/**
* @brief Scale parameter dump function
* @param ctx [in] scale parameter
*/
static void scale_param_dump(scale_content_t *ctx)
{
DIAG_PRINTF("src_img.type = %d\n", ctx->src_img.type);
DIAG_PRINTF("src_img.width = %d\n", ctx->src_img.width);
DIAG_PRINTF("src_img.height = %d\n", ctx->src_img.height);
DIAG_PRINTF("src_img.bpl = %d\n", ctx->src_img.bpl);
DIAG_PRINTF("src_img.strideUV = %d\n", ctx->src_img.strideUV);
DIAG_PRINTF("clip_rgn.x = %d\n", ctx->clip_rgn.x);
DIAG_PRINTF("clip_rgn.y = %d\n", ctx->clip_rgn.y);
DIAG_PRINTF("clip_rgn.width = %d\n", ctx->clip_rgn.width);
DIAG_PRINTF("clip_rgn.height = %d\n", ctx->clip_rgn.height);
DIAG_PRINTF("dst_img.type = %d\n", ctx->dst_img.type);
DIAG_PRINTF("dst_img.width = %d\n", ctx->dst_img.width);
DIAG_PRINTF("dst_img.height = %d\n", ctx->dst_img.height);
DIAG_PRINTF("dst_img.bpl = %d\n", ctx->dst_img.bpl);
DIAG_PRINTF("scale_rgn.x = %d\n", ctx->scale_rgn.x);
DIAG_PRINTF("scale_rgn.y = %d\n", ctx->scale_rgn.y);
DIAG_PRINTF("scale_rgn.width = %d\n", ctx->scale_rgn.width);
DIAG_PRINTF("scale_rgn.height = %d\n", ctx->scale_rgn.height);
}
/**
* @brief Scale2 module register dump
* @param
* @return None
* @see
*/
void
gpHalScale2RegDump(
void
)
{
scuaReg_t *pScuaReg = (scuaReg_t *)LOGI_ADDR_SCU_A_REG;
scucReg_t *pScucReg = (scucReg_t *)LOGI_ADDR_SCU_C_REG;
DIAG_PRINTF("======== SCALER2 REG DUMP ========\n");
DIAG_PRINTF("scuaPeriClkEn = 0x%X\n", pScuaReg->scuaPeriClkEn);
DIAG_PRINTF("scucPeriClkEn = 0x%X\n", pScucReg->scucPeriClkEn);
DIAG_PRINTF("scale2ctrl = 0x%X\n", scale2Reg->scale2Ctrl);
DIAG_PRINTF("in_width = 0x%X\n", scale2Reg->scale2InWidth);
DIAG_PRINTF("in_height = 0x%X\n", scale2Reg->scale2InHeight);
DIAG_PRINTF("in_visb_w = 0x%X\n", scale2Reg->scale2InVisWidth);
DIAG_PRINTF("in_visb_h = 0x%X\n", scale2Reg->scale2InVisHeight);
DIAG_PRINTF("x_start = 0x%X\n", scale2Reg->scale2XStart);
DIAG_PRINTF("y_start = 0x%X\n", scale2Reg->scale2YStart);
DIAG_PRINTF("out_width = 0x%X\n", scale2Reg->scale2OutWidth);
DIAG_PRINTF("out_height = 0x%X\n", scale2Reg->scale2OutHeight);
DIAG_PRINTF("x_factor = 0x%X\n", scale2Reg->scale2XFactor);
DIAG_PRINTF("y_factor = 0x%X\n", scale2Reg->scale2YFactor);
DIAG_PRINTF("in_y_addr = 0x%X\n", scale2Reg->scale2InYAddr);
DIAG_PRINTF("in_u_addr = 0x%X\n", scale2Reg->scale2InUAddr);
DIAG_PRINTF("in_v_addr = 0x%X\n", scale2Reg->scale2InVAddr);
DIAG_PRINTF("out_offset = 0x%X\n", scale2Reg->scale2OutOffset);
DIAG_PRINTF("out_y_addr = 0x%X\n", scale2Reg->scale2OutYAddr);
DIAG_PRINTF("out_u_addr = 0x%X\n", scale2Reg->scale2OutUAddr);
DIAG_PRINTF("out_v_addr = 0x%X\n", scale2Reg->scale2OutVAddr);
DIAG_PRINTF("ext_buffer = 0x%X\n", scale2Reg->scale2LBAddr);
DIAG_PRINTF("postprocess= 0x%X\n", scale2Reg->scale2PostPro);
DIAG_PRINTF("bond_color = 0x%X\n", scale2Reg->scale2OBColor);
}
