diff --git a/install.bash b/install.bash
index 42030f9..1cf3b79 100644
--- a/install.bash
+++ b/install.bash
@@ -1,79 +1,191 @@
 #!/usr/env/bin bash
 
-set -euox pipefail
 
-export DISK="/dev/vda"
-export DISK_EXT="${DISK}"
- # The size is large because I'd like to be able to hibernate my laptop in its entirety. I have 64 GB of ram.
-export SWAP_SIZE="32"
-export SWAP_OFFSET="$(( SWAP_SIZE + 1 ))"
+install() {
+	set -euo pipefail
+	local disk="${1}"
+	local encrypt_disk="${2}"
+	local swap_size="${3}"
 
-export LABEL_CRYPT_LUKS="NixOS-Crypt"
-export LABEL_SWAP="NixOS-Swap"
-export LABEL_BTRFS="NixOS-Primary"
-export LABEL_BOOT="NixOS-Boot"
+	local boot_partition="${disk}1"
+	local swap_partition="${disk}2"
+	local primary_partition="${disk}3"
+	# The size is large because I'd like to be able to hibernate my laptop in its entirety. I have 64 GB of ram.
 
-swapoff -a || true
-umount /mnt/**/* || true
-umount /mnt/* || true
-umount /mnt || true
-cryptsetup close enc || true
-dd if=/dev/zero of="${DISK}" bs=512 count=1024 || true
+	if [[ -z "${swap_size}" ]]; then
+		swap_size="$(grep MemTotal /proc/meminfo | awk '{print int(sqrt($2 / 1024 / 1024) * 2)}')"
+	fi
+	local swap_offset="$((swap_size + 1))"
 
-### Partition The Disk
-parted "${DISK}" -- mklabel gpt
-# Boot partition
-parted -a optimal "${DISK}" -- mkpart ESP fat32 1MiB 1GiB
-parted "${DISK}" -- set 1 boot on
-mkfs.vfat "${DISK_EXT}1"
-fatlabel "${DISK_EXT}1" "${LABEL_BOOT}"
-# Swap Partition
-parted -a optimal "${DISK}" -- mkpart "${LABEL_SWAP}" linux-swap 1Gib "${SWAP_OFFSET}GB"
-mkswap -L "${LABEL_SWAP}" "${DISK_EXT}2"
-swapon "${DISK_EXT}2"
-# Nix Partition, where the OS will reside with our data
-parted -a optimal "${DISK}" -- mkpart "${LABEL_BTRFS}" "${SWAP_OFFSET}GiB" 100%
+	local label_crypt_luks="NixOS-Crypt"
+	local label_swap="NixOS-Swap"
+	local label_primary="NixOS-Primary"
+	local label_boot="NixOS-Boot"
 
-### Encrypt
-cryptsetup --verify-passphrase -v luksFormat "${DISK_EXT}3"
-cryptsetup config "${DISK_EXT}3" --label "${LABEL_CRYPT_LUKS}"
-# Have to decrypt it so we can actually get other things setup
-export CRYPT_OPEN_NAME="enc"
-export CRYPT_PATH="/dev/mapper/${CRYPT_OPEN_NAME}"
-cryptsetup open "${DISK_EXT}3" "${CRYPT_OPEN_NAME}"
+	swapoff -a >/dev/null 2>&1 || true
+	umount /mnt/**/* >/dev/null 2>&1 || true
+	umount /mnt/* >/dev/null 2>&1 || true
+	umount /mnt >/dev/null 2>&1 || true
+	cryptsetup close >/dev/null 2>&1 enc || true
+	dd if=/dev/zero of="${disk}" bs=512 count=1024 || true
 
-### BTRFS Setup
-# Go ahead and make the unerypted BTRFS
-mkfs.btrfs -L "${LABEL_BTRFS}"  "${CRYPT_PATH}"
+	### Partition The Disk
+	parted "${disk}" -- mklabel gpt
+	# Boot partition
+	parted -a optimal "${disk}" -- mkpart ESP fat32 1MiB 1GiB
+	parted "${disk}" -- set 1 boot on
+	mkfs.vfat "${boot_partition}"
+	fatlabel "${boot_partition}" "${label_boot}"
+	# Swap Partition
+	parted -a optimal "${disk}" -- mkpart "${label_swap}" linux-swap 1Gib "${swap_offset}GB"
+	mkswap -L "${label_swap}" "${swap_partition}"
+	swapon "${swap_partition}"
+	# Nix Partition, where the OS will reside with our data
+	parted -a optimal "${disk}" -- mkpart "${label_primary}" "${swap_offset}GiB" 100%
 
-# Mount it
-mount -t btrfs "${CRYPT_PATH}" /mnt
+	### Encrypt
+	if [[ "${encrypt_disk}" == "yes" ]]; then
+		cryptsetup --verify-passphrase -v luksFormat "${primary_partition}"
+		cryptsetup config "${primary_partition}" --label "${label_crypt_luks}"
+		# Have to decrypt it so we can actually get other things setup
+		local crypt_open_name="enc"
+		cryptsetup open "${primary_partition}" "${crypt_open_name}"
+		primary_partition="/dev/mapper/${crypt_open_name}"
+	fi
 
-# Create our subvolumes
-btrfs subvolume create "/mnt/@nix"
-umount /mnt
+	### BTRFS Setup
+	# Go ahead and make the unerypted BTRFS
+	mkfs.btrfs -f -L "${label_primary}" "${primary_partition}"
 
-### Final Mountings
-# Mount tmpfs to mnt
-mount -t tmpfs -o mode=755 none /mnt
+	# Mount it
+	mount -t btrfs "${primary_partition}" /mnt
 
-# Create our directories
-mkdir /mnt/{"boot","nix"}
-# Mount our boot partition
-mount -t vfat -o defaults,noatime "${DISK_EXT}1" /mnt/boot
+	# Create our subvolumes
+	btrfs subvolume create "/mnt/@nix"
+	umount /mnt
 
-# Mount our btrfs subvolumes individually with some btrfs options
-# NOTE: On high performance NVME SSDs with a beefy CPU it may be worth considering ZLO compression instead of ZSTD. In
-# many cases ZLO is more performant, especially when writing, than ZSTD while having a somewhat worse comrpession ratio.
-# WARN: ZLO *may* be a good solution, it can be VERY slow on incompressible data. Something to keep in mind.
-mount -t btrfs -o noatime,compress=zstd,subvol=@nix "${CRYPT_PATH}" /mnt/nix
+	### Final Mountings
+	# Mount tmpfs to mnt
+	mount -t tmpfs -o mode=755 none /mnt
 
-mkdir -p /mnt/nix/persist
-### Install NixOS
-# Gotta make sure current working tree isn't dirty for the flake
-git config --global user.email "m@m.com"; git config --global user.name "name"; git add .; git commit -m "Shit" >/dev/null 2>&1; \
-# Clone the flake into place
-git clone . /mnt/nix/persist/etc/nixos && cd /mnt/nix/persist/etc/nixos
-# Finally, actually install NixOS
-nixos-install --flake "git+file:.#orion"
+	# Create our directories
+	mkdir /mnt/{"boot","nix"}
+	# Mount our boot partition
+	mount -t vfat -o defaults,noatime "${boot_partition}" /mnt/boot
 
+	# Mount our btrfs subvolumes individually with some btrfs options
+	# NOTE: On high performance NVME SSDs with a beefy CPU it may be worth considering ZLO compression instead of ZSTD. In
+	# many cases ZLO is more performant, especially when writing, than ZSTD while having a somewhat worse comrpession ratio.
+	# WARN: ZLO *may* be a good solution, it can be VERY slow on incompressible data. Something to keep in mind.
+	mount -t btrfs -o noatime,compress=zstd,subvol=@nix "${primary_partition}" /mnt/nix
+
+	mkdir -p /mnt/nix/persist
+	# Finally, actually install NixOS
+	nixos-install --flake "git+file:.#orion"
+}
+
+usage() {
+	cat <<-__EOF__
+		Usage: $(basename "${0}") -d "/dev/DISK_HERE" -s 32 -e
+		    -h | -? | --help
+		    Shows this menu.
+		    Example:
+		        $(basename "${0}") -h
+
+		    -d <string> | --disk <string> [REQUIRED]
+		    Path to a disk to install NixOS to.
+		    Default: none
+		    Example:
+		        $(basename "${0}") -d /dev/vda
+
+		    -e | --encrypt [OPTIONAL]
+		    Enable disk encryption during install. Note, this will prompt you for the encryption password.
+		    Default: disabled
+		    Example:
+		        $(basename "${0}") -e
+
+		    -s <int> | --swap <int> [OPTIONAL]
+		    The size of the swap partition in gigabytes.
+		    Default: sqrt(Current system ram in GB) * 2
+		    Example:
+		        $(basename "${0}") -s 32
+	__EOF__
+}
+
+running_as_root() {
+	(( EUID == 0 ))
+}
+
+main() {
+	if ! running_as_root; then
+		printf "This script MUST be ran as root, exiting!\n"
+		exit 1
+	fi
+
+	local disk=""
+	local encrypt_disk="no"
+	local swap_size=""
+
+	while :; do
+		case ${1} in
+		-h | -\? | --help)
+			usage # Display a usage synopsis.
+			exit
+			;;
+		--) # End of all options.
+			break
+			;;
+		-d | --disk)
+			shift
+			disk="${1}"
+			if [[ ! -b "${disk}" ]]; then
+				printf "Unable to read disk '%s', check that it exists, is a block device, and that you have write and read permissions for it!" "${disk}"
+				exit 1
+			fi
+			printf "Setting installation disk to '%s'\n" "${disk}"
+			;;
+		-e | --encrypt)
+			encrypt_disk="yes"
+			printf "Enabled disk encryption\n"
+			;;
+		-s | --swap)
+			shift
+			if [[ "${1}" =~ ^[0-9]+$ ]]; then
+				swap_size="${1}"
+				if ((swap_size <= 0)); then
+					printf "Invalid value passed for swap! Expected a non-zero positive number, got: %s\n" "${swap_size}"
+					exit 1
+				fi
+				printf "Set swap size to '%s'\n" "${swap_size}"
+			else
+				printf "Invalid value passed for swap! Expected a number got: %s\n" "${1}"
+				exit 1
+			fi
+			;;
+		-?*)
+			printf 'Unknown option: %s\n' "$1" >&2
+			usage
+			exit 1
+			;;
+		*) # Default case: No more options, so break out of the loop.
+			break ;;
+		esac
+		shift
+	done
+
+	set -euo pipefail
+	if [[ -z "${disk}" ]]; then
+		printf "Value for 'disk' (-d) was not provided! See '--help' for usage!\n"
+		exit 1
+	fi
+	read -r -s -n 1 -p "Press any key to begin NixOS installation to '${disk}'!"
+	printf "Installing in "
+	for i in {3..1}; do
+		printf "%s.." "${i}"
+		sleep 1
+	done
+	printf "\n"
+	install "${disk}" "${encrypt_disk}" "${swap_size}"
+}
+
+main "${@}"