graphicObject.y || 0;
const width = props.graphicObject.width || 100;
const height = props.graphicObject.height || 100;
const showStatusDot =
isStream(props.simulationObject) ||
props.simulationObject?.objectType === "decisionNode";
return (
<>
<Group
key={props.componentName + "group"}
x={x}
y={y}
draggable={props.draggable}
onMouseEnter={props.onMouseEnter}
onMouseLeave={props.onMouseLeave}
onDragStart={props.onDragStart}
onDragMove={props.onDragMove}
onDragEnd={props.onDragEnd}
onClick={props.onClick}
onContextMenu={props.onClick}
>
{props.children}
</Group>
{/* Text rendering moved outside main group */}
{showStatusDot ? (
<Group x={x} y={y + height + textPadding}>
<Group x={width / 2 - (props.componentName.length * 3.5 + 15)}>
<Group x={-5} y={-5}>
<Html
divProps={{
style: {
zIndex: 1,
position: "absolute",
},
}}
>
<div
style={{ transform: "scale(0.6)" }}
className="select-none"
>
<PropertiesStatus
hideSuccess={true}
propertySet={props.simulationObject.unspecifiedProperties}
/>
</div>
</Html>
</Group>
{/* Stream Labels */}
<Text
listening={false}
align="left"
x={14}
y={0}
text={props.componentName}
width={maxTextWidth - 26}
fontSize={16}
fontFamily="Inter"
wrap="none"
ellipsis={true}
fill="#404040"
letterSpacing={-0.2}
/>
</Group>
</Group>
) : (
null
)}
</>
);
};
type GenericObjectGraphicProps = {
simulationObject: SimulationObjectRead;
graphicObject: GraphicObjectRead;
isSelected?: boolean;
isHovered?: boolean;
disabled?: boolean;
highlight?: boolean;
isSpecified?: boolean;
};
const getOffsetsAndScale = (
gObj: GraphicObjectRead,
width: number,
height: number,
) => {
let sX = 1;
let sY = 1;
let xOff = 0;
let yOff = 0;
if (gObj.rotation! == 0) {
Iif (gObj.flipped!) {
sX *= -1;
sY *= -1;
xOff = width;
yOff = height;
}
E} else if (gObj.rotation! == 90) {
yOff = height;
Iif (gObj.flipped!) {
sX *= -1;
sY *= -1;
xOff = width;
yOff = 0;
}
} else if (gObj.rotation! == 180) {
xOff = width;
yOff = height;
Iif (gObj.flipped!) {
sX *= -1;
sY *= -1;
xOff = 0;
yOff = 0;
}
I} else if (gObj.rotation! == 270) {
xOff = width;
Iif (gObj.flipped!) {
sX *= -1;
sY *= -1;
xOff = 0;
yOff = height;
}
}
return { sX, sY, xOff, yOff };
};
const UnitOpGraphic = (props: GenericObjectGraphicProps) => {
const imageName = props.simulationObject?.objectType;
const [defaultImage] = useImage(`../../assets/UpdatedIcons/uo_default.svg`);
const headerfallimage= useImage(`../../assets/UpdatedIcons/header-old.svg`);
let [image] = useImage(`../../assets/UpdatedIcons/${imageName}.svg`) || [
defaultImage,
];
if (!image) {
image = defaultImage;
}
const gObj = props.graphicObject;
const width = gObj.width!;
const height = gObj.height!;
const rotation = gObj.rotation || 0;
const offsetsAndScale = getOffsetsAndScale(gObj, width / 2, height / 2);
const imageScaleX = Math.abs(offsetsAndScale.sX);
const imageScaleY = Math.abs(offsetsAndScale.sY);
const rad = (rotation * Math.PI) / 180;
const halfW = width / 2;
const halfH = height / 2;
const corners = [
{ x: -halfW, y: -halfH },
{ x: halfW, y: -halfH },
{ x: halfW, y: halfH },
{ x: -halfW, y: halfH },
];
const rotatedYs = corners.map(
(c) => halfH + (c.x * Math.sin(rad) + c.y * Math.cos(rad))
);
const rectBottomY = Math.max(...rotatedYs);
const labelY = rectBottomY + textPadding;
const canConnect = [
ObjectTypeEnum.DecisionNode,
ObjectTypeEnum.Splitter,
ObjectTypeEnum.Mixer,
];
const setHighlight =
canConnect.includes(props.simulationObject.objectType) && props.highlight;
const isModule = props.simulationObject.objectType === "group";
useHoverDebounce(props.isHovered, props.simulationObject);
return (
<>
{/**background**/}
<Group
x={width / 2}
y={height / 2}
rotation={rotation}
offsetX={0}
offsetY={0}
>
{/* background */}
<Rect
width={width}
height={height}
x={-width / 2}
y={-height / 2}
fill={
props.isSelected ? "#E9EDF0" : props.isHovered ? "#f2f3f5" : "#FFFFFF"
}
stroke={
props.disabled
? "#aaaaaa"
: setHighlight
? "#26967f"
: props.isSelected
? "#1077c4"
: "#404040"
}
strokeWidth={2}
cornerRadius={4}
/>
<Group
// flip around center by applying negative scale on the inner group
scaleX={gObj.flipped ? -1 : 1}
x={0}
y={0}
>
{/* Unit Operation Image */}
{imageName === ObjectTypeEnum.Header ? null : (
<Image
image={image}
scaleX={imageScaleX}
scaleY={imageScaleY}
width={width / 2}
height={height / 2}
x={-width / 4}
y={-height / 4}
/>
)}
</Group>
{isModule && (
<Group x={-width / 2 + 10} y={-height / 2 + 10}>
<Html>
<div className="text-emerald-600 select-none">
<ModuleMark />
</div>
</Html>
</Group>
)
}
{/* Status Indicator */}
<Group x={width / 2 - 26} y={height / 2 - 26}>
<Html>
<div style={{ transform: "scale(0.9)" }} className="select-none">
<PropertiesStatus
hideSuccess={true}
propertySet={props.simulationObject.unspecifiedProperties}
/>
</div>
</Html>
</Group>
</Group>
{/* Label for Unit Ops */}
<Text
listening={false}
align="center"
x={0}
y={labelY}
text={props.simulationObject.componentName}
width={width}
fontSize={16}
fontFamily="Inter"
wrap="none"
ellipsis={true}
fill="#404040"
letterSpacing={-0.2}
/>
</>
);
};
const MaterialStreamGraphic = (props: GenericObjectGraphicProps) => {
const gObj = props.graphicObject;
const width = gObj.width!;
const height = gObj.height!;
const objPortsMap = useObjectsPortsMap();
const offsetsAndScale = getOffsetsAndScale(gObj, width / 1.5, height / 1.5);
const [intermediateImage] = useImage(`../../assets/UpdatedIcons/feed.svg`)
const [intermediateImageFlipped] = useImage(`../../assets/UpdatedIcons/feedleft.svg`)
const [intermediatePowerImageFlipped] = useImage(`../../assets/UpdatedIcons/feedleftpowerl.svg`)
const [intermediatePowerImage] = useImage(`../../assets/UpdatedIcons/feedpowerl.svg`)
const [feedImage] = useImage(`../../assets/UpdatedIcons/connected.svg`)
const [powerfeedImage] = useImage(`../../assets/UpdatedIcons/powerconnected.svg`)
const isEnergy = props.simulationObject.objectType === ObjectTypeEnum.EnergyStream
const [decisionImage] = useImage(`../../assets/UpdatedIcons/halfDecisionNode.svg`)
useHoverDebounce(props.isHovered, props.simulationObject);
const renderElement = () => {
const objPorts = objPortsMap.get(props.simulationObject.id);
Iif (props.simulationObject.objectType === "decisionNode") {
return decisionNode();
} else if (!objPorts || objPorts.length === 0) {
return feed();
} else if (objPorts.length === 2) {
return intermediate();
} else if (objPorts[0].direction === "inlet") {
return feed("inlet");
} else {
return product(objPorts[0].key);
}
};
// console.log(props.simulationObject.objectType === ObjectTypeEnum.EnergyStream)
const flipped = props.graphicObject.is_flipped;
const feed = (variant?: "coldInlet" | "hotInlet" | "inlet") => {
return (
<>
<Circle
x={width / 2}
y={height / 2}
radius={width / 2}
fill={props.isSelected || props.isHovered ? "#E9EDF0" : "#FFFFFF"}
stroke={
props.disabled
? "#aaaaaa"
: props.highlight
? "#26967f"
: props.isSelected
? "#1077c4"
: "#404040"
}
strokeWidth={2}
/>
<Image
image={isEnergy ? powerfeedImage : feedImage}
width={width / 1.5}
height={height / 1.5}
scaleX={offsetsAndScale.sX}
scaleY={offsetsAndScale.sY}
offsetX={offsetsAndScale.xOff}
offsetY={offsetsAndScale.yOff}
rotation={gObj.rotation}
x={width / 6}
y={height / 6}
/>
</>
);
};
const product = (variant?: "coldOutlet" | "hotOutlet" | "inlet") => {
return (
<>
{/* === Stream === */}
{isStream(props.simulationObject) && props.simulationObject.objectType !== ObjectTypeEnum.EnergyStream && (
<>
{/* Outer Circle */}
<Circle
x={width / 2}
y={height / 2}
radius={width / 2}
fill={props.isSelected || props.isHovered ? "#E9EDF0" : "#FFFFFF"}
stroke={
props.disabled
? "#aaaaaa"
: props.highlight
? "#26967f"
: props.isSelected
? "#1077c4"
: "#404040"
}
strokeWidth={2}
/>
{/* Inner black circle */}
<Circle
width={width - 10}
height={height - 10}
x={width / 2}
y={height / 2}
radius={(width - 10) / 2}
fill="#000000"
/>
</>
)}
{/* === EnergyStream === */}
{props.simulationObject.objectType === ObjectTypeEnum.EnergyStream && (
<>
<Circle
x={width / 2}
y={height / 2}
radius={width / 2}
fill={props.isSelected || props.isHovered ? "#E9EDF0" : "#FFFFFF"}
stroke={
props.disabled
? "#aaaaaa"
: props.highlight
? "#26967f"
: props.isSelected
? "#1077c4"
: "#404040"
}
strokeWidth={2}
/>
{/* Inner yellow circle */}
<Zap
x={width / 2}
y={height / 2}
width={width - 10}
height={height - 10}
fill="#FFB300"
/>
{/* <Circle
width={width - 10}
height={height - 10}
x={width / 2}
y={height / 2}
radius={(width - 10) / 2}
fill="#eab308"
/> */}
</>
)}
</>
);
}
const intermediate = () => {
return (
<>
<Circle
x={width / 2}
y={height / 2}
radius={width / 2}
fill={
props.isSelected
? "#E9EDF0"
: props.isHovered
? "#E9EDF0"
: "#FFFFFF"
}
stroke={
props.disabled
? "#aaaaaa"
: props.highlight
? "#26967f"
: props.isSelected
? "#1077c4"
: "#404040"
}
strokeWidth={2}
/>
<Image
image={isEnergy
? (flipped ? intermediatePowerImageFlipped : intermediatePowerImage)
: intermediateImage}
// image={flipped ? intermediateImageFlipped : intermediateImage}
width={width / 1.5}
height={height / 1.5}
scaleX={offsetsAndScale.sX}
scaleY={offsetsAndScale.sY}
offsetX={offsetsAndScale.xOff}
offsetY={offsetsAndScale.yOff}
rotation={gObj.rotation}
x={(width) / 6}
y={height / 6}
/>
</>
);
};
const decisionNode = () => {
return (
<>
{/* Main circle */}
<Circle
x={width / 2}
y={height / 2}
radius={width / 2}
fill={props.isSelected || props.isHovered ? "#E9EDF0" : "#FFFFFF"}
stroke={
props.disabled
? "#aaaaaa"
: props.highlight
? "#26967f"
: props.isSelected
? "#1077c4"
: "#404040"
}
strokeWidth={2}
/>
<Image
image={decisionImage}
width={width}
height={height}
x={width / 2 - width / 2}
y={height / 2 - (height - 11) / 2}
/>
</>
);
};
return <>{renderElement()}</>;
};
const GroupGraphic = (props: GenericObjectGraphicProps) => {
// draw a blue transparent rectangle around the group objects
const gObj = props.graphicObject;
const width = gObj.width!;
const height = gObj.height!;
const simulationObjectGroup = useSimulationObjectGroup();
const imageName = props.simulationObject?.objectType;
const [defaultImage] = useImage(`../../assets/UpdatedIcons/uo_default.svg`);
const changeTabState = useChangeTabState();
const switchGroup = useRunCommand(SwitchGroup);
const getFlowsheetTabFromGroupId = useFlowsheetTabFromGroupId();
let [image] = useImage(`../../assets/UpdatedIcons/${imageName}.svg`) || [
defaultImage,
];
if (!image) {
image = defaultImage;
}
const isModule = props.simulationObject.objectType === "group";
// double click on moudle to open the group
const openGroup = () => {
const group = simulationObjectGroup(props.simulationObject.id);
Iif (!group) return;
// Directly switch to the group
switchGroup(group.id);
};
return (
<>
{/**background**/}
<Rect
width={width}
height={height}
fill={
props.isSelected ? "#E9EDF0" : props.isHovered ? "#f2f3f5" : "#FFFFFF"
}
stroke={
props.disabled ? "#aaaaaa" : props.isSelected ? "#1077c4" : "#404040"
}
strokeWidth={2}
cornerRadius={2}
onDblClick={openGroup}
/>
{/**Unit Operation Image */}
<Image
image={image}
width={width / 2}
height={height / 2}
x={width / 4}
y={height / 4}
onDblClick={openGroup}
/>
{/* Module Mark in top left corner */}
{isModule && (
<Group x={10} y={10}>
<Html>
<div
style={{
transform: "scale(0.9)",
position: "absolute",
zIndex: 1,
translate: "-5px -4px",
}}
className="select-none"
>
<div className="text-emerald-600">
<ModuleMark />
</div>
</div>
</Html>
</Group>
)}
{/* Status Indicator */}
<Group x={width - 26} y={height - 26}>
<Html>
<div style={{ transform: "scale(0.9)" }} className="select-none">
<PropertiesStatus
propertySet={props.simulationObject.unspecifiedProperties}
hideSuccess={true}
/>
</div>
</Html>
</Group>
<Text
listening={false}
align="center"
x={0}
y={height + textPadding}
text={props.simulationObject.componentName}
width={width}
fontSize={16}
fontFamily="Inter"
wrap="none"
ellipsis={true}
fill="#404040"
letterSpacing={-0.2}
/>
</>
);
};
const LogicBlockGraphic = (props: GenericObjectGraphicProps) => {
const gObj = props.graphicObject;
const width = gObj.width!;
const points = [
0,
width / 2,
width / 2,
0,
width,
width / 2,
width / 2,
width,
];
const fill = props.disabled
? "#aaaaaa"
: props.isSelected
? "#3a4869"
: props.isHovered
? "#505050"
: "#404040";
const stroke = props.disabled
? "#aaaaaa"
: props.highlight
? "#26967f"
: props.isSelected
? "#1077c4"
: "#404040";
const character = (() => {
switch (props.simulationObject.objectType) {
case "recycle":
return "R";
default:
return "";
}
})();
// Create the diamond shape using Konva.Line
return (
<>
<Line
points={points}
fill={fill}
stroke={stroke}
strokeWidth={2}
closed={true}
lineJoin="round"
/>
<Text
listening={false}
align="center"
verticalAlign="middle"
width={width}
height={width}
text={character}
fontSize={14}
fontFamily="Inter"
fill="#fff"
fontStyle="bold"
/>
</>
);
};
type SimulationObjectGraphicProps = {
simulationObject: SimulationObjectRead;
graphicObject: GraphicObjectRead;
hovered?: boolean;
getOverStreamOrUnitOp: (
x: number,
y: number,
activeObject: SimulationObjectRead,
) => SimulationObjectRead | undefined;
addHoveredObject: (id: number) => void;
removeAllHoveredObjects: () => void;
hoveredObjects: number[];
};
export const SimulationObjectGraphic = (
props: SimulationObjectGraphicProps,
) => {
const currentGroupObjects = useCurrentGroupObjects();
const dispatch = useAppDispatch();
const { addHistory, isReady } = useUndoRedoStore();
const objectsGraphicObjectsMap = useObjectsGraphicObjectsMap();
const groupId = useCurrentGroupId();
const [updateGraphicObject] = useGraphicsObjectsPartialUpdateMutation();
const [updateSimulationObject] =
useUnitopsSimulationobjectsPartialUpdateMutation();
const gObj = props.graphicObject;
const blockWidth = gObj.width!;
const blockHeight = gObj.height!;
const [objectId, setObjectId] = useSearchParam("object");
const pointerState = useSelector((state: RootState) => state.pointer);
const [mouseOver, setMouseOver] = useState(false);
const [isEditing, setIsEditing] = useState(false);
const mergeStreams = useMergeStreams();
const addPortAndConnectStream = useAddPortAndConnectStream();
const mergeDecisionNodes = useMergeDecisionNodes();
const getGroupObject = useGroupObjects();
const [updateGroupPosition] = useGraphicsgroupingsPartialUpdateMutation();
const simulationObjectGroup = useSimulationObjectGroup();
const [params, setParams] = useSearchParams();
const isSpecified = props.simulationObject?.unspecifiedProperties.every(
(set) => set.length === 0,
);
const processPathHasObject = useProcessPathHasObject()(
props.simulationObject.id,
);
const [dragStartPosition, setDragStartPosition] = useState<{
x: number;
y: number;
} | null>(null);
const handleNameChange = async (newName: string) => {
Iif (!newName.trim()) {
toast.error("Name cannot be empty");
return;
}
try {
// Optimistic update
dispatch(
api.util.updateQueryData(
"unitopsSimulationobjectsRetrieve",
{ id: props.simulationObject.id },
(draft) => {
draft.componentName = newName;
},
),
);
// Backend update
await updateSimulationObject({
id: props.simulationObject.id,
patchedSimulationObject: {
componentName: newName,
},
}).unwrap();
toast.success(`Updated name to ${newName}`);
} catch (error) {
console.error("Failed to update name:", error);
toast.error("Failed to update name");
}
};
const onClick = (e) => {
const shiftKey = e.evt.shiftKey;
if (!objectId || !shiftKey) {
setParams((prev) => {
const newParams = new URLSearchParams(prev);
newParams.set("object", props.simulationObject.id);
newParams.set("content", ContentTypes.objectDetails);
return newParams;
});
return;
}
Iif (shiftKey) {
//Extend with adding to selection rectangle
}
};
const isMouseOver = (value: boolean) => (e) => {
setMouseOver(value);
};
// Add onDragStart handler
const onDragStart = (e: KonvaNodeEvents["onDragStart"]) => {
setDragStartPosition({
x: e.target.x(),
y: e.target.y(),
});
};
/**
* Get the stream or unit operation that is over the given x and y coordinates
* @param x x coordinate
* @param y y coordinate
* @param activeObject the object that is being dragged
* @returns SimulationObjectRead of the object that is over the given coordinates, or undefined if none
*/
const getOverStreamOrUnitOp = (x, y, activeObject) => {
const activeObjectGraphic = objectsGraphicObjectsMap.get(activeObject.id)!;
const paddingX = activeObjectGraphic.width! / 2;
const paddingY = activeObjectGraphic.height! / 2;
const adjustedX = x + paddingX;
const adjustedY = y + paddingY;
const overObject = currentGroupObjects?.find((obj) => {
if (obj.id === activeObject.id) return false;
Iif (
![
"energy_stream",
"ac_stream",
"stream",
"mixer",
"splitter",
"decisionNode",
"humid_air_stream",
].includes(obj.objectType)
)
return false;
const gObj = objectsGraphicObjectsMap.get(obj.id);
Iif (!gObj) return false;
const minX = gObj.x!;
const minY = gObj.y!;
const maxX = minX + gObj.width!;
const maxY = minY + gObj.height!;
return (
adjustedX >= minX - paddingX &&
adjustedX <= maxX + paddingX &&
adjustedY >= minY - paddingY &&
adjustedY <= maxY + paddingY
);
});
return overObject;
};
//Optimistically updates position in cache while dragging
const onDragUnitOp = (e) => {
const x = e.target.x();
const y = e.target.y();
// Continuously check if dragged object is hovering over another object
const overObject = getOverStreamOrUnitOp(x, y, props.simulationObject);
// Make sure the object is not hovering over itself
Iif (overObject) {
Iif (!props.hoveredObjects.includes(overObject.id)) {
props.addHoveredObject(overObject.id);
}
I} else if (props.hoveredObjects.length > 0) {
props.removeAllHoveredObjects();
}
dispatch(
api.util.updateQueryData(
"graphicsObjectsList",
{ group: groupId },
(cachedGraphicObjects) => {
const gObj = cachedGraphicObjects?.find(
(graphicObject) =>
graphicObject.simulationObject.id === props.simulationObject.id,
);
if (gObj) {
Iif (props.simulationObject.objectType === "group") {
const containedObjects = getGroupObject(props.simulationObject.id);
Iif (containedObjects) {
const deltaX = x - gObj.x!;
const deltaY = y - gObj.y!;
containedObjects.forEach((obj) => {
const objG = cachedGraphicObjects.find(
(g) => g.simulationObject.id === obj.id,
);
Iif (objG) {
objG.x += deltaX;
objG.y += deltaY;
}
});
}
}
gObj.x = x;
gObj.y = y;
}
},
),
);
};
// Updates Unit Operation x and y coordinates when a unitop is released on the surface
const onDragEndUnitop = (e: KonvaNodeEvents["onDragEnd"]) => {
const x = e.target.x();
const y = e.target.y();
const { snapX, snapY } = snap(x, y, blockWidth, blockHeight);
const activeObject = props.simulationObject;
const overObject = getOverStreamOrUnitOp(x, y, activeObject);
// Add this block for undo/redo
if (dragStartPosition) {
let groupObjects = undefined;
Iif (activeObject.objectType === ObjectTypeEnum.Group) {
const containedObjects = getGroupObject(props.simulationObject.id);
Iif (containedObjects) {
const deltaX = snapX - dragStartPosition.x;
const deltaY = snapY - dragStartPosition.y;
groupObjects = containedObjects.map((obj) => {
const objGraphic = objectsGraphicObjectsMap.get(obj.id);
return {
objectId: obj.id,
graphicObjectId: objGraphic!.id,
oldPosition: {
x: objGraphic!.x! - deltaX,
y: objGraphic!.y! - deltaY,
},
newPosition: {
x: objGraphic!.x!,
y: objGraphic!.y!,
},
};
});
}
}
const moveCommand = createMoveCommand({
objectId: props.simulationObject.id,
graphicObjectId: props.graphicObject.id,
oldPosition: dragStartPosition,
newPosition: { x: snapX, y: snapY },
groupObjects: groupObjects,
});
// 🎯 ALTERNATIVE 3: Check Ready State Before Adding Commands
if (isReady) {
addHistory(moveCommand);
IE} else if (process.env.NODE_ENV === "development") {
console.warn("[UndoRedo] Move command skipped - context not ready");
}
}
setDragStartPosition(null);
Iif (isStream(activeObject)) {
Iif (
overObject &&
(overObject.objectType === ObjectTypeEnum.Mixer ||
overObject.objectType === ObjectTypeEnum.Splitter ||
overObject.objectType === ObjectTypeEnum.DecisionNode)
) {
addPortAndConnectStream(overObject, activeObject);
return;
}
// Then check for stream merging
Iif (
overObject &&
isStream(overObject) &&
overObject.id !== activeObject.id &&
overObject.objectType === activeObject.objectType // same type of stream (can't merge energy and material streams)
) {
mergeStreams(activeObject, overObject);
return;
}
I} else if (
activeObject.objectType === ObjectTypeEnum.DecisionNode &&
overObject &&
overObject.objectType === ObjectTypeEnum.DecisionNode &&
overObject.id !== activeObject.id
) {
mergeDecisionNodes(activeObject, overObject);
return;
I} else if (activeObject.objectType === ObjectTypeEnum.DecisionNode) {
Iif (overObject && isStream(overObject)) {
addPortAndConnectStream(activeObject, overObject);
return;
}
I} else if (activeObject.objectType === ObjectTypeEnum.Group) {
const group = simulationObjectGroup(activeObject.id);
// backend update
updateGroupPosition({
id: group.id,
patchedGrouping: {
x: snapX,
y: snapY,
},
});
return;
}
// optimistically update the position in the cache
dispatch(
api.util.updateQueryData(
"graphicsObjectsList",
{ group: groupId },
(cachedGraphicObjects) => {
const gObj = cachedGraphicObjects?.find(
(graphicObject) =>
graphicObject.simulationObject.id === props.simulationObject.id,
);
if (gObj) {
gObj.x = snapX;
gObj.y = snapY;
}
},
),
);
updateGraphicObject({
id: props.graphicObject.id,
patchedGraphicObject: {
x: snapX,
y: snapY,
},
});
setMouseOver(false);
props.removeAllHoveredObjects();
};
const renderElement = () => {
const objProps: GenericObjectGraphicProps = {
simulationObject: props.simulationObject,
graphicObject: props.graphicObject,
isSelected: objectId == props.simulationObject.id + "",
isHovered: pointerState.state !== "move" && mouseOver,
disabled: !processPathHasObject,
highlight: props.hovered,
isSpecified: isSpecified,
isEditing: isEditing,
onToggleEdit: () => setIsEditing(!isEditing),
onNameChange: handleNameChange,
};
if (isStream(props.simulationObject)) {
return <MaterialStreamGraphic {...objProps} />;
}
switch (props.simulationObject.objectType) {
case "decisionNode":
return <MaterialStreamGraphic {...objProps} />;
case "group":
return <GroupGraphic {...objProps} />;
case "recycle":
return <LogicBlockGraphic {...objProps} />;
default:
return <UnitOpGraphic {...objProps} />;
}
};
return (
<BlockGraphic
graphicObject={props.graphicObject}
componentName={props.simulationObject.componentName!}
draggable={pointerState.state !== "move"}
onMouseEnter={isMouseOver(true)}
onMouseLeave={isMouseOver(false)}
onDragStart={onDragStart}
onDragMove={onDragUnitOp}
onDragEnd={onDragEndUnitop}
onClick={onClick}
simulationObject={props.simulationObject}
isSpecified={isSpecified}
>
{renderElement()}
</BlockGraphic>
);
}; |