Farmbot-Web-App/webpack/farm_designer/map/spread_overlap_helper.tsx
Gabriel Burnworth beddbf9c0b Cleanup and tests (#953)
* tslint cleanup

* app crash page improvements

* fix long lines

* remove unused auth code

* add more tests

* add tslint to scripts and fix deprecations
2018-08-08 09:44:12 -05:00

182 lines
5.9 KiB
TypeScript

import * as React from "react";
import { SpreadOverlapHelperProps } from "./interfaces";
import { round, transformXY } from "./util";
import { BotPosition } from "../../devices/interfaces";
import { cachedCrop } from "../../open_farm/icons";
import { isUndefined } from "lodash";
enum OverlapColor {
NONE = "none",
SOME = "green",
SMALL = "yellow",
MEDIUM = "orange",
LARGE = "red",
}
export enum SpreadOption {
ActivePlant = "dragged plant",
InactivePlant = "stationary plants",
WorseCase = "whichever results in higher % overlap",
LesserCase = "whichever results in lower % overlap"
}
type SpreadRadii = { inactive: number, active: number };
interface SpreadCircleState {
inactiveSpread: number | undefined;
}
export function getDiscreteColor(
overlap: number, spreadRadius: number): OverlapColor {
// Return overlap severity color based on discrete intervals.
if (overlap > spreadRadius * 0.9) {
return OverlapColor.LARGE;
}
if (overlap > spreadRadius * 0.6) {
return OverlapColor.MEDIUM;
}
if (overlap > spreadRadius * 0.3) {
return OverlapColor.SMALL;
}
if (overlap > 0) {
return OverlapColor.SOME;
}
return OverlapColor.NONE;
}
export function getContinuousColor(overlap: number, spreadRadius: number) {
// Smoothly vary color based on overlap: darkgreen > yellow > orange > red.
if (overlap > 0) {
const normalized = Math.round(
Math.max(0, Math.min(spreadRadius, overlap)) / spreadRadius * 255 * 2);
if (normalized < 255) { // green to yellow
const r = Math.min(normalized, 255);
const g = Math.min(100 + normalized, 255); // dark instead of bright green
const a = Math.min(0.3, Math.round(0.5 * normalized / 510 * 100) / 100);
return `rgba(${r}, ${g}, 0, ${a})`;
} else { // yellow to red
const g = Math.min(255 * 2 - normalized, 255);
return `rgba(255, ${g}, 0, 0.3)`;
}
} else {
return "none";
}
}
export function getRadius(option: SpreadOption, data: SpreadRadii): number {
// Get spread radius to use to evaluate overlap severity.
switch (option) {
case SpreadOption.ActivePlant:
return data.active;
case SpreadOption.InactivePlant:
return data.inactive;
case SpreadOption.WorseCase:
return Math.min(data.active, data.inactive);
case SpreadOption.LesserCase:
return Math.max(data.active, data.inactive);
default:
return data.inactive;
}
}
export function getOverlap(
// Get the overlap of the active and inactive plant spread.
activeXYZ: BotPosition | undefined,
plantXYZ: BotPosition,
spreadData: SpreadRadii
): number {
if (activeXYZ && !isUndefined(activeXYZ.x) && !isUndefined(activeXYZ.y)
&& plantXYZ && !isUndefined(plantXYZ.x) && !isUndefined(plantXYZ.y)) {
// Plant editing (dragging) is occuring
const activeXY = { x: round(activeXYZ.x), y: round(activeXYZ.y) };
const distance = Math.sqrt(
Math.pow((activeXY.x - plantXYZ.x), 2) +
Math.pow((activeXY.y - plantXYZ.y), 2));
const overlap = round(Math.abs(Math.min(0,
distance
- getRadius(SpreadOption.InactivePlant, spreadData)
- getRadius(SpreadOption.ActivePlant, spreadData))));
return overlap;
}
return 0;
}
export function overlapText(
qx: number,
qy: number,
overlap: number,
spreadData: SpreadRadii
): JSX.Element {
// Display spread overlap percentages for debugging purposes.
const activeSpreadDia = spreadData.active * 2;
const inactiveSpreadDia = spreadData.inactive * 2;
const percentage = (spread: number) =>
round(Math.min(100, Math.min(Math.min(activeSpreadDia, inactiveSpreadDia),
overlap) / spread * 100));
if (overlap > 0) {
return <g id="overlap-values">
<text x={qx} y={qy} dy={-75}>
{"Active: " + percentage(activeSpreadDia) + "%"}
</text>
<text x={qx} y={qy} dy={-50}>
{"Inactive: " + percentage(inactiveSpreadDia) + "%"}
</text>
<text x={qx} y={qy} dy={25}>
{getDiscreteColor(
overlap, getRadius(SpreadOption.InactivePlant, spreadData))}
</text>
</g>;
} else {
return <g />;
}
}
export class SpreadOverlapHelper extends
React.Component<SpreadOverlapHelperProps, SpreadCircleState> {
state: SpreadCircleState = { inactiveSpread: undefined };
componentDidMount() {
cachedCrop(this.props.plant.body.openfarm_slug)
.then(({ spread }) =>
this.setState({ inactiveSpread: (spread || 0) * 10 }));
}
render() {
const { dragging, plant, activeDragXY, activeDragSpread,
mapTransformProps } = this.props;
const { radius, x, y } = plant.body;
const { qx, qy } = transformXY(round(x), round(y), mapTransformProps);
const gardenCoord: BotPosition = { x: round(x), y: round(y), z: 0 };
// Convert spread diameter to radius (in mm).
const spreadRadii = {
active: (activeDragSpread || 0) / 2,
// `radius * 10` is the default value for spread diameter (in mm).
inactive: (this.state.inactiveSpread || (radius * 10)) / 2
};
const overlapValue = getOverlap(activeDragXY, gardenCoord, spreadRadii);
// Overlap is evaluated against the inactive plant since evaluating
// against the active plant would require keeping a list of all plants
// overlapping the active plant. Therefore, the spread overlap helper
// should be thought of as a tool checking the inactive plants, not
// the plant being edited. Dragging a plant with a small spread into
// the area of a plant with large spread will illustrate this point.
const color = getContinuousColor(
overlapValue, getRadius(SpreadOption.InactivePlant, spreadRadii));
const debug = false; // change to true to show % overlap values
return <g id="overlap-indicator">
{!dragging && // Non-active plants
<circle
className="overlap-circle"
cx={qx}
cy={qy}
r={spreadRadii.inactive * 0.95}
fill={color} />}
{debug && !dragging &&
overlapText(qx, qy, overlapValue, spreadRadii)}
</g>;
}
}