Create a game economy simulation diagram for a 30-day progression loop with the following nodes and logic: 1. Sources (Inputs): - Create a Source named "Daily_Base_Income" producing 5 Tokens per interval. - Create a Source named "Rewarded_Ads" producing 1 Token per interval, connected to a Pool named "Ad_Cap" with a maximum capacity of 3. - Create a Source named "Shard_Generation" that pushes 3 Shards per interval into a Pool named "Shard_Inventory". 2. Repositories (Pools): - Create a Pool named "Token_Wallet" to accumulate Tokens from "Daily_Base_Income" and "Rewarded_Ads". - Create a Pool named "Shard_Inventory" to accumulate Shards. - Create a Pool named "Upgrade_Queue" to track items ready for upgrade but blocked by Token scarcity. 3. Core Logic & Upgrades (Converters & Gates): - Create a Converter named "Uncommon_Upgrade". It requires 10 Tokens from "Token_Wallet" and 10 Shards from "Shard_Inventory" to produce 1 "Uncommon_Item" in a new Pool. - Create a Converter named "Rare_Upgrade". It requires 40 Tokens (4x scaling multiplier) from "Token_Wallet" and 10 Shards from "Shard_Inventory" to produce 1 "Rare_Item". 4. Friction & Conditions: - Connect "Shard_Inventory" to "Upgrade_Queue" using a state connection. If "Shard_Inventory" has enough shards for 3 items but "Token_Wallet" has < 40 Tokens, trigger a transfer of 3.1 tokens into "Upgrade_Queue". - Add an End Condition node connected to "Upgrade_Queue". If "Upgrade_Queue" value is >= 3, trigger a state named "Player_Frustration_Wall". Layout this diagram horizontally from left (Sources) to right (Upgrades and End Conditions).
