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* useTrainingLayout Hook - Enhanced Responsive Training Layout
*
* Custom hook for managing responsive training screen layout calculations with
* comprehensive support for all screen sizes from mobile to ultra-wide displays.
*
* Enhanced Features:
* - Five screen size categories (mobile, tablet, desktop, large, xlarge)
* - Proportional scaling for consistent sizing across devices
* - Optimized layout sizing for each device category
* - Smooth transitions for resize operations
* - 60fps performance maintained
*
* Uses robust device detection combining user-agent and screen size to ensure
* mobile controls are shown on all mobile devices, including high-resolution phones.
*
* Performance:
* - Reduces recalculations by checking only breakpoint changes, not exact dimensions
* - Memoizes layout constants to prevent cascading re-renders
* - Targets <1ms execution time for layout calculations
*
* @param width - Screen width
* @param height - Screen height
*
* @returns Layout constants and training area bounds
*
* @example
* ```typescript
* const { layoutConstants, trainingAreaBounds, isMobile, screenSize } = useTrainingLayout(1200, 800);
* ```
*/
import { useMemo } from "react";
import { getScreenSize } from "../../../../systems/ResponsiveScaling";
import { calculateArenaWorldDimensions } from "../../../../utils/arenaWorldDimensions";
import { shouldUseMobileControls } from "../../../../utils/deviceDetection";
import { calculateMobileAreaBounds } from "../../../../utils/mobileLayoutHelpers";
import {
mobileControlsBottomClearance,
PORTRAIT_FORCE_MAX_WIDTH_PX,
PORTRAIT_HYSTERESIS_FACTOR,
} from "../../../../utils/responsiveOrientationConstants";
import { getDesktopArenaWidthBudget } from "../../../../utils/responsiveLayoutHelpers";
import type { ScreenSize } from "../../../../systems/ResponsiveScaling";
export interface TrainingLayoutConstants {
readonly padding: number;
readonly headerHeight: number;
readonly buttonHeight: number;
readonly sectionSpacing: number;
readonly controlsHeight: number;
readonly footerHeight: number;
}
export interface TrainingAreaBounds {
readonly x: number;
readonly y: number;
readonly width: number;
readonly height: number;
readonly scale: number; // 3D scale factor for training area (1.0 = desktop, <1.0 = mobile)
readonly worldWidthMeters: number; // Physical training area width in meters
readonly worldDepthMeters: number; // Physical training area depth in meters
}
export interface TrainingLayout {
readonly layoutConstants: TrainingLayoutConstants;
readonly trainingAreaBounds: TrainingAreaBounds;
readonly isMobile: boolean;
readonly isPortrait: boolean;
readonly screenSize: ScreenSize;
}
/**
* Custom hook for training screen layout calculations
* Enhanced with centralized responsive scaling system
* Optimized to reduce recalculations and improve 60fps performance
*/
export function useTrainingLayout(
width: number,
height: number,
): TrainingLayout {
const screenSize = useMemo(() => getScreenSize(width), [width]);
const isPortrait = height > width * PORTRAIT_HYSTERESIS_FACTOR;
const isMobile =
shouldUseMobileControls() ||
(isPortrait && width < PORTRAIT_FORCE_MAX_WIDTH_PX);
const layoutConstants = useMemo<TrainingLayoutConstants>(() => {
const isLargeDesktop = screenSize === "xlarge";
const isTablet = screenSize === "tablet";
return {
padding: isMobile ? 20 : isTablet ? 25 : isLargeDesktop ? 35 : 30,
headerHeight: isMobile ? 80 : isTablet ? 90 : isLargeDesktop ? 110 : 100,
buttonHeight: isMobile ? 45 : isTablet ? 50 : isLargeDesktop ? 60 : 55,
sectionSpacing: isMobile ? 15 : isTablet ? 18 : isLargeDesktop ? 25 : 20,
controlsHeight: isMobile
? 120
: isTablet
? 110
: isLargeDesktop
? 150
: 130,
footerHeight: isMobile ? 60 : isTablet ? 70 : isLargeDesktop ? 90 : 80,
};
}, [isMobile, screenSize]);
const trainingAreaBounds = useMemo<TrainingAreaBounds>(() => {
const areaY = layoutConstants.headerHeight + layoutConstants.padding;
const worldDimensions = calculateArenaWorldDimensions(width);
if (isMobile) {
const isExtraSmall = width < 380;
const topClearance = isExtraSmall ? 75 : 80;
const bottomClearance = mobileControlsBottomClearance(
layoutConstants.controlsHeight,
layoutConstants.footerHeight,
isExtraSmall,
isPortrait,
"training",
);
return calculateMobileAreaBounds(
width,
height,
topClearance,
bottomClearance,
areaY,
isPortrait ? "portrait" : "landscape",
);
}
const totalReservedHeight =
layoutConstants.headerHeight +
layoutConstants.controlsHeight +
layoutConstants.footerHeight;
const totalPadding = layoutConstants.padding * 3;
const availableHeight = height - totalReservedHeight - totalPadding;
const availableWidth = getDesktopArenaWidthBudget(width);
let arenaWidth = availableWidth;
let arenaHeight = arenaWidth * (3 / 4); // 4:3 aspect ratio
if (arenaHeight > availableHeight) {
arenaHeight = availableHeight;
arenaWidth = arenaHeight * (4 / 3);
}
const pixelsPerMeter = arenaWidth / worldDimensions.widthMeters;
const referencePixelsPerMeter = 100;
const scale = pixelsPerMeter / referencePixelsPerMeter;
return {
x: (width - arenaWidth) / 2, // Center horizontally
y: areaY,
width: arenaWidth,
height: arenaHeight, // 4:3 aspect ratio
scale,
worldWidthMeters: worldDimensions.widthMeters,
worldDepthMeters: worldDimensions.depthMeters,
};
}, [width, height, layoutConstants, isMobile, isPortrait]);
return {
layoutConstants,
trainingAreaBounds,
isMobile,
isPortrait,
screenSize,
};
}
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