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hunting Logic

master
j 2024-04-15 22:16:23 -04:00
parent 1eb158ac10
commit d87b2e296e
1 changed files with 43 additions and 9 deletions
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52
src/game/gameFlow.ts
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@ -33,7 +33,7 @@ class GameFlow {
break;
case PHASE_ENUM.HUNT:
// Handle hunting logic
await this.handleHunt();
await this.handleHunt(userInput);
break;
case PHASE_ENUM.EATING:
break;
@ -392,9 +392,21 @@ class GameFlow {
console.log("userInput", userInput);
switch (userInput) {
case "1": // Hunt
this.gameState.phase = PHASE_ENUM.HUNT;
await this.gameState.save()
this.executeCurrentPhase()
if (this.gameState.amountSpentOnAmmunition < 40) {
responseMessage = `You do not have enough ammunition to hunt. Purchase more ammunition first.\n\n`;
if (this.gameState.fortOptionFlag) {
responseMessage += `Do you want to:\n2. Continue\n3. Stop at the Next Fort\n\n`
} else {
responseMessage += `Do you want to:\n2. Continue\n\n`
}
await this.statusUpdate(responseMessage)
} else {
this.gameState.phase = PHASE_ENUM.HUNT;
this.gameState.totalMileageWholeTrip -= 45;
await this.gameState.save()
this.executeCurrentPhase()
}
return;
break;
case "2": // Continue
@ -461,8 +473,28 @@ class GameFlow {
// Logic for interacting at the fort, such as purchasing supplies
}
private async handleHunt(): Promise<void> {
// Logic for the hunt phase, possibly determining success based on gameState attributes
private async handleHunt(userInput?: string | number): Promise<void> {
// Logic for the hunt phase, determining success based on gameState attributes
let responseMessage = "";
if (!userInput) {
responseMessage += this.handleShooting()
await this.statusUpdate(responseMessage)
} else {
responseMessage += this.handleShooting(userInput.toString());
if (this.gameState.actualResponseTimeForBang <= 1) {
responseMessage += `RIGHT BETWEEN THE EYES---YOU GOT A BIG ONE!!!!\n\n`
responseMessage += `FULL BELLIES TONIGHT!\n\n`
this.gameState.amountSpentOnFood += 52 + (Math.random() * 6)
this.gameState.amountSpentOnAmmunition -= 10 - (Math.random() * 4)
await this.statusUpdate(responseMessage)
} else if (100 * Math.random() > (13 * this.gameState.actualResponseTimeForBang)) {
responseMessage += `NICE SHOT--RIGHT ON TARGET--GOOD EATIN' TONIGHT!!\n\n`
this.gameState.amountSpentOnFood += 48 - (2 * this.gameState.actualResponseTimeForBang)
this.gameState.amountSpentOnAmmunition -= 10 - (3 * this.gameState.actualResponseTimeForBang)
}
}
}
private async handleEncounter(): Promise<void> {
@ -484,7 +516,7 @@ class GameFlow {
];
// Simulating the shooting subroutine
private async handleShootingSubRoutine(userInput?: string): Promise<void> {
private handleShooting(userInput?: string): string {
let responseMessage = ''
@ -494,8 +526,8 @@ class GameFlow {
this.gameState.shootingWordSelector = this.shootingWordVariations[shootingWordSelector];
this.gameState.clockTimeAtStartOfBang = Math.floor(new Date().getTime() / 1000);
//prompt the user to type !!Oregon shootingWord
responseMessage += `\nQuick! TYPE !!Oregon ${this.gameState.shootingWordSelector} within the next few minutes to hunt the animal. Hurry, time is ticking!\n`;
await this.statusUpdate(responseMessage);
responseMessage += `\nQuick! TYPE !!Oregon ${this.gameState.shootingWordSelector} within the next few minutes. Hurry, time is ticking!\n\n`;
return responseMessage;
} else {
// Check user input against shooting word
if (userInput.toUpperCase() === this.gameState.shootingWordSelector) {
@ -508,8 +540,10 @@ class GameFlow {
// Update the game state with the actual response time
this.gameState.actualResponseTimeForBang = actualResponseTimeForBang;
} else {
responseMessage += `Your Word was ${this.gameState.shootingWordSelector}. Better luck next time!\n\n`
this.gameState.actualResponseTimeForBang = 9; // Set a high time to indicate a miss
}
return responseMessage;
}
}