kits/interface/Gradient.cpp

132 	if (archive->FindFloat("linear_x1", (float*)&fData.linear.x1) < B_OK)
133 		fData.linear.x1 = 0.0f;
134 	if (archive->FindFloat("linear_y1", (float*)&fData.linear.y1) < B_OK)
135 		fData.linear.y1 = 0.0f;
136 	if (archive->FindFloat("linear_x2", (float*)&fData.linear.x2) < B_OK)
137 		fData.linear.x2 = 0.0f;
138 	if (archive->FindFloat("linear_y2", (float*)&fData.linear.y2) < B_OK)
139 		fData.linear.y2 = 0.0f;
142 	if (archive->FindFloat("radial_cx", (float*)&fData.radial.cx) < B_OK)
143 		fData.radial.cx = 0.0f;
144 	if (archive->FindFloat("radial_cy", (float*)&fData.radial.cy) < B_OK)
145 		fData.radial.cy = 0.0f;
146 	if (archive->FindFloat("radial_radius", (float*)&fData.radial.radius) < B_OK)
147 		fData.radial.radius = 0.0f;
150 	if (archive->FindFloat("radial_f_cx", (float*)&fData.radial_focus.cx) < B_OK)
151 		fData.radial_focus.cx = 0.0f;
152 	if (archive->FindFloat("radial_f_cy", (float*)&fData.radial_focus.cy) < B_OK)
153 		fData.radial_focus.cy = 0.0f;
154 	if (archive->FindFloat("radial_f_fx", (float*)&fData.radial_focus.fx) < B_OK)
155 		fData.radial_focus.fx = 0.0f;
156 	if (archive->FindFloat("radial_f_fy", (float*)&fData.radial_focus.fy) < B_OK)
157 		fData.radial_focus.fy = 0.0f;
158 	if (archive->FindFloat("radial_f_radius", (float*)&fData.radial_focus.radius) < B_OK)
159 		fData.radial_focus.radius = 0.0f;
162 	if (archive->FindFloat("diamond_cx", (float*)&fData.diamond.cx) < B_OK)
163 		fData.diamond.cx = 0.0f;
164 	if (archive->FindFloat("diamond_cy", (float*)&fData.diamond.cy) < B_OK)
165 		fData.diamond.cy = 0.0f;
168 	if (archive->FindFloat("conic_cx", (float*)&fData.conic.cx) < B_OK)
169 		fData.conic.cx = 0.0f;
170 	if (archive->FindFloat("conic_cy", (float*)&fData.conic.cy) < B_OK)
171 		fData.conic.cy = 0.0f;
172 	if (archive->FindFloat("conic_angle", (float*)&fData.conic.angle) < B_OK)
173 		fData.conic.angle = 0.0f;
207 		ret = into->AddFloat("linear_x1", (float)fData.linear.x1);
209 		ret = into->AddFloat("linear_y1", (float)fData.linear.y1);
211 		ret = into->AddFloat("linear_x2", (float)fData.linear.x2);
213 		ret = into->AddFloat("linear_y2", (float)fData.linear.y2);
217 		ret = into->AddFloat("radial_cx", (float)fData.radial.cx);
219 		ret = into->AddFloat("radial_cy", (float)fData.radial.cy);
221 		ret = into->AddFloat("radial_radius", (float)fData.radial.radius);
225 		ret = into->AddFloat("radial_f_cx", (float)fData.radial_focus.cx);
227 		ret = into->AddFloat("radial_f_cy", (float)fData.radial_focus.cy);
229 		ret = into->AddFloat("radial_f_fx", (float)fData.radial_focus.fx);
231 		ret = into->AddFloat("radial_f_fy", (float)fData.radial_focus.fy);
233 		ret = into->AddFloat("radial_f_radius", (float)fData.radial_focus.radius);
237 		ret = into->AddFloat("diamond_cx", (float)fData.diamond.cx);
239 		ret = into->AddFloat("diamond_cy", (float)fData.diamond.cy);
243 		ret = into->AddFloat("conic_cx", (float)fData.conic.cx);
245 		ret = into->AddFloat("conic_cy", (float)fData.conic.cy);
247 		ret = into->AddFloat("conic_angle", (float)fData.conic.angle);
268 			fData.linear = other.fData.linear;
271 			fData.radial = other.fData.radial;
274 			fData.radial_focus = other.fData.radial_focus;
277 			fData.diamond = other.fData.diamond;
280 			fData.conic = other.fData.conic;
505 			stream->Write(&fData.linear.x1, sizeof(float));
506 			stream->Write(&fData.linear.y1, sizeof(float));
507 			stream->Write(&fData.linear.x2, sizeof(float));
508 			stream->Write(&fData.linear.y2, sizeof(float));
511 			stream->Write(&fData.radial.cx, sizeof(float));
512 			stream->Write(&fData.radial.cy, sizeof(float));
513 			stream->Write(&fData.radial.radius, sizeof(float));
516 			stream->Write(&fData.radial_focus.cx, sizeof(float));
517 			stream->Write(&fData.radial_focus.cy, sizeof(float));
518 			stream->Write(&fData.radial_focus.fx, sizeof(float));
519 			stream->Write(&fData.radial_focus.fy, sizeof(float));
520 			stream->Write(&fData.radial_focus.radius, sizeof(float));
523 			stream->Write(&fData.diamond.cx, sizeof(float));
524 			stream->Write(&fData.diamond.cy, sizeof(float));
527 			stream->Write(&fData.conic.cx, sizeof(float));
528 			stream->Write(&fData.conic.cy, sizeof(float));
529 			stream->Write(&fData.conic.angle, sizeof(float));
586 			stream->Read(&gradient->fData.linear.x1, sizeof(float));
587 			stream->Read(&gradient->fData.linear.y1, sizeof(float));
588 			stream->Read(&gradient->fData.linear.x2, sizeof(float));
589 			if ((status = stream->Read(&gradient->fData.linear.y2, sizeof(float))) < B_OK)
593 			stream->Read(&gradient->fData.radial.cx, sizeof(float));
594 			stream->Read(&gradient->fData.radial.cy, sizeof(float));
595 			if ((stream->Read(&gradient->fData.radial.radius, sizeof(float))) < B_OK)
599 			stream->Read(&gradient->fData.radial_focus.cx, sizeof(float));
600 			stream->Read(&gradient->fData.radial_focus.cy, sizeof(float));
601 			stream->Read(&gradient->fData.radial_focus.fx, sizeof(float));
602 			stream->Read(&gradient->fData.radial_focus.fy, sizeof(float));
603 			if ((stream->Read(&gradient->fData.radial_focus.radius, sizeof(float))) < B_OK)
607 			stream->Read(&gradient->fData.diamond.cx, sizeof(float));
608 			if ((stream->Read(&gradient->fData.diamond.cy, sizeof(float))) < B_OK)
612 			stream->Read(&gradient->fData.conic.cx, sizeof(float));
613 			stream->Read(&gradient->fData.conic.cy, sizeof(float));
614 			if ((stream->Read(&gradient->fData.conic.angle, sizeof(float))) < B_OK)