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/* Drawer Capacity Calculator for RVController
* A product of Advanced Mesecons Devices, a Cheapie Systems company
* This is free and unencumbered software released into the public domain.
* See http://unlicense.org/ for more information */
#include <stdint.h>
#include <stdbool.h>
#include "rvcontroller-ecalls.h"
#define BASE_SLOTS 32
#define STACK_MAX 99
#define STEEL_UPGRADE_MULT 1
#define GOLD_UPGRADE_MULT 2
#define OBSIDIAN_UPGRADE_MULT 3
#define DIAMOND_UPGRADE_MULT 7
#define MITHRIL_UPGRADE_MULT 12
bool checkUpgradeCount(int32_t count,int32_t maxcount) {
return (count >= 0 && count <= maxcount);
}
void main(void) {
while (true) {
int32_t capacity = BASE_SLOTS * STACK_MAX;
uint8_t upgrades_used = 0;
printstr("\n\n\nSettings:\n");
printstr("Base Stack Count: ");
printint(BASE_SLOTS);
printstr("\nMax Stack Size: ");
printint(STACK_MAX);
printchar('\n');
int32_t upgcount = 0;
while (true) {
printstr("\nSteel Upgrades?\n[0-5] > ");
upgcount = readint();
printint(upgcount);
printchar('\n');
if (checkUpgradeCount(upgcount,5)) {
break;
} else {
printstr("Invalid entry");
}
}
upgrades_used += upgcount;
capacity += BASE_SLOTS * STACK_MAX * STEEL_UPGRADE_MULT * upgcount;
if (upgrades_used < 5) {
while (true) {
printstr("\nGold Upgrades?\n[0-");
printint(5-upgrades_used);
printstr("] > ");
upgcount = readint();
printint(upgcount);
printchar('\n');
if (checkUpgradeCount(upgcount,5-upgrades_used)) {
break;
} else {
printstr("Invalid entry");
}
}
upgrades_used += upgcount;
capacity += BASE_SLOTS * STACK_MAX * GOLD_UPGRADE_MULT * upgcount;
}
if (upgrades_used < 5) {
while (true) {
printstr("\nObsidian Upgrades?\n[0-");
printint(5-upgrades_used);
printstr("] > ");
upgcount = readint();
printint(upgcount);
printchar('\n');
if (checkUpgradeCount(upgcount,5-upgrades_used)) {
break;
} else {
printstr("Invalid entry");
}
}
upgrades_used += upgcount;
capacity += BASE_SLOTS * STACK_MAX * OBSIDIAN_UPGRADE_MULT * upgcount;
}
if (upgrades_used < 5) {
while (true) {
printstr("\nDiamond Upgrades?\n[0-");
printint(5-upgrades_used);
printstr("] > ");
upgcount = readint();
printint(upgcount);
printchar('\n');
if (checkUpgradeCount(upgcount,5-upgrades_used)) {
break;
} else {
printstr("Invalid entry");
}
}
upgrades_used += upgcount;
capacity += BASE_SLOTS * STACK_MAX * DIAMOND_UPGRADE_MULT * upgcount;
}
if (upgrades_used < 5) {
while (true) {
printstr("\nMithril Upgrades?\n[0-");
printint(5-upgrades_used);
printstr("] > ");
upgcount = readint();
printint(upgcount);
printchar('\n');
if (checkUpgradeCount(upgcount,5-upgrades_used)) {
break;
} else {
printstr("Invalid entry");
}
}
upgrades_used += upgcount;
capacity += BASE_SLOTS * STACK_MAX * MITHRIL_UPGRADE_MULT * upgcount;
}
printstr("\n1 slot: ");
printint(capacity);
printstr("\n2 slots: ");
printint(capacity/2);
printstr("\n4 slots: ");
printint(capacity/4);
printstr("\nPress 0 to run again\n");
upgcount = readint();
}
}
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