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|
$(foreach members
$(if enum then
OUT=OUT..'\
\
typedef enum {'
for i = 1,#enum do
if( i > 1) then
OUT=OUT..','
end
OUT=OUT..enum[i]
end
if type then
OUT=OUT..'} ${type};'
else
OUT=OUT..'} ${name}Type;'
end
end)
$(if (not no_set_method) or (no_set_method == 0) then
OUT = '\
/**'
if briefdescriptionSet and (briefdescriptionSet:len() > 0) then
OUT=OUT .. '\
* \\brief ${briefdescriptionSet}'
end
if detaileddescriptionSet and (detaileddescriptionSet:len() > 0) then
OUT=OUT .. '\
* ${detaileddescriptionSet}'
end
OUT= OUT .. '\
*/\
SITK_RETURN_SELF_TYPE_HEADER Set${name} ('
if not type and enum then
OUT=OUT..' ${name}Type'
elseif dim_vec and (dim_vec == 1) then
OUT=OUT..' const std::vector<${type}> &'
elseif point_vec and (point_vec == 1) then
OUT=OUT..' const std::vector< std::vector<${type}> >&'
else
OUT=OUT..' ${type}'
end
OUT=OUT..' ${name} ) { this->m_${name} = ${name}; return *this; }'
if dim_vec and ( set_as_scalar == 1 ) then
OUT = OUT .. '\
\
/** Set the values of the ${name} vector all to value */\
SITK_RETURN_SELF_TYPE_HEADER Set${name}( ${type} value ) { this->m_${name} = std::vector<${type}>(3, value); return *this; }\
'
end
if type == "bool" and ( not dim_vec or not dim_vec == 1 ) then
OUT = OUT .. '\
\
/** Set the value of ${name} to true or false respectfully. */\
SITK_RETURN_SELF_TYPE_HEADER ${name}On() { return this->Set${name}(true); }\
SITK_RETURN_SELF_TYPE_HEADER ${name}Off() { return this->Set${name}(false); }'
end
end)
$(if (not no_get_method) or (no_get_method == 0) then
OUT = '\
/**'
if briefdescriptionGet and (briefdescriptionGet:len() > 0) then
OUT=OUT .. '\
* \\brief ${briefdescriptionGet}'
end
if detaileddescriptionGet and (detaileddescriptionGet:len() > 0) then
OUT=OUT .. '\
* ${detaileddescriptionGet}'
end
OUT= OUT .. '\
*/\
'
if not type and enum then
OUT=OUT..' ${name}Type'
elseif dim_vec and (dim_vec == 1) then
OUT=OUT..' std::vector<${type}>'
elseif point_vec and (point_vec == 1) then
OUT=OUT..' std::vector< std::vector<unsigned int> >'
else
OUT=OUT..' ${type}'
end
OUT=OUT..' Get${name}() const { return this->m_${name}; }'
end)$(if point_vec and (point_vec == 1) then
OUT=[[
/** \brief Add ${name} point */
SITK_RETURN_SELF_TYPE_HEADER Add${name:gsub("s([0-9]?)$","%1")}( const std::vector< ${type} > &point ) { this->m_${name}.push_back(point); return *this;}
/** \brief Remove all ${name} points */
SITK_RETURN_SELF_TYPE_HEADER Clear${name}( ) { this->m_${name}.clear(); return *this;}
]]
end))$(when measurements $(foreach measurements
/**$(if briefdescriptionGet and (briefdescriptionGet:len() > 0) then OUT=[[ \brief ${briefdescriptionGet}]]end)
*$(if detaileddescriptionGet and (detaileddescriptionGet:len() > 0) then OUT =[[ ${detaileddescriptionGet}]]end)
*
$(if active then
OUT=[[
* This is an active measurement. It may be accessed while the
* filter is being executing in command call-backs and can be
* accessed after execution.
]]
else
OUT=[[
* This is a measurement. Its value is updated in the Execute
* methods, so the value will only be valid after an execution.
]]
end) */
$(if active then
OUT=[[
${type} Get${name}($(if parameters then
for inum=1,#parameters do
if inum>1 then
OUT = OUT .. ', '
end
OUT = OUT .. parameters[inum].type .. ' ' .. parameters[inum].name
end end)) const { return this->m_pfGet${name}($(if parameters then
for inum=1,#parameters do
if inum>1 then
OUT = OUT .. ', '
end
OUT = OUT .. parameters[inum].name
end end)); };
]]
else
OUT=[[
${type} Get${name}() const { return this->m_${name}; };
]]
end)))
|
