public static void write(adata.zero_copy_buffer stream , vec3 value)
{
UInt64 tag = 7;
adata.stream.write(stream,tag);
if(stream.error()){ return; }
adata.stream.write(stream,size_of(value));
if(stream.error()){return;}
{adata.stream.write(stream,value.x);{if(stream.error()){stream.trace_error("x",-1);return;}}}
{adata.stream.write(stream,value.y);{if(stream.error()){stream.trace_error("y",-1);return;}}}
{adata.stream.write(stream,value.z);{if(stream.error()){stream.trace_error("z",-1);return;}}}
return;
}
public static Int32 size_of(vec3 value)
{
Int32 size = 0;
UInt64 tag = 7;
{
size += adata.stream.size_of(value.x);
}
{
size += adata.stream.size_of(value.y);
}
{
size += adata.stream.size_of(value.z);
}
size += adata.stream.size_of(tag);
size += adata.stream.size_of(size + adata.stream.size_of(size));
return size;
}
public static void skip_read(adata.zero_copy_buffer stream, ref vec3 value)
{
int offset = stream.read_length();
UInt64 tag = 0;
adata.stream.read(stream,ref tag);
if(stream.error()){return;}
Int32 len_tag = 0;
adata.stream.read(stream,ref len_tag);
if(stream.error()){return;}
if((tag&1)>0) {float dummy_value = 0;adata.stream.skip_read(stream,ref dummy_value);{if(stream.error()){stream.trace_error("x",-1);return;}}}
if((tag&2)>0) {float dummy_value = 0;adata.stream.skip_read(stream,ref dummy_value);{if(stream.error()){stream.trace_error("y",-1);return;}}}
if((tag&4)>0) {float dummy_value = 0;adata.stream.skip_read(stream,ref dummy_value);{if(stream.error()){stream.trace_error("z",-1);return;}}}
if(len_tag >= 0)
{
UInt32 read_len = (UInt32)(stream.read_length() - offset);
UInt32 len = (UInt32)len_tag;
if(len > read_len) stream.skip_read(len - read_len);
}
}