private void pSaveOASIS(oasWriter ow)
{
ow.modal.absoluteMode = ow.modal.absoluteMode switch
{
false => true,
_ => ow.modal.absoluteMode
};
byte info_byte = 64; //explicid text
if (layer_nr != ow.modal.textlayer)
{
info_byte += 1;
}
if (datatype_nr != ow.modal.texttype)
{
info_byte += 2;
}
if (point.X != ow.modal.text_x)
{
info_byte += 16;
}
if (point.Y != ow.modal.text_y)
{
info_byte += 8;
}
ow.writeUnsignedInteger(19);
ow.writeRaw(info_byte);
ow.writeString(name);
switch (info_byte & 1)
{
case > 0:
ow.modal.textlayer = layer_nr;
ow.writeUnsignedInteger((uint)ow.modal.textlayer);
break;
}
switch (info_byte & 2)
{
case > 0:
ow.modal.texttype = datatype_nr;
ow.writeUnsignedInteger((uint)datatype_nr);
break;
}
switch (info_byte & 16)
{
case > 0:
ow.modal.text_x = point.X;
ow.writeSignedInteger(ow.modal.text_x);
break;
}
switch (info_byte & 8)
{
case > 0:
ow.modal.text_y = point.Y;
ow.writeSignedInteger(ow.modal.text_y);
break;
}
if (presentation != GCSetup.defaultTextPresentation)
{
//o->error->addItem("Text presentation can not be saved in OASIS files.", 4);
}
switch (Math.Abs(trans.mag - 1))
{
case > double.Epsilon:
//o->error->addItem("Scaled text can not be saved in OASIS files.", 4);
break;
}
if (trans.angle != 0)
{
//o->error->addItem("Rotated text can not be saved in OASIS files.", 4);
}
}
public override void saveOASIS(oasWriter ow)
{
pSaveOASIS(ow);
}
private void pSaveOASIS(oasWriter ow)
{
ow.modal.absoluteMode = ow.modal.absoluteMode switch
{
false => true,
_ => ow.modal.absoluteMode
};
byte info_byte = 128; //explicid cellname;
switch (trans.mirror_x)
{
case true:
info_byte += 1;
break;
}
switch (Math.Abs(trans.mag - 1))
{
case > double.Epsilon:
info_byte += 4;
break;
}
if (trans.angle != 0)
{
info_byte += 2;
}
if (point.X != ow.modal.placement_x)
{
info_byte += 32;
}
if (point.Y != ow.modal.placement_y)
{
info_byte += 16;
}
ow.writeUnsignedInteger(18);
ow.writeRaw(info_byte);
ow.writeString(cell_ref.cellName);
switch (info_byte & 4)
{
case > 0:
ow.writeReal(trans.mag);
break;
}
switch (info_byte & 2)
{
case > 0:
ow.writeReal(trans.angle);
break;
}
switch (info_byte & 32)
{
case > 0:
ow.modal.placement_x = point.X;
ow.writeSignedInteger(ow.modal.placement_x);
break;
}
switch (info_byte & 16)
{
case > 0:
ow.modal.placement_y = point.Y;
ow.writeSignedInteger(ow.modal.placement_y);
break;
}
}
// Cellrefarrays also have to resolve to integer placement.
// Placement errors will occur if the x, y instance counts do not divide the array X, Y values cleanly.
private void pSaveOASIS(oasWriter ow)
{
ow.modal.absoluteMode = ow.modal.absoluteMode switch
{
false => true,
_ => ow.modal.absoluteMode
};
byte info_byte = 128; //explicid cellname,repition;
if (count_x > 1 || count_y > 1)
{
info_byte += 8;
}
switch (trans.mirror_x)
{
case true:
info_byte += 1;
break;
}
switch (Math.Abs(trans.mag - 1))
{
case > double.Epsilon:
info_byte += 4;
break;
}
if (trans.angle != 0)
{
info_byte += 2;
}
if (point.X != ow.modal.placement_x)
{
info_byte += 32;
}
if (point.Y != ow.modal.placement_y)
{
info_byte += 16;
}
ow.writeUnsignedInteger(18);
ow.writeRaw(info_byte);
ow.writeString(cell_ref.cellName);
switch (info_byte & 4)
{
case > 0:
ow.writeReal(trans.mag);
break;
}
switch (info_byte & 2)
{
case > 0:
ow.writeReal(trans.angle);
break;
}
switch (info_byte & 32)
{
case > 0:
ow.modal.placement_x = point.X;
ow.writeSignedInteger(ow.modal.placement_x);
break;
}
switch (info_byte & 16)
{
case > 0:
ow.modal.placement_y = point.Y;
ow.writeSignedInteger(ow.modal.placement_y);
break;
}
switch (info_byte & 8)
{
case > 0 when count_x == 1:
ow.writeUnsignedInteger(3);
ow.modal.y_dimension = count_y;
ow.writeUnsignedInteger((uint)(count_y - 2));
ow.modal.y_space = pitch.Y;
ow.writeUnsignedInteger((uint)pitch.Y);
break;
case > 0 when count_y == 1:
ow.writeUnsignedInteger(2);
ow.modal.x_dimension = count_x;
ow.writeUnsignedInteger((uint)(count_x - 2));
ow.modal.x_space = pitch.X;
ow.writeUnsignedInteger((uint)pitch.X);
break;
case > 0:
ow.writeUnsignedInteger(1);
ow.modal.x_dimension = count_x;
ow.modal.y_dimension = count_y;
ow.writeUnsignedInteger((uint)(count_x - 2));
ow.writeUnsignedInteger((uint)(count_y - 2));
ow.modal.x_space = pitch.X;
ow.modal.y_space = pitch.Y;
ow.writeUnsignedInteger((uint)pitch.X);
ow.writeUnsignedInteger((uint)pitch.Y);
break;
}
}
private void pSaveOASIS(oasWriter ow)
{
ow.modal.absoluteMode = ow.modal.absoluteMode switch
{
false => true,
_ => ow.modal.absoluteMode
};
byte info_byte = 0;
if (layer_nr != ow.modal.layer)
{
info_byte += 1;
}
if (datatype_nr != ow.modal.datatype)
{
info_byte += 2;
}
if (rect.Left != ow.modal.geometry_x)
{
info_byte += 16;
}
if (rect.Top != ow.modal.geometry_y)
{
info_byte += 8;
}
if (rect.Bottom - rect.Top != ow.modal.geometry_h)
{
info_byte += 32;
}
if (rect.Right - rect.Left != ow.modal.geometry_w)
{
info_byte += 64;
}
if (rect.Right - rect.Left == rect.Bottom - rect.Top)
{
info_byte += 128;
info_byte = (byte)(info_byte & (255 - 32));
}
ow.writeUnsignedInteger(20);
ow.writeRaw(info_byte);
switch (info_byte & 1)
{
case > 0:
ow.modal.layer = layer_nr;
ow.writeUnsignedInteger((uint)ow.modal.layer);
break;
}
switch (info_byte & 2)
{
case > 0:
ow.modal.datatype = datatype_nr;
ow.writeUnsignedInteger((uint)datatype_nr);
break;
}
switch (info_byte & 64)
{
case > 0:
{
ow.modal.geometry_w = rect.Right - rect.Left;
ow.writeUnsignedInteger((uint)ow.modal.geometry_w);
ow.modal.geometry_h = (info_byte & 128) switch
{
> 0 => ow.modal.geometry_w,
_ => ow.modal.geometry_h
};
break;
}
}
