From 4299ab029146a3f17fe42da8f3e87ef6c813c4fb Mon Sep 17 00:00:00 2001
From: James Ray <16969914+jamesray1@users.noreply.github.com>
Date: Tue, 30 Jan 2018 10:56:17 +1100
Subject: [PATCH] hypertarget: move to the same line as the targeted text,
 change to linkdest where not in text mode

---
 Paper.tex | 22 +++++++++++-----------
 1 file changed, 11 insertions(+), 11 deletions(-)

diff --git a/Paper.tex b/Paper.tex
index ee46e867..94aef879 100644
--- a/Paper.tex
+++ b/Paper.tex
@@ -868,17 +868,17 @@ \subsection{Execution Environment}
 
 In addition to the system state $\boldsymbol{\sigma}$, and the remaining gas for computation $g$, there are several pieces of important information used in the execution environment that the execution agent must provide; these are contained in the tuple $I$:
 
-\begin{itemize}\hypertarget{address_of_account_which_owns_code_I__a_def_words}{}
-\item $I_a$, the address of the account which owns the code that is executing.\hypertarget{address_of_sender_of_tx_that_originated_execution_I__o}{}
-\item $I_o$, the sender address of the transaction that originated this execution.\hypertarget{gas_price_in_tx_that_originated_execution_I__p}{}
-\item $I_p$, the price of gas in the transaction that originated this execution.\hypertarget{execution_input_data_I__d}{}
-\item $I_\mathbf{d}$, the byte array that is the input data to this execution; if the execution agent is a transaction, this would be the transaction data.\hypertarget{the_address_of_the_account_which_caused_the_code_to_be_executing_I__s}{}
-\item $I_s$, the address of the account which caused the code to be executing; if the execution agent is a transaction, this would be the transaction sender.\hypertarget{Wei_value_exec}{}
-\item $I_v$, the value, in Wei, passed to this account as part of the same procedure as execution; if the execution agent is a transaction, this would be the transaction value.\hypertarget{exec_machine_code_I__b}{}
-\item $I_\mathbf{b}$, the byte array that is the machine code to be executed.\hypertarget{exec_block_header_I__H}{}
-\item $I_H$, the block header of the present block.\hypertarget{exec_call_or_create_depth_I__e}{}
-\item $I_e$, the depth of the present message-call or contract-creation (i.e. the number of {\small CALL}s or {\small CREATE}s being executed at present).\hypertarget{exec_permission_to_modify_state_I__w}{}
-\item $I_w$, the permission to make modifications to the state.
+\begin{itemize}
+\item\linkdest{address_of_account_which_owns_code_I__a_def_words}{} $I_a$, the address of the account which owns the code that is executing.
+\item\linkdest{address_of_sender_of_tx_that_originated_execution_I__o}{} $I_o$, the sender address of the transaction that originated this execution.
+\item\linkdest{gas_price_in_tx_that_originated_execution_I__p}{} $I_p$, the price of gas in the transaction that originated this execution.
+\item\linkdest{execution_input_data_I__d}{} $I_\mathbf{d}$, the byte array that is the input data to this execution; if the execution agent is a transaction, this would be the transaction data.
+\item\linkdest{the_address_of_the_account_which_caused_the_code_to_be_executing_I__s}{} $I_s$, the address of the account which caused the code to be executing; if the execution agent is a transaction, this would be the transaction sender.
+\item\linkdest{Wei_value_exec}{} $I_v$, the value, in Wei, passed to this account as part of the same procedure as execution; if the execution agent is a transaction, this would be the transaction value.
+\item\linkdest{exec_machine_code_I__b}{} $I_\mathbf{b}$, the byte array that is the machine code to be executed.
+\item\linkdest{exec_block_header_I__H}{} $I_H$, the block header of the present block.
+\item\linkdest{exec_call_or_create_depth_I__e}{} $I_e$, the depth of the present message-call or contract-creation (i.e. the number of {\small CALL}s or {\small CREATE}s being executed at present).
+\item\linkdest{exec_permission_to_modify_state_I__w}{} $I_w$, the permission to make modifications to the state.
 \end{itemize}
 
 The execution model defines the function $\Xi$, which can compute the resultant state $\boldsymbol{\sigma}'$, the remaining gas $g'$, the accrued substate $A$ and the resultant output, $\mathbf{o}$, given these definitions. For the present context, we will define it as: