hensei-web/components/AxSelect/index.tsx

464 lines
13 KiB
TypeScript

import React, { ForwardedRef, useEffect, useState } from 'react'
import { useRouter } from 'next/router'
import { useTranslation } from 'next-i18next'
import Select from '~components/Select'
import SelectItem from '~components/SelectItem'
import classNames from 'classnames'
import ax from '~data/ax'
import './index.scss'
interface ErrorMap {
[index: string]: string
axValue1: string
axValue2: string
}
interface Props {
axType: number
currentSkills?: SimpleAxSkill[]
onOpenChange: (index: 1 | 2, open: boolean) => void
sendValidity: (isValid: boolean) => void
sendValues: (
primaryAxModifier: number,
primaryAxValue: number,
secondaryAxModifier: number,
secondaryAxValue: number
) => void
}
const AXSelect = (props: Props) => {
const router = useRouter()
const locale =
router.locale && ['en', 'ja'].includes(router.locale) ? router.locale : 'en'
const { t } = useTranslation('common')
const [openAX1, setOpenAX1] = useState(false)
const [openAX2, setOpenAX2] = useState(false)
// Set up form states and error handling
const [errors, setErrors] = useState<ErrorMap>({
axValue1: '',
axValue2: '',
})
const primaryErrorClasses = classNames({
errors: true,
visible: errors.axValue1.length > 0,
})
const secondaryErrorClasses = classNames({
errors: true,
visible: errors.axValue2.length > 0,
})
// Refs
const primaryAxModifierSelect = React.createRef<HTMLButtonElement>()
const primaryAxValueInput = React.createRef<HTMLInputElement>()
const secondaryAxModifierSelect = React.createRef<HTMLButtonElement>()
const secondaryAxValueInput = React.createRef<HTMLInputElement>()
// States
const [primaryAxModifier, setPrimaryAxModifier] = useState(-1)
const [secondaryAxModifier, setSecondaryAxModifier] = useState(-1)
const [primaryAxValue, setPrimaryAxValue] = useState(0.0)
const [secondaryAxValue, setSecondaryAxValue] = useState(0.0)
useEffect(() => {
setupAx1()
setupAx2()
}, [props.currentSkills])
useEffect(() => {
props.sendValues(
primaryAxModifier,
primaryAxValue,
secondaryAxModifier,
secondaryAxValue
)
}, [
props,
primaryAxModifier,
primaryAxValue,
secondaryAxModifier,
secondaryAxValue,
])
useEffect(() => {
if (
props.currentSkills &&
props.currentSkills[0].modifier != null &&
props.currentSkills[0].modifier >= 0
) {
setPrimaryAxModifier(props.currentSkills[0].modifier)
setPrimaryAxValue(props.currentSkills[0].strength)
} else setPrimaryAxModifier(-1)
}, [props.currentSkills, setPrimaryAxModifier])
useEffect(() => {
if (props.currentSkills && props.currentSkills[1].modifier) {
setSecondaryAxModifier(props.currentSkills[1].modifier)
setSecondaryAxValue(props.currentSkills[1].strength)
} else {
setSecondaryAxModifier(-1)
}
}, [props.currentSkills, setSecondaryAxModifier])
useEffect(() => {
let noErrors = false
if (errors.axValue1 === '' && errors.axValue2 === '') {
if (primaryAxModifier === -1 && secondaryAxModifier === -1)
noErrors = true
else if (
primaryAxModifier >= 0 &&
primaryAxValue > 0 &&
secondaryAxModifier === -1
)
noErrors = true
else if (
primaryAxModifier >= 0 &&
primaryAxValue > 0 &&
secondaryAxModifier >= 0 &&
secondaryAxValue > 0
)
noErrors = true
}
props.sendValidity(noErrors)
}, [
primaryAxModifier,
primaryAxValue,
secondaryAxModifier,
secondaryAxValue,
errors,
])
// Classes
const secondarySetClasses = classNames({
AXSet: true,
hidden: primaryAxModifier < 0,
})
function setupAx1() {
if (
props.currentSkills &&
props.currentSkills[0] &&
// Should this be > -1 or != null
props.currentSkills[0].modifier != null
) {
setPrimaryAxModifier(props.currentSkills[0].modifier)
setPrimaryAxValue(props.currentSkills[0].strength)
if (props.currentSkills[0].modifier > -1 && primaryAxValueInput.current) {
const modifier = props.currentSkills[0].modifier
const axSkill = ax[props.axType - 1][modifier]
setupInput(axSkill, primaryAxValueInput.current)
}
}
}
function setupAx2() {
if (
props.currentSkills &&
props.currentSkills[1] &&
// Should this be > -1 or != null
props.currentSkills[1].modifier != null
) {
const firstSkill = props.currentSkills[0]
const primaryAxSkill = ax[props.axType - 1][firstSkill.modifier]
const secondaryAxSkill = findSecondaryAxSkill(
primaryAxSkill,
props.currentSkills[1]
)
if (
props.currentSkills[1].modifier > -1 &&
secondaryAxValueInput.current
) {
setupInput(secondaryAxSkill, secondaryAxValueInput.current)
}
}
}
function findSecondaryAxSkill(
axSkill: ItemSkill | undefined,
skillAtIndex: SimpleAxSkill
) {
if (axSkill)
return axSkill.secondary
? axSkill.secondary.find((skill) => skill.id === skillAtIndex.modifier)
: undefined
}
function openSelect(index: 1 | 2) {
if (index === 1) {
setOpenAX1(!openAX1)
setOpenAX2(false)
props.onOpenChange(1, !openAX1)
props.onOpenChange(2, false)
} else if (index === 2) {
setOpenAX2(!openAX2)
setOpenAX1(false)
props.onOpenChange(2, !openAX2)
props.onOpenChange(1, false)
}
}
function onClose(index: 1 | 2) {
props.onOpenChange(index, false)
}
function generateOptions(modifierSet: number) {
const axOptions = ax[props.axType - 1]
let axOptionElements: React.ReactNode[] = []
if (modifierSet == 0) {
axOptionElements = axOptions.map((ax, i) => {
return (
<SelectItem key={i} value={ax.id}>
{ax.name[locale]}
</SelectItem>
)
})
} else {
// If we are loading data from the server, state doesn't set before render,
// so our defaultValue is undefined.
let modifier = -1
if (primaryAxModifier >= 0) modifier = primaryAxModifier
else if (props.currentSkills) modifier = props.currentSkills[0].modifier
if (modifier >= 0 && axOptions[modifier]) {
const primarySkill = axOptions[modifier]
if (primarySkill.secondary) {
const secondaryAxOptions = primarySkill.secondary
axOptionElements = secondaryAxOptions.map((ax, i) => {
return (
<SelectItem key={i} value={ax.id}>
{ax.name[locale]}
</SelectItem>
)
})
}
}
}
axOptionElements?.unshift(
<SelectItem key={-1} value={-1}>
{t('ax.no_skill')}
</SelectItem>
)
return axOptionElements
}
function handleAX1SelectChange(rawValue: string) {
const value = parseInt(rawValue)
setPrimaryAxModifier(value)
if (
primaryAxValueInput.current &&
secondaryAxModifierSelect.current &&
secondaryAxValueInput.current
) {
setupInput(ax[props.axType - 1][value], primaryAxValueInput.current)
setPrimaryAxValue(0)
primaryAxValueInput.current.value = ''
// Reset the secondary AX modifier, reset the AX value and hide the input
setSecondaryAxModifier(-1)
setSecondaryAxValue(0)
secondaryAxValueInput.current.className = 'Input Contained'
secondaryAxValueInput.current.value = ''
}
}
function handleAX2SelectChange(rawValue: string) {
const value = parseInt(rawValue)
setSecondaryAxModifier(value)
const primaryAxSkill = ax[props.axType - 1][primaryAxModifier]
const currentAxSkill = primaryAxSkill.secondary
? primaryAxSkill.secondary.find((skill) => skill.id == value)
: undefined
if (secondaryAxValueInput.current) {
setupInput(currentAxSkill, secondaryAxValueInput.current)
setSecondaryAxValue(0)
secondaryAxValueInput.current.value = ''
}
}
function handleInputChange(event: React.ChangeEvent<HTMLInputElement>) {
const value = parseFloat(event.target.value)
let newErrors = { ...errors }
if (primaryAxValueInput.current == event.target) {
if (handlePrimaryErrors(value)) setPrimaryAxValue(value)
} else {
if (handleSecondaryErrors(value)) setSecondaryAxValue(value)
}
}
function handlePrimaryErrors(value: number) {
const primaryAxSkill = ax[props.axType - 1][primaryAxModifier]
let newErrors = { ...errors }
if (value < primaryAxSkill.minValue) {
newErrors.axValue1 = t('ax.errors.value_too_low', {
name: primaryAxSkill.name[locale],
minValue: primaryAxSkill.minValue,
suffix: primaryAxSkill.suffix ? primaryAxSkill.suffix : '',
})
} else if (value > primaryAxSkill.maxValue) {
newErrors.axValue1 = t('ax.errors.value_too_high', {
name: primaryAxSkill.name[locale],
maxValue: primaryAxSkill.maxValue,
suffix: primaryAxSkill.suffix ? primaryAxSkill.suffix : '',
})
} else if (!value || value <= 0) {
newErrors.axValue1 = t('ax.errors.value_empty', {
name: primaryAxSkill.name[locale],
})
} else {
newErrors.axValue1 = ''
}
setErrors(newErrors)
return newErrors.axValue1.length === 0
}
function handleSecondaryErrors(value: number) {
const primaryAxSkill = ax[props.axType - 1][primaryAxModifier]
let newErrors = { ...errors }
if (primaryAxSkill.secondary) {
const secondaryAxSkill = primaryAxSkill.secondary.find(
(skill) => skill.id == secondaryAxModifier
)
if (secondaryAxSkill) {
if (value < secondaryAxSkill.minValue) {
newErrors.axValue2 = t('ax.errors.value_too_low', {
name: secondaryAxSkill.name[locale],
minValue: secondaryAxSkill.minValue,
suffix: secondaryAxSkill.suffix ? secondaryAxSkill.suffix : '',
})
} else if (value > secondaryAxSkill.maxValue) {
newErrors.axValue2 = t('ax.errors.value_too_high', {
name: secondaryAxSkill.name[locale],
maxValue: secondaryAxSkill.maxValue,
suffix: secondaryAxSkill.suffix ? secondaryAxSkill.suffix : '',
})
} else if (!secondaryAxSkill.suffix && value % 1 !== 0) {
newErrors.axValue2 = t('ax.errors.value_not_whole', {
name: secondaryAxSkill.name[locale],
})
} else if (primaryAxValue <= 0) {
newErrors.axValue1 = t('ax.errors.value_empty', {
name: primaryAxSkill.name[locale],
})
} else {
newErrors.axValue2 = ''
}
}
}
setErrors(newErrors)
return newErrors.axValue2.length === 0
}
function setupInput(ax: ItemSkill | undefined, element: HTMLInputElement) {
if (ax) {
const rangeString = `${ax.minValue}~${ax.maxValue}${ax.suffix || ''}`
element.className = 'Input Bound Visible'
element.disabled = false
element.placeholder = rangeString
element.min = `${ax.minValue}`
element.max = `${ax.maxValue}`
element.step = ax.suffix ? '0.5' : '1'
} else {
if (primaryAxValueInput.current && secondaryAxValueInput.current) {
if (primaryAxValueInput.current == element) {
primaryAxValueInput.current.className = 'Input Contained'
primaryAxValueInput.current.disabled = true
primaryAxValueInput.current.placeholder = ''
}
secondaryAxValueInput.current.className = 'Input Contained'
secondaryAxValueInput.current.disabled = true
secondaryAxValueInput.current.placeholder = ''
}
}
}
return (
<div className="AXSelect">
<div className="AXSet">
<div className="fields">
<Select
key="ax1"
value={`${primaryAxModifier}`}
open={openAX1}
onClose={() => onClose(1)}
onOpenChange={() => openSelect(1)}
onValueChange={handleAX1SelectChange}
triggerClass="modal"
overlayVisible={false}
>
{generateOptions(0)}
</Select>
<input
defaultValue={
props.currentSkills && props.currentSkills[0]
? props.currentSkills[0].strength
: 0
}
type="number"
onChange={handleInputChange}
ref={primaryAxValueInput}
/>
</div>
<p className={primaryErrorClasses}>{errors.axValue1}</p>
</div>
<div className={secondarySetClasses}>
<div className="fields">
<Select
key="ax2"
value={`${secondaryAxModifier}`}
open={openAX2}
onClose={() => onClose(2)}
onOpenChange={() => openSelect(2)}
onValueChange={handleAX2SelectChange}
triggerClass="modal"
ref={secondaryAxModifierSelect}
overlayVisible={false}
>
{generateOptions(1)}
</Select>
<input
defaultValue={
props.currentSkills && props.currentSkills[1]
? props.currentSkills[1].strength
: 0
}
type="number"
onChange={handleInputChange}
ref={secondaryAxValueInput}
/>
</div>
<p className={secondaryErrorClasses}>{errors.axValue2}</p>
</div>
</div>
)
}
export default AXSelect