Addtl Attack Logic
parent
80fe797bf7
commit
040954027d
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@ -454,7 +454,8 @@ class GameFlow {
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} else {
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responseMessage += `Do you want to:\n1. Hunt\n2. Continue\n\n`
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}
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await this.statusUpdate(responseMessage)
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await this.statusUpdate(this.gameState.lastPrompt + responseMessage)
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this.gameState.lastPrompt = responseMessage;
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break;
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}
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@ -522,89 +523,143 @@ class GameFlow {
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let responseMessage = ''
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this.gameState.lastPrompt = responseMessage;
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if (!userInput || userInput === "") {
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// Check for random encounter
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// Calculate a factor based on total mileage to adjust encounter likelihood.
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const mileageFactor = this.gameState.totalMileageWholeTrip / 100 - 4;
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switch (this.gameState.subPhase) {
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// Calculate the chance of encountering riders, scaling non-linearly with mileage.
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const encounterChance = ((mileageFactor ** 2) + 72) / ((mileageFactor ** 2) + 12) - 1;
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case 0: //Initial Logic
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// Check for random encounter
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// Calculate a factor based on total mileage to adjust encounter likelihood.
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const mileageFactor = this.gameState.totalMileageWholeTrip / 100 - 4;
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// Generate a random factor to determine if an encounter occurs.
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const randomFactor = Math.random() * 10;
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// Calculate the chance of encountering riders, scaling non-linearly with mileage.
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const encounterChance = ((mileageFactor ** 2) + 72) / ((mileageFactor ** 2) + 12) - 1;
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// If the random factor exceeds the encounter chance, skip to the next phase.
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if (randomFactor > encounterChance) {
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this.gameState.phase = PHASE_ENUM.EVENT;
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this.gameState.save();
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return this.executeCurrentPhase();
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}
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this.gameState.hostilityOfRiders = false;
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if (Math.random() < 0.8) this.gameState.hostilityOfRiders = true;
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}
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if (!userInput || userInput === "" || userInput.toString().toLowerCase() === "start") {
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responseMessage += `RIDERS AHEAD. THEY`
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if (!this.gameState.hostilityOfRiders) responseMessage += ` DON'T`
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responseMessage += ` LOOK HOSTILE`;
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responseMessage += "\n\nTACTICS\n(1) RUN\n(2) ATTACK\n(3) CONTINUE\n(4) CIRCLE WAGONS";
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this.gameState.tacticsChoiceWhenAttacked = 0
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this.gameState.lastPrompt = responseMessage;
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this.gameState.save();
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await this.statusUpdate(responseMessage);
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} else {
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//check if its a valid interger between 1 and 4 inclusive
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if (isNaN(Number(userInput)) || +userInput < 1 && +userInput > 4) {
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responseMessage = "Invalid input. Please enter a number between 1-4.\n\n";
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responseMessage += this.gameState.lastPrompt;
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await this.statusUpdate(responseMessage);
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return;
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}
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// Convert to integer in case it's not
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this.gameState.tacticsChoiceWhenAttacked = Math.floor(+userInput);
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// Random chance to flip hostility
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if (Math.random() > 0.2) this.gameState.hostilityOfRiders = !this.gameState.hostilityOfRiders;
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// Check tactics choice and resolve encounter
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switch (this.gameState.tacticsChoiceWhenAttacked) {
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case 1: // RUN
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this.gameState.totalMileageWholeTrip += this.gameState.hostilityOfRiders ? 15 : 20;
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this.gameState.amountSpentOnAnimals -= this.gameState.hostilityOfRiders ? 10 : 40;
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this.gameState.amountSpentOnMiscellaneousSupplies -= 15;
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this.gameState.amountSpentOnAmmunition -= 150;
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// Generate a random factor to determine if an encounter occurs.
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const randomFactor = Math.random() * 10;
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// If the random factor exceeds the encounter chance, skip to the next phase.
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if (randomFactor > encounterChance) {
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this.gameState.phase = PHASE_ENUM.EVENT;
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this.gameState.save();
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return this.executeCurrentPhase();
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case 2: // ATTACK
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// Placeholder for attack logic, potentially involving a call to handleShooting()
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this.handleShooting();
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// Adjust resources based on the outcome of handleShooting()
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break;
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case 3: // CONTINUE
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if (this.gameState.hostilityOfRiders) {
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this.gameState.totalMileageWholeTrip -= 5;
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this.gameState.amountSpentOnAmmunition -= 100;
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}
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// No additional action if riders are friendly
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break;
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case 4: // CIRCLE WAGONS
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if (this.gameState.hostilityOfRiders) {
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this.gameState.totalMileageWholeTrip -= 20;
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} else {
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// Possibly a smaller penalty or no action if riders are friendly
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this.gameState.totalMileageWholeTrip -= 10;
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}
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break;
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default:
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// Handle unexpected input (should be unreachable due to prior validation)
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console.log("Unexpected tactics choice.");
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break;
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}
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}
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this.gameState.hostileRiders = false;
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if (Math.random() < 0.8) this.gameState.hostileRiders = true;
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responseMessage += `RIDERS AHEAD. THEY`
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if (!this.gameState.hostileRiders) responseMessage += ` DON'T`
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responseMessage += ` LOOK HOSTILE`;
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responseMessage += "\n\nTACTICS\n(1) RUN\n(2) ATTACK\n(3) CONTINUE\n(4) CIRCLE WAGONS";
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this.gameState.tacticsChoiceWhenAttacked = 0
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this.gameState.lastPrompt = responseMessage;
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this.gameState.subPhase = 1;
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this.gameState.save();
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await this.statusUpdate(responseMessage);
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break;
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case 1: // Choice
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if (!userInput || isNaN(Number(userInput)) || +userInput < 1 && +userInput > 4) {
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responseMessage = "Invalid input. Please enter a number between 1-4.\n\n";
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responseMessage += this.gameState.lastPrompt;
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await this.statusUpdate(responseMessage);
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return;
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}
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// Convert to integer in case it's not
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this.gameState.tacticsChoiceWhenAttacked = Math.floor(+userInput);
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// Random chance to flip hostility
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if (Math.random() > 0.2) this.gameState.hostileRiders = !this.gameState.hostileRiders;
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// Handle tactics choice
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switch (this.gameState.tacticsChoiceWhenAttacked) {
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case 1: // RUN
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this.gameState.totalMileageWholeTrip += this.gameState.hostileRiders ? 20 : 15;
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this.gameState.amountSpentOnAnimals -= this.gameState.hostileRiders ? 40 : 10;
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this.gameState.amountSpentOnMiscellaneousSupplies -= this.gameState.hostileRiders ? 15 : 0;
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this.gameState.amountSpentOnAmmunition -= this.gameState.hostileRiders ? 150 : 0;
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this.gameState.phase = PHASE_ENUM.EVENT;
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this.gameState.subPhase = 0;
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this.gameState.save();
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return this.executeCurrentPhase();
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case 2: // ATTACK
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this.gameState.subPhase = 2;
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this.gameState.save()
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return this.executeCurrentPhase()
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case 3: // CONTINUE
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if (this.gameState.hostileRiders) {
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//Penalize lost initiative if riders are hostile
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this.gameState.lastPrompt = "You continue on cautiously, keeping your guard up. THE RIDERS ATTACK!\n\n";
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this.gameState.totalMileageWholeTrip -= 5;
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this.gameState.amountSpentOnAmmunition -= 100;
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this.gameState.subPhase = 2;
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this.gameState.save()
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return this.executeCurrentPhase()
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}
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// No additional action if riders are friendly
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this.gameState.lastPrompt = "The riders continue on their way without incident.\n\n";
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this.gameState.phase = PHASE_ENUM.EVENT;
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this.gameState.subPhase = 0;
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this.gameState.save();
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return this.executeCurrentPhase();
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case 4: // CIRCLE WAGONS
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if (!this.gameState.hostileRiders) {
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this.gameState.totalMileageWholeTrip -= 20;
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this.gameState.lastPrompt = "You formed a defensive circle with your wagons. The riders continue on their way without incident.\n\n";
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this.gameState.phase = PHASE_ENUM.EVENT;
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this.gameState.subPhase = 0;
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this.gameState.save();
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return this.executeCurrentPhase()
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}
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this.gameState.subPhase = 4;
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this.gameState.lastPrompt = "You formed a defensive circle with your wagons.THE RIDERS ATTACK!\n\n"
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this.gameState.save()
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return this.executeCurrentPhase()
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default:
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// Handle unexpected input (should be unreachable due to prior validation)
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console.log("Unexpected tactics choice.");
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break;
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}
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break;
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case 2: // Resolve fight logic
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responseMessage = this.gameState.lastPrompt
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responseMessage += this.handleShooting()
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this.gameState.lastPrompt = responseMessage
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this.gameState.subPhase = 3
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await this.statusUpdate(responseMessage)
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await this.gameState.save()
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break;
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case 3: // Resolve fight outcome
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if (!userInput) {
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responseMessage = "Invalid input.\n\n"
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responseMessage += this.gameState.lastPrompt
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await this.statusUpdate(responseMessage)
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return;
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}
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responseMessage += this.handleShooting(userInput.toString());
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if (this.gameState.shootResponseTime <= 1) {
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responseMessage += `NICE SHOOTING---YOU DROVE THEM OFF!!!\n\n`
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await this.statusUpdate(responseMessage)
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} else if (this.gameState.shootResponseTime <= 4) {
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responseMessage += `KINDA SLOW WITH YOUR GUN\n\n`
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} else {
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responseMessage += `LOUSY SHOT---YOU GOT KNIFED\nYOU HAVE TO SEE OL' DOC GARY CHESS\n\n`
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this.gameState.injuryFlag = true
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}
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this.gameState.phase = PHASE_ENUM.ACTION_CHOICE;
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await this.gameState.save();
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await this.executeCurrentPhase();
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return;
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case 4: // Resolve wagon logic
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responseMessage = this.gameState.lastPrompt
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responseMessage += this.handleShooting()
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this.gameState.lastPrompt = responseMessage
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this.gameState.subPhase = 5
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await this.statusUpdate(responseMessage)
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await this.gameState.save()
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break;
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case 5: // Resolve wagon outcome
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break;
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}
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}
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@ -615,22 +670,23 @@ class GameFlow {
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if (!userInput || userInput.toString().toLowerCase() === "start") {
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responseMessage += this.handleShooting()
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await this.statusUpdate(responseMessage)
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await this.gameState.save();
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} else {
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responseMessage += this.handleShooting(userInput.toString());
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if (this.gameState.actualResponseTimeForBang <= 1) {
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if (this.gameState.shootResponseTime <= 1) {
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responseMessage += `RIGHT BETWEEN THE EYES---YOU GOT A BIG ONE!!!!\n\n`
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responseMessage += `FULL BELLIES TONIGHT!\n\n`
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this.gameState.amountSpentOnFood += 52 + (Math.random() * 6)
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this.gameState.amountSpentOnAmmunition -= 10 - (Math.random() * 4)
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await this.statusUpdate(responseMessage)
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} else if (100 * Math.random() > (13 * this.gameState.actualResponseTimeForBang)) {
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} else if (100 * Math.random() > (13 * this.gameState.shootResponseTime)) {
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responseMessage += `NICE SHOT--RIGHT ON TARGET--GOOD EATIN' TONIGHT!!\n\n`
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this.gameState.amountSpentOnFood += 48 - (2 * this.gameState.actualResponseTimeForBang)
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this.gameState.amountSpentOnAmmunition -= 10 - (3 * this.gameState.actualResponseTimeForBang)
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this.gameState.amountSpentOnFood += 48 - (2 * this.gameState.shootResponseTime)
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this.gameState.amountSpentOnAmmunition -= 10 - (3 * this.gameState.shootResponseTime)
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} else {
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responseMessage += `Better luck next time! Maybe practice your aim some more.\n\n`
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this.gameState.amountSpentOnAmmunition -= 50
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}
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this.gameState.lastPrompt = responseMessage;
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this.gameState.phase = PHASE_ENUM.ACTION_CHOICE;
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await this.gameState.save();
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await this.executeCurrentPhase();
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@ -681,10 +737,10 @@ class GameFlow {
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actualResponseTimeForBang = 0;
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}
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// Update the game state with the actual response time
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this.gameState.actualResponseTimeForBang = actualResponseTimeForBang;
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this.gameState.shootResponseTime = actualResponseTimeForBang;
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} else {
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responseMessage += `Your Word was ${this.gameState.shootingWordSelector}. Better luck next time!\n\n`
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this.gameState.actualResponseTimeForBang = 9; // Set a high time to indicate a miss
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this.gameState.shootResponseTime = 9; // Set a high time to indicate a miss
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}
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return responseMessage;
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}
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